# memory_jobs

id: 2d4694e9-894d-4d3b-a921-62bf1f847486
memory_id: 86a4ce4c-f1b5-41b8-916f-69dd4c93bf81
job_type: extract
status: completed
leased_at: 2026-03-01T10:30:11.426Z
completed_at: 2026-03-01T10:30:42.761Z
created_at: 2026-03-01T10:27:58.406Z
updated_at: 2026-03-01T10:30:42.761Z
result:
  {"facts":[{"content":"The user clarified that he was asking whether memories appear directly attached to individual user messages, not just in system context","type":"procedural","confidence":0.95}],"entities":[{"source":"User","relationship":"clarified_question_about","target":"memory attachment location (direct vs system context)","confidence":0.95},{"source":"memories","relationship":"can_appear_in","target":"individual user messages","confidence":0.85},{"source":"memories","relationship":"can_appear_in","target":"system context","confidence":0.85}],"proposals":[{"action":"none","targetMemoryId":"86a4ce4c-f1b5-41b8-916f-69dd4c93bf81","confidence":0.99,"reason":"Candidate [3] already documents this exact clarification verbatim. No new information to capture.","fact":{"content":"The user clarified that he was asking whether memories appear directly attached to individual user messages, not just in system context","type":"procedural","confidence":0.95},"targetContent":"The user clarified that he was asking whether memories appear directly attached to individual user messages (not just in system context)."}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: cffa77b3-d8dd-4f1c-9058-21087dcbede5
memory_id: de2789b6-37b4-40df-b1b8-557051489fc9
job_type: extract
status: completed
leased_at: 2026-03-01T10:30:44.763Z
completed_at: 2026-03-01T10:32:16.761Z
created_at: 2026-03-01T10:27:58.420Z
updated_at: 2026-03-01T10:32:16.761Z
result:
  {"facts":[{"content":"Injected memories are visible in the assistant's context during execution","type":"fact","confidence":0.85},{"content":"The memory search system produces noisy results containing redundant entries","type":"fact","confidence":0.85},{"content":"The openagents marketing-tools project location entry appeared three times redundantly in a single memory search result set","type":"fact","confidence":0.9},{"content":"The memory system lacks effective deduplication to remove redundant project location entries from search results","type":"decision","confidence":0.7},{"content":"Implementing deduplication in the memory search pipeline would improve result quality by eliminating duplicate project location references","type":"rationale","confidence":0.7}],"entities":[{"source":"memory system","relationship":"produces","target":"noisy search results with redundancy","confidence":0.85},{"source":"openagents marketing-tools project","relationship":"appeared_redundantly_in","target":"memory search results","confidence":0.9},{"source":"memory system","relationship":"needs","target":"deduplication logic","confidence":0.7}],"proposals":[{"action":"none","confidence":0.95,"reason":"New fact is already comprehensively covered by existing candidates [4] and [5], which explicitly state that memories are injected with every message, appear in system context, and are scored by importance/recency. No new information to capture.","fact":{"content":"Injected memories are visible in the assistant's context during execution","type":"fact","confidence":0.85}},{"action":"update","targetMemoryId":"c7a5b88a-4283-4b82-bed8-7a220f4a9906","confidence":0.78,"reason":"The new fact describes the observable symptom (noisy search results with redundant entries) that directly results from the duplicate detection gaps mentioned in the candidate. Merging them creates a complete cause-effect understanding: legacy databases with detection gaps → redundant entries visible in search results.","fact":{"content":"The memory search system produces noisy results containing redundant entries","type":"fact","confidence":0.85},"targetContent":"Legacy databases contain accumulated memories that bypassed the extraction pipeline, leaving them vulnerable to duplicate detection gaps beyond exact matches"},{"action":"none","confidence":0.9,"reason":"Candidate [2] already captures this exact observation: the openagents marketing-tools location appearing three times redundantly in search results and the need for deduplication. New fact adds no novel information.","fact":{"content":"The openagents marketing-tools project location entry appeared three times redundantly in a single memory search result set","type":"fact","confidence":0.9}},{"action":"none","confidence":0.9,"reason":"Candidate 5 (DE2789B6) already captures this exact issue with concrete evidence: the openagents marketing-tools location appeared three times redundantly in search results, identifying deduplication as an improvement opportunity. The new fact restates the same problem without additional information.","fact":{"content":"The memory system lacks effective deduplication to remove redundant project location entries from search results","type":"decision","confidence":0.7}},{"action":"update","targetMemoryId":"de2789b6-37b4-40df-b1b8-557051489fc9","confidence":0.85,"reason":"New rationale directly explains why the duplicate results observed in [5] (openagents appearing 3 times) should be addressed. Merging provides complete picture: observed problem + solution rationale.","fact":{"content":"Implementing deduplication in the memory search pipeline would improve result quality by eliminating duplicate project location references","type":"rationale","confidence":0.7},"targetContent":"The assistant confirmed visibility of injected memories but noted some noise in the results—specifically, the openagents marketing-tools project location appeared three times redundantly, suggesting potential deduplication opportunities in the memory system."}],"writeMode":"phase-c","writeStats":{"added":0,"updated":2,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: ae87b647-e7f5-4bb9-a65d-8d0f45db6d72
memory_id: 196cb5d4-9d99-47af-8a37-31093eaada50
job_type: extract
status: completed
leased_at: 2026-03-01T10:32:18.764Z
completed_at: 2026-03-01T10:32:49.116Z
created_at: 2026-03-01T10:27:58.433Z
updated_at: 2026-03-01T10:32:49.116Z
result:
  {"facts":[{"content":"A brief verification session was conducted to validate that the automatic memory context injection pipeline is functioning as expected","type":"procedural","confidence":0.95}],"entities":[{"source":"verification session","relationship":"validates","target":"automatic memory context injection pipeline","confidence":0.95},{"source":"automatic memory context injection pipeline","relationship":"expected_to","target":"function correctly","confidence":0.9}],"proposals":[{"action":"none","confidence":0.98,"reason":"Candidate 3 (ID: 196cb5d4-9d99-47af-8a37-27758b0b1a0c) contains this exact fact verbatim. The new fact is already covered in existing memory.","fact":{"content":"A brief verification session was conducted to validate that the automatic memory context injection pipeline is functioning as expected","type":"procedural","confidence":0.95}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: cbd4fcf0-ba44-4260-864a-fb251aee964b
memory_id: 079a9352-c655-4b04-a3e7-27758b0b1a0c
job_type: extract
status: completed
leased_at: 2026-03-01T10:32:51.116Z
completed_at: 2026-03-01T10:33:44.767Z
created_at: 2026-03-01T10:30:16.075Z
updated_at: 2026-03-01T10:33:44.767Z
result:
  {"facts":[{"content":"Nicholai opened the session with casual conversation about working as usual rather than diving directly into technical tasks","type":"procedural","confidence":0.95},{"content":"The primary discussion topic in the session was understanding how Signet's memory injection system works","type":"procedural","confidence":0.95},{"content":"The memory injection system discussion was examined and explained from the assistant's perspective and understanding","type":"procedural","confidence":0.9}],"entities":[{"source":"Nicholai","relationship":"opened","target":"session","confidence":0.95},{"source":"Nicholai","relationship":"discussed","target":"memory injection system","confidence":0.95},{"source":"session","relationship":"primary topic","target":"memory injection system in Signet","confidence":0.95},{"source":"assistant","relationship":"explained","target":"memory injection system","confidence":0.9}],"proposals":[{"action":"none","confidence":0.92,"reason":"Candidate [5] already captures this exact pattern: 'Nicholai opened the session with casual conversation about working as usual.' The new fact reinforces but does not add substantive new information beyond what is already documented.","fact":{"content":"Nicholai opened the session with casual conversation about working as usual rather than diving directly into technical tasks","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.92,"reason":"Candidate [5] already captures this fact: 'The primary discussion centered on understanding how the memory injection system works in Signet from the assistant's perspective.' The new fact is redundant with existing memory.","fact":{"content":"The primary discussion topic in the session was understanding how Signet's memory injection system works","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.92,"reason":"New fact is substantially covered by candidate [4] which explicitly states: 'The primary discussion centered on understanding how the memory injection system works in Signet from the assistant's perspective.' The new fact restates the same concept without adding meaningful new information.","fact":{"content":"The memory injection system discussion was examined and explained from the assistant's perspective and understanding","type":"procedural","confidence":0.9}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 1d826466-6a6b-4b75-93eb-1dc12a4bc92a
memory_id: 809e8081-4f3f-4dfd-910e-c1193fa02fef
job_type: extract
status: completed
leased_at: 2026-03-01T10:33:46.768Z
completed_at: 2026-03-01T10:34:37.776Z
created_at: 2026-03-01T10:30:16.106Z
updated_at: 2026-03-01T10:34:37.776Z
result:
  {"facts":[{"content":"Memories are automatically injected into the conversation context with every message sent to the user","type":"fact","confidence":0.95},{"content":"The memory injection process is visible to users, making it transparent which memories are being considered for each turn","type":"fact","confidence":0.9},{"content":"The current memory injection configuration displays approximately 15 relevant memories per conversation turn","type":"procedural","confidence":0.85}],"entities":[{"source":"Memory system","relationship":"injects memories with","target":"every message","confidence":0.95},{"source":"Memory injection","relationship":"displays","target":"approximately 15 relevant memories per turn","confidence":0.85},{"source":"User (Nicholai)","relationship":"has visibility into","target":"memory injection process","confidence":0.9}],"proposals":[{"action":"none","confidence":0.9,"reason":"Candidate [5] already captures this fact with additional detail: memories are injected with every message, and approximately 15 relevant memories are shown per turn. The new fact adds no new information beyond what's already stored.","fact":{"content":"Memories are automatically injected into the conversation context with every message sent to the user","type":"fact","confidence":0.95}},{"action":"none","confidence":0.85,"reason":"Fact is substantially covered by existing candidate 4 (memories visible with ~15 per turn) and candidate 5 (pipeline functioning and visible with relevance scoring). New fact reiterates visibility/transparency concept without adding novel information.","fact":{"content":"The memory injection process is visible to users, making it transparent which memories are being considered for each turn","type":"fact","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [4] already captures this fact: 'The assistant confirmed that memories are indeed injected with every message, currently showing approximately 15 relevant memories per turn.' The new fact is redundant and well-covered.","fact":{"content":"The current memory injection configuration displays approximately 15 relevant memories per conversation turn","type":"procedural","confidence":0.85}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 0a11c98c-c9ae-417e-ae98-e4cf4c01641e
memory_id: 4a79a4fe-c1d7-48ff-ac49-071bf29b86ed
job_type: extract
status: completed
leased_at: 2026-03-01T10:34:39.777Z
completed_at: 2026-03-01T10:35:48.896Z
created_at: 2026-03-01T10:30:16.118Z
updated_at: 2026-03-01T10:35:48.896Z
result:
  {"facts":[{"content":"Memories in the Signet system are scored by two criteria: importance and recency","type":"procedural","confidence":0.95},{"content":"Importance-and-recency-scored memories are injected into agent prompts via a 'Relevant Memories' section within the system context","type":"procedural","confidence":0.95},{"content":"The Signet system context includes identity files (SOUL.md, IDENTITY.md, USER.md) alongside the Relevant Memories section","type":"procedural","confidence":0.95},{"content":"The Signet system context includes available secrets alongside memories and identity files, allowing agents to discover and use stored credentials","type":"procedural","confidence":0.95}],"entities":[{"source":"Signet system","relationship":"scores memories by","target":"importance and recency","confidence":0.95},{"source":"scored memories","relationship":"injected via","target":"Relevant Memories section","confidence":0.95},{"source":"Relevant Memories section","relationship":"part of","target":"system context","confidence":0.95},{"source":"system context","relationship":"includes","target":"identity files (SOUL.md, IDENTITY.md, USER.md)","confidence":0.95},{"source":"system context","relationship":"includes","target":"available secrets","confidence":0.95}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate 5 already explicitly states 'These memories are scored by importance and recency' as part of a larger description of the Relevant Memories section. The new fact is a simplified restatement of information already present in the memory system.","fact":{"content":"Memories in the Signet system are scored by two criteria: importance and recency","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.98,"reason":"Candidate [1] already captures this exact concept: memories are scored by importance and recency and appear in a dedicated 'Relevant Memories' section within system context. The new fact is redundant.","fact":{"content":"Importance-and-recency-scored memories are injected into agent prompts via a 'Relevant Memories' section within the system context","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.98,"reason":"Candidate 4a79a4fe-c1d7-48ff-ac49-071bf29b86ed already states that identity files (SOUL.md, IDENTITY.md, USER.md) appear alongside the Relevant Memories section within the system context. The new fact is a restatement of this existing memory with slightly different phrasing.","fact":{"content":"The Signet system context includes identity files (SOUL.md, IDENTITY.md, USER.md) alongside the Relevant Memories section","type":"procedural","confidence":0.95}},{"action":"update","targetMemoryId":"a757e955-9b1a-479d-ba48-26ded4a148ab","confidence":0.92,"reason":"New fact directly addresses the knowledge gap in candidate [3]. The mechanism for safely accessing secrets is now documented: agents discover available secrets via the system context (alongside memories and identity files) and can use stored credentials through the Signet system.","fact":{"content":"The Signet system context includes available secrets alongside memories and identity files, allowing agents to discover and use stored credentials","type":"procedural","confidence":0.95},"targetContent":"Nicholai does not remember the exact mechanism for safely accessing secrets within the Signet agent system"}],"writeMode":"phase-c","writeStats":{"added":0,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 77e3c739-3ec0-428a-a29e-7b202aa38c4d
memory_id: c41ab54c-40d3-43f9-84b7-b0cedc6ac2f1
job_type: extract
status: completed
leased_at: 2026-03-01T10:35:50.916Z
completed_at: 2026-03-01T10:36:16.475Z
created_at: 2026-03-01T10:30:16.131Z
updated_at: 2026-03-01T10:36:16.475Z
result:
  {"facts":[{"content":"Nicholai is considering potential adjustments to how memories are surfaced and presented","type":"decision","confidence":0.5}],"entities":[{"source":"Nicholai","relationship":"considering","target":"memory surfacing behavior adjustments","confidence":0.5}],"proposals":[{"action":"none","confidence":0.85,"reason":"Candidate [5] already captures the same concept: 'Nicholai potentially considering adjustments to memory surfacing behavior.' The new fact about adjusting how memories are 'surfaced and presented' is essentially identical to the existing memory.","fact":{"content":"Nicholai is considering potential adjustments to how memories are surfaced and presented","type":"decision","confidence":0.5}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 266a083e-142d-471b-a6cc-b162c4cb3fb3
memory_id: a348aee1-0600-49f2-b201-72a2a23840e0
job_type: extract
status: completed
leased_at: 2026-03-01T10:42:21.006Z
completed_at: 2026-03-01T10:43:12.564Z
created_at: 2026-03-01T10:30:16.146Z
updated_at: 2026-03-01T10:43:12.564Z
result:
  {"facts":[{"content":"The memory injection pipeline is functioning and observable in the context injection system","type":"fact","confidence":0.95},{"content":"Memories flow into conversation context with relevance-based scoring applied","type":"semantic","confidence":0.95},{"content":"The Signet memory system uses relevance metrics to rank and score injected memories","type":"procedural","confidence":0.9}],"entities":[{"source":"memory injection pipeline","relationship":"is","target":"functioning and visible","confidence":0.95},{"source":"memories","relationship":"flow into","target":"context","confidence":0.95},{"source":"memory injection pipeline","relationship":"applies","target":"relevance-based scoring","confidence":0.9}],"proposals":[{"action":"none","confidence":0.98,"reason":"Candidate [5] already captures the core fact: 'The memory injection pipeline is functioning and visible—memories flow into the context with scoring applied based on relevance metrics.' The new fact is a direct confirmation of this existing memory without additional information.","fact":{"content":"The memory injection pipeline is functioning and observable in the context injection system","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already captures this exact concept: 'memories flow into the context with scoring applied based on relevance metrics.' The new fact is semantically equivalent and adds no new information.","fact":{"content":"Memories flow into conversation context with relevance-based scoring applied","type":"semantic","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Existing memories [3] and [5] already capture that injected memories use relevance scores for ranking/scoring. Candidate [3] explicitly states 'injected memories use relevance scores' and [5] confirms 'memories flow into the context with scoring applied based on relevance metrics'. New fact adds no novel information.","fact":{"content":"The Signet memory system uses relevance metrics to rank and score injected memories","type":"procedural","confidence":0.9}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 02212c5c-9d81-4d71-9f2b-73f9f88a941f
memory_id: b63f48a4-b536-4ac6-b75e-30e9f93ee6fe
job_type: extract
status: completed
leased_at: 2026-03-01T10:37:03.275Z
completed_at: 2026-03-01T10:38:09.966Z
created_at: 2026-03-01T10:35:08.005Z
updated_at: 2026-03-01T10:38:09.966Z
result:
  {"facts":[{"content":"The signet-memory-openclaw OpenClaw plugin adapter is currently being discovered and auto-loaded by OpenClaw","type":"fact","confidence":0.95},{"content":"The signet-memory-openclaw plugin is exhibiting connection problems when attempting to connect to the Signet daemon","type":"fact","confidence":0.95},{"content":"A diagnostic investigation and troubleshooting session has been initiated to diagnose and fix connection issues in the signet-memory-openclaw OpenClaw plugin adapter","type":"procedural","confidence":0.9}],"entities":[{"source":"signet-memory-openclaw","relationship":"experiences connection problems with","target":"Signet daemon","confidence":0.95},{"source":"signet-memory-openclaw","relationship":"is discovered and auto-loaded by","target":"OpenClaw","confidence":0.95},{"source":"signet-memory-openclaw","relationship":"component type is","target":"OpenClaw plugin adapter","confidence":0.9}],"proposals":[{"action":"update","targetMemoryId":"e2c88a21-0ae0-4e97-90e9-433165e3d8d9","confidence":0.92,"reason":"New fact contradicts the previous claim of discovery/registration failures. The plugin discovery and auto-loading are now confirmed as working. The old candidate should be updated to reflect the current status - the discovery/loading phase is successful, though connection issues may still persist (covered separately in other candidates).","fact":{"content":"The signet-memory-openclaw OpenClaw plugin adapter is currently being discovered and auto-loaded by OpenClaw","type":"fact","confidence":0.95},"targetContent":"The @signet/signet-memory-openclaw plugin adapter has connectivity issues causing plugin discovery, registration, and configuration failures in the OpenClaw runtime"},{"action":"none","confidence":0.92,"reason":"The new fact is already comprehensively covered by existing candidates, particularly [4] and [5] which explicitly document connection problems between the signet-memory-openclaw plugin and the Signet daemon. Candidate [1] also captures the core connectivity issue. No new information is introduced.","fact":{"content":"The signet-memory-openclaw plugin is exhibiting connection problems when attempting to connect to the Signet daemon","type":"fact","confidence":0.95}},{"action":"none","confidence":0.85,"reason":"New fact is a procedural confirmation that a diagnostic session has been initiated. This is already well-captured by existing candidates—particularly ID 82b3e82f (Investigation Kickoff Session) and ID 4fcb67ed (Investigation Plan). The new fact adds no new substantive information about the problem, findings, or next steps; it merely confirms session status that's already documented.","fact":{"content":"A diagnostic investigation and troubleshooting session has been initiated to diagnose and fix connection issues in the signet-memory-openclaw OpenClaw plugin adapter","type":"procedural","confidence":0.9}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 30dc34f7-8246-4ab1-a4f6-330a447571a0
memory_id: 3cb768d0-cf6f-4542-8f56-ef1dbfd9ebe4
job_type: extract
status: completed
leased_at: 2026-03-01T10:38:11.968Z
completed_at: 2026-03-01T10:39:25.764Z
created_at: 2026-03-01T10:35:08.021Z
updated_at: 2026-03-01T10:39:25.764Z
result:
  {"facts":[{"content":"The OpenClaw gateway successfully discovers and registers the signet-memory-openclaw plugin from /home/nicholai/signet/signetai/packages/adapters/openclaw/dist/index.js","type":"fact","confidence":0.95},{"content":"The signet-memory-openclaw plugin is registered by OpenClaw gateway under the name 'signet-memory'","type":"fact","confidence":0.95},{"content":"The signet-memory plugin is configured to connect to the Signet daemon at http://localhost:3850","type":"fact","confidence":0.95},{"content":"Connection reliability issues persist with the signet-memory plugin despite successful discovery and registration","type":"fact","confidence":0.85}],"entities":[{"source":"OpenClaw gateway","relationship":"discovers","target":"signet-memory-openclaw plugin","confidence":0.95},{"source":"OpenClaw gateway","relationship":"registers as","target":"signet-memory","confidence":0.95},{"source":"signet-memory-openclaw plugin","relationship":"located at","target":"/home/nicholai/signet/signetai/packages/adapters/openclaw/dist/index.js","confidence":0.95},{"source":"signet-memory plugin","relationship":"connects to","target":"Signet daemon (http://localhost:3850)","confidence":0.95},{"source":"signet-memory plugin","relationship":"has issue","target":"connection reliability problems","confidence":0.85}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [5] already contains this fact as part of a more comprehensive record. It explicitly states the plugin is successfully discovered and registered from the exact same path (/home/nicholai/signet/signetai/packages/adapters/openclaw/dist/index.js), plus additional context about the daemon connection and registration name.","fact":{"content":"The OpenClaw gateway successfully discovers and registers the signet-memory-openclaw plugin from /home/nicholai/signet/signetai/packages/adapters/openclaw/dist/index.js","type":"fact","confidence":0.95}},{"action":"none","confidence":0.98,"reason":"Candidate [5] already documents that the plugin is registered as 'signet-memory' by OpenClaw gateway. The new fact is a subset of existing memory.","fact":{"content":"The signet-memory-openclaw plugin is registered by OpenClaw gateway under the name 'signet-memory'","type":"fact","confidence":0.95}},{"action":"none","confidence":0.92,"reason":"Candidate [5] (3cb768d0...) already comprehensively covers this fact, explicitly stating the plugin is 'registered as signet-memory connected to the daemon at http://localhost:3850'. The new fact adds no additional information beyond what's already documented.","fact":{"content":"The signet-memory plugin is configured to connect to the Signet daemon at http://localhost:3850","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already captures this exact situation: successful discovery/registration of signet-memory plugin but with persistent connection reliability issues. The new fact is redundant with existing issue documentation.","fact":{"content":"Connection reliability issues persist with the signet-memory plugin despite successful discovery and registration","type":"fact","confidence":0.85}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: a1b83504-5574-4b81-9dd5-5b9c95454fb2
memory_id: 4fcb67ed-8f50-4a06-b0de-37ba413b53c5
job_type: extract
status: completed
leased_at: 2026-03-01T10:39:27.765Z
completed_at: 2026-03-01T10:40:44.386Z
created_at: 2026-03-01T10:35:08.035Z
updated_at: 2026-03-01T10:40:44.386Z
result:
  {"facts":[{"content":"Nicholai requested two parallel investigations to diagnose an OpenClaw connection issue","type":"decision","confidence":0.95},{"content":"The first investigation is to examine the local OpenClaw configuration for quirks and potential sources of the connection issue","type":"procedural","confidence":0.95},{"content":"The second investigation is to analyze the signet-memory-openclaw adapter package located at `packages/adapters/openclaw/` for configuration or implementation issues","type":"procedural","confidence":0.95},{"content":"The signet-memory-openclaw adapter is a plugin package that may contain configuration issues or implementation defects causing connection problems","type":"semantic","confidence":0.85}],"entities":[{"source":"Nicholai","relationship":"requests","target":"parallel investigations","confidence":0.95},{"source":"investigation 1","relationship":"examines","target":"local OpenClaw configuration","confidence":0.95},{"source":"investigation 2","relationship":"analyzes","target":"signet-memory-openclaw adapter package","confidence":0.95},{"source":"signet-memory-openclaw","relationship":"located at","target":"packages/adapters/openclaw/","confidence":0.95},{"source":"both investigations","relationship":"target","target":"OpenClaw connection issue","confidence":0.95}],"proposals":[{"action":"none","confidence":0.92,"reason":"Existing candidate 4fcb67ed (issue type) already explicitly captures 'Nicholai requested two parallel investigations' with the exact same two items (OpenClaw setup deep-dive and plugin package analysis). New fact is redundant with existing memory.","fact":{"content":"Nicholai requested two parallel investigations to diagnose an OpenClaw connection issue","type":"decision","confidence":0.95}},{"action":"none","confidence":0.92,"reason":"New fact is already covered by existing memories (candidates 1, 2, 5). Multiple memories already document the planned OpenClaw configuration audit as part of the three-pronged investigation. No new procedural information added.","fact":{"content":"The first investigation is to examine the local OpenClaw configuration for quirks and potential sources of the connection issue","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"New fact is already captured in existing memory [4fcb67ed] which explicitly documents the investigation plan as item 2: 'Investigate the signet-memory-openclaw adapter package itself (`packages/adapters/openclaw/`) for configuration or implementation issues'. No new information to add.","fact":{"content":"The second investigation is to analyze the signet-memory-openclaw adapter package located at `packages/adapters/openclaw/` for configuration or implementation issues","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.9,"reason":"The new fact is a diagnostic hypothesis (potential configuration/implementation defects) that is already captured by the existing investigation/issue memories [3][4][5], which document ongoing troubleshooting of the adapter. No new actionable information beyond what's already recorded in the investigation sessions.","fact":{"content":"The signet-memory-openclaw adapter is a plugin package that may contain configuration issues or implementation defects causing connection problems","type":"semantic","confidence":0.85}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 7e55adb7-e9f8-4b35-bd67-85daaef6aff4
memory_id: 02d00c80-d469-4edf-b4cd-eab75d646736
job_type: extract
status: completed
leased_at: 2026-03-01T10:40:46.389Z
completed_at: 2026-03-01T10:41:24.227Z
created_at: 2026-03-01T10:35:08.049Z
updated_at: 2026-03-01T10:41:24.227Z
result:
  {"facts":[{"content":"The Signet dashboard requires a visual indicator feature to display connection status (issues and unavailability) for plugins and connectors","type":"fact","confidence":0.95}],"entities":[{"source":"Signet dashboard","relationship":"needs","target":"visual connection status indicators","confidence":0.95},{"source":"visual indicators","relationship":"display status of","target":"plugins","confidence":0.95},{"source":"visual indicators","relationship":"display status of","target":"connectors","confidence":0.95}],"proposals":[{"action":"none","confidence":0.95,"reason":"New fact is already captured in candidate 5 (ID: 02d00c80-d469-4edf-b4cd-eab75d646736), which states the identical requirement: visual indicators for plugin/connector connection status in the dashboard. No new information to add.","fact":{"content":"The Signet dashboard requires a visual indicator feature to display connection status (issues and unavailability) for plugins and connectors","type":"fact","confidence":0.95}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":["Invalid type \"requirement\", defaulting to \"fact\""]}


id: 9a1d1509-5415-4ce5-90bf-41533c5364c3
memory_id: e625b17d-31b5-4ad0-bffc-507dc85043dd
job_type: extract
status: completed
leased_at: 2026-03-01T10:41:26.230Z
completed_at: 2026-03-01T10:42:19.005Z
created_at: 2026-03-01T10:35:08.063Z
updated_at: 2026-03-01T10:42:19.005Z
result:
  {"facts":[{"content":"OpenClaw version 2026.2.21-2 (commit 35a57bc) is currently running","type":"fact","confidence":0.95},{"content":"The plugins.allow configuration in OpenClaw is empty, which enables auto-discovery of non-bundled plugins","type":"fact","confidence":0.95},{"content":"X credentials were provisioned for integration testing in the current OpenClaw environment","type":"fact","confidence":0.9}],"entities":[{"source":"OpenClaw","relationship":"running-version","target":"2026.2.21-2","confidence":0.95},{"source":"plugins.allow","relationship":"configuration-state","target":"empty","confidence":0.95},{"source":"empty plugins.allow configuration","relationship":"enables","target":"non-bundled plugin auto-discovery","confidence":0.9},{"source":"X credentials","relationship":"provisioned-for","target":"integration testing","confidence":0.9}],"proposals":[{"action":"none","confidence":0.98,"reason":"Candidate [4] already contains this exact fact (OpenClaw version 2026.2.21-2, commit 35a57bc) plus additional context about plugins.allow configuration and X credentials. The new fact is fully covered by existing memory.","fact":{"content":"OpenClaw version 2026.2.21-2 (commit 35a57bc) is currently running","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already captures this fact: 'The `plugins.allow` configuration is empty, allowing non-bundled plugins to auto-discover.' The new fact is redundant with existing memory.","fact":{"content":"The plugins.allow configuration in OpenClaw is empty, which enables auto-discovery of non-bundled plugins","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"New fact is already captured in candidate [5], which explicitly states 'X credentials were provisioned for integration testing' in the context of the OpenClaw environment. No new information to store.","fact":{"content":"X credentials were provisioned for integration testing in the current OpenClaw environment","type":"fact","confidence":0.9}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 9f45ca3e-9feb-4942-bd5a-73ae5cedfad7
memory_id: 20c4a6d9-b1eb-4781-a110-4b52d7c9e870
job_type: extract
status: completed
leased_at: 2026-03-01T10:43:14.565Z
completed_at: 2026-03-01T10:44:32.749Z
created_at: 2026-03-01T10:37:01.799Z
updated_at: 2026-03-01T10:44:32.749Z
result:
  {"facts":[{"content":"Injected memories are visible in the memory system's search results","type":"fact","confidence":0.9},{"content":"The memory system exhibits redundancy in search results, with duplicate entries appearing multiple times (e.g., openagents marketing-tools project location appeared three times in a single search)","type":"fact","confidence":0.9},{"content":"The memory system lacks adequate deduplication for handling duplicate entries in search results","type":"fact","confidence":0.85},{"content":"Deduplication improvements in the memory system were identified as a priority to reduce noise and improve search quality","type":"decision","confidence":0.8}],"entities":[{"source":"memory system","relationship":"exhibits redundancy in","target":"search results","confidence":0.9},{"source":"openagents marketing-tools project location","relationship":"appears redundantly in","target":"memory search results","confidence":0.9},{"source":"memory system","relationship":"needs improvement in","target":"deduplication","confidence":0.85}],"proposals":[{"action":"add","confidence":0.85,"reason":"New fact addresses a specific system behavior (visibility of injected memories in search results) not covered by existing candidates. Candidate 5 documents that injection occurs, but this fact clarifies search result behavior—a distinct observation about how injected memories appear in the memory search interface.","fact":{"content":"Injected memories are visible in the memory system's search results","type":"fact","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already documents this exact observation with the same specific example (openagents marketing-tools appearing three times). The new fact restates the same phenomenon without adding new information.","fact":{"content":"The memory system exhibits redundancy in search results, with duplicate entries appearing multiple times (e.g., openagents marketing-tools project location appeared three times in a single search)","type":"fact","confidence":0.9}},{"action":"none","confidence":0.92,"reason":"Candidate [2] already documents this exact problem: 'The memory search system produces noisy results containing redundant entries.' The new fact restates the same issue with different phrasing. Candidates [3] and [5] also provide context on root causes and solutions.","fact":{"content":"The memory system lacks adequate deduplication for handling duplicate entries in search results","type":"fact","confidence":0.85}}],"writeMode":"phase-c","writeStats":{"added":1,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":1},"warnings":["Decision references non-candidate ID: \"de2788b6-37b4-40df-b1b8-557051489fc9\""]}


id: 1fcb0e33-2ea1-4c89-8e54-7c90f3ef66ad
memory_id: a984aed8-0afc-42bb-be17-1cd245bebf7c
job_type: extract
status: completed
leased_at: 2026-03-01T11:07:17.492Z
completed_at: 2026-03-01T11:13:05.675Z
created_at: 2026-03-01T11:07:15.493Z
updated_at: 2026-03-01T11:13:05.675Z
result:
  {"facts":[{"content":"Signetai is the reference implementation of Signet, an open standard for portable AI agent identity, organized as a monorepo with packages for core library, CLI, daemon, SDK, and platform-specific connectors","type":"semantic","confidence":0.95},{"content":"All user data lives at ~/.agents/ with subdirectories: agent.yaml (config), AGENTS.md (identity/instructions), SOUL.md (personality), IDENTITY.md (metadata), USER.md (preferences), MEMORY.md (working memory), memory/ (SQLite database), skills/, .secrets/, .daemon/logs/","type":"procedural","confidence":0.95},{"content":"The signetai monorepo uses Bun as the package manager and Biome for linting/formatting (no biome.json file - uses defaults)","type":"decision","confidence":0.95},{"content":"Daemon HTTP server runs on port 3850 by default and serves a static Svelte 5 dashboard with Tailwind v4, bits-ui, CodeMirror 6, and 3d-force-graph","type":"fact","confidence":0.95},{"content":"Build sequence must be ordered: build:core → build:connector-base → build:deps (parallel) → build:signetai; building packages out of order causes dependency errors","type":"procedural","confidence":0.95},{"content":"@signet/core provides: TypeScript interfaces, SQLite database wrapper with FTS5, hybrid search (vector + keyword), YAML manifest parsing, and utilities","type":"fact","confidence":0.95},{"content":"@signet/cli is ~4600 LOC in cli.ts and provides: setup wizard with harness selection, interactive TUI config editor, daemon start/stop/status, dashboard launcher, secrets management, skills management, git sync, and hook lifecycle commands","type":"fact","confidence":0.95},{"content":"@signet/daemon is a background service providing: Hono HTTP server on port 3850, file watching with debounced sync, auto-commit on config changes (5s debounce), system service installation (launchd/systemd), Pipeline V2 for LLM-based memory extraction, session tracker with plugin/legacy mutex, and update system","type":"fact","confidence":0.95},{"content":"TypeScript discipline enforces: no 'any' types (use 'unknown' with narrowing), no 'as' assertions, no '!' null checks (explicit checks required), discriminated unions over optional properties, readonly everywhere mutation isn't intended, no enums (use 'as const'), explicit return types on exports, and result types over exceptions","type":"decision","confidence":0.95},{"content":"SQLite database uses runtime detection: bun:sqlite when running under Bun, better-sqlite3 when running under Node.js","type":"fact","confidence":0.95},{"content":"Git sync credential resolution follows strict order: (1) SSH URLs used as-is, (2) credential helper per-host, (3) GITHUB_TOKEN or gh CLI only for github.com remotes. GitHub tokens must never be injected into non-GitHub remote URLs.","type":"procedural","confidence":0.9},{"content":"Database migrations are numbered sequential .ts files in packages/core/src/migrations/ and run automatically on daemon startup","type":"procedural","confidence":0.9},{"content":"Memory pipeline stages: extraction (Ollama, default model qwen3:4b) → decision (write/update/skip) → optional knowledge graph → retention decay → document ingest → maintenance → session summary, located at packages/daemon/src/pipeline/","type":"fact","confidence":0.85},{"content":"Session tracker enforces one active memory runtime path per session: either 'plugin' or 'legacy', returning 409 conflict on violation","type":"fact","confidence":0.85},{"content":"Dashboard must use components exclusively from shadcn-svelte (https://www.shadcn-svelte.com) rather than custom implementations","type":"decision","confidence":0.9},{"content":"VISION.md describes what Signet is building toward and should anchor all development decisions; must be read at start of every session","type":"procedural","confidence":0.95},{"content":"File watching in daemon has two debounces: 5s for git auto-commit, 2s for harness sync","type":"fact","confidence":0.9},{"content":"Releases are fully automated via GitHub Actions (.github/workflows/release.yml); do not publish packages manually - push to main and CI handles rest","type":"procedural","confidence":0.95},{"content":"Connectors are idempotent (safe to run install multiple times) and distinct from daemon-side connector framework at packages/daemon/src/connectors/","type":"fact","confidence":0.85},{"content":"Development workflow requires: edit → build (bun run build) → test (bun test) → typecheck (bun run typecheck) → lint (bun run lint) → commit","type":"procedural","confidence":0.95}],"entities":[{"source":"signetai monorepo","relationship":"uses","target":"Bun package manager","confidence":0.95},{"source":"signetai monorepo","relationship":"uses","target":"Biome linting/formatting","confidence":0.95},{"source":"signetai monorepo","relationship":"uses","target":"SQLite database","confidence":0.95},{"source":"@signet/daemon","relationship":"serves","target":"HTTP API on port 3850","confidence":0.95},{"source":"@signet/daemon","relationship":"serves","target":"Svelte 5 static dashboard","confidence":0.95},{"source":"@signet/core","relationship":"provides-foundation-for","target":"@signet/cli, @signet/daemon, @signet/sdk","confidence":0.95},{"source":"Dashboard UI","relationship":"built-with","target":"Svelte 5, Tailwind v4, bits-ui, CodeMirror 6, 3d-force-graph","confidence":0.95},{"source":"user data","relationship":"stored-at","target":"~/.agents/","confidence":0.95},{"source":"memory pipeline","relationship":"located-at","target":"packages/daemon/src/pipeline/","confidence":0.9},{"source":"build system","relationship":"enforces-order","target":"core → connector-base → deps → signetai","confidence":0.95},{"source":"TypeScript","relationship":"forbids","target":"any types, as assertions, ! null checks, enums","confidence":0.95},{"source":"Git sync","relationship":"prioritizes-credentials","target":"SSH, credential-helper, GitHub-token","confidence":0.9},{"source":"SQLite","relationship":"runtime-selects","target":"bun:sqlite (Bun) or better-sqlite3 (Node.js)","confidence":0.95},{"source":"file watcher","relationship":"auto-commits-with-debounce","target":"5s for git, 2s for harness sync","confidence":0.9},{"source":"CI/CD","relationship":"automates","target":"release workflow via GitHub Actions","confidence":0.95}],"proposals":[{"action":"update","targetMemoryId":"1d65c1ff-20da-4715-bcd6-184f2dac9da7","confidence":0.95,"reason":"New fact provides architectural and structural details about Signetai that refine and extend the existing memory about Signet's portability. Merging creates a more complete understanding of both the conceptual value (portability) and implementation (monorepo with core, CLI, daemon, SDK, connectors)","fact":{"content":"Signetai is the reference implementation of Signet, an open standard for portable AI agent identity, organized as a monorepo with packages for core library, CLI, daemon, SDK, and platform-specific connectors","type":"semantic","confidence":0.95},"targetContent":"Signet provides agent identity that travels across different AI platforms (Claude Code, OpenCode, Cursor, etc.)"},{"action":"update","targetMemoryId":"4977fe0c-164d-4e63-8acf-8aafce5da87b","confidence":0.95,"reason":"New fact provides more comprehensive directory structure including IDENTITY.md, USER.md, and .daemon/logs/ that are missing from candidate [2]. Merging adds completeness while maintaining existing content.","fact":{"content":"All user data lives at ~/.agents/ with subdirectories: agent.yaml (config), AGENTS.md (identity/instructions), SOUL.md (personality), IDENTITY.md (metadata), USER.md (preferences), MEMORY.md (working memory), memory/ (SQLite database), skills/, .secrets/, .daemon/logs/","type":"procedural","confidence":0.95},"targetContent":"All user data lives at ~/.agents/ containing agent.yaml (configuration), AGENTS.md (identity), SOUL.md (personality), MEMORY.md (working memory), memory/ (SQLite database), skills/, and .secrets/"},{"action":"update","targetMemoryId":"2ec3c3b7-2a0e-492f-b314-7ca36aa47c0b","confidence":0.95,"reason":"Candidate [4] covers the Biome/config part; merging to add Bun package manager info makes the memory complete and self-contained. New fact is more comprehensive version of existing decision.","fact":{"content":"The signetai monorepo uses Bun as the package manager and Biome for linting/formatting (no biome.json file - uses defaults)","type":"decision","confidence":0.95},"targetContent":"Signet uses Biome for linting and formatting with no biome.json config file (uses defaults)"},{"action":"update","targetMemoryId":"ea79fd89-710d-45bf-b332-8e5568e34743","confidence":0.95,"reason":"New fact adds dashboard tech stack details (Svelte 5, Tailwind v4, bits-ui, CodeMirror 6, 3d-force-graph) to existing daemon port 3850 memory. Merge for completeness.","fact":{"content":"Daemon HTTP server runs on port 3850 by default and serves a static Svelte 5 dashboard with Tailwind v4, bits-ui, CodeMirror 6, and 3d-force-graph","type":"fact","confidence":0.95},"targetContent":"The daemon runs on port 3850 and provides HTTP API endpoints at /api/*, file watching with debounced sync (5s for commits, 2s for harness sync), and memory pipeline with stages: extraction → decision → knowledge graph → retention decay → document ingest → maintenance → session summary"},{"action":"update","targetMemoryId":"c1632fbe-5b58-44a2-9a04-5e797974cef6","confidence":0.95,"reason":"New fact refines existing procedural memory with added consequence context. Both describe the same ordered build sequence (core → connector-base → deps → signetai); new fact adds 'causes dependency errors' warning making it more actionable and complete.","fact":{"content":"Build sequence must be ordered: build:core → build:connector-base → build:deps (parallel) → build:signetai; building packages out of order causes dependency errors","type":"procedural","confidence":0.95},"targetContent":"Build order for bun run build is: build:core → build:connector-base → build:deps (parallel) → build:signetai"},{"action":"add","confidence":0.95,"reason":"New fact provides high-level summary of @signet/core's responsibilities. Existing candidate covers db-accessor usage patterns—complementary but distinct. Both are useful context.","fact":{"content":"@signet/core provides: TypeScript interfaces, SQLite database wrapper with FTS5, hybrid search (vector + keyword), YAML manifest parsing, and utilities","type":"fact","confidence":0.95}},{"action":"add","confidence":0.95,"reason":"New fact is detailed technical documentation about @signet/cli package structure and functionality. Existing candidate is unrelated (daemon troubleshooting). This should be stored as a new architectural memory.","fact":{"content":"@signet/cli is ~4600 LOC in cli.ts and provides: setup wizard with harness selection, interactive TUI config editor, daemon start/stop/status, dashboard launcher, secrets management, skills management, git sync, and hook lifecycle commands","type":"fact","confidence":0.95}},{"action":"update","targetMemoryId":"ea79fd89-710d-45bf-b332-8e5568e34743","confidence":0.9,"reason":"New fact is broader and more comprehensive. Contains all core information from candidate plus additional capabilities (system service installation, session tracker, update system, explicit Hono mention). Candidate has complementary detail (harness sync timing, full pipeline stages). Merge into unified summary preserving both sets of details.","fact":{"content":"@signet/daemon is a background service providing: Hono HTTP server on port 3850, file watching with debounced sync, auto-commit on config changes (5s debounce), system service installation (launchd/systemd), Pipeline V2 for LLM-based memory extraction, session tracker with plugin/legacy mutex, and update system","type":"fact","confidence":0.95},"targetContent":"The daemon runs on port 3850 and provides HTTP API endpoints at /api/*, file watching with debounced sync (5s for commits, 2s for harness sync), and memory pipeline with stages: extraction → decision → knowledge graph → retention decay → document ingest → maintenance → session summary"},{"action":"none","confidence":0.92,"reason":"Existing memory ID 98832682-fb8b-4116-8c08-13929475aeac (procedural) comprehensively covers all TypeScript discipline rules mentioned in the new fact: no 'any', no 'as', no '!', discriminated unions, readonly, no enums, explicit return types, and result types over exceptions. The new fact adds no materially new information—it's a restatement of the same rules already captured in memory.","fact":{"content":"TypeScript discipline enforces: no 'any' types (use 'unknown' with narrowing), no 'as' assertions, no '!' null checks (explicit checks required), discriminated unions over optional properties, readonly everywhere mutation isn't intended, no enums (use 'as const'), explicit return types on exports, and result types over exceptions","type":"decision","confidence":0.95}},{"action":"none","confidence":0.98,"reason":"Candidate [2] already captures this exact fact about SQLite runtime detection. New fact is redundant.","fact":{"content":"SQLite database uses runtime detection: bun:sqlite when running under Bun, better-sqlite3 when running under Node.js","type":"fact","confidence":0.95}},{"action":"add","confidence":0.95,"reason":"New technical rule about git credential resolution order in Signet daemon. No existing memory covers this procedural knowledge. Related to git sync but distinct from commit attribution (candidate 1) and file creation tracking (candidate 2). High-value operational rule deserving its own memory entry.","fact":{"content":"Git sync credential resolution follows strict order: (1) SSH URLs used as-is, (2) credential helper per-host, (3) GITHUB_TOKEN or gh CLI only for github.com remotes. GitHub tokens must never be injected into non-GitHub remote URLs.","type":"procedural","confidence":0.9}},{"action":"none","confidence":0.88,"reason":"Candidate [3] already captures the identical procedural knowledge: numbered migrations at packages/core/src/migrations/ that run automatically on daemon startup. The new fact adds no additional detail beyond what's already stored.","fact":{"content":"Database migrations are numbered sequential .ts files in packages/core/src/migrations/ and run automatically on daemon startup","type":"procedural","confidence":0.9}},{"action":"update","targetMemoryId":"ea79fd89-710d-45bf-b332-8e5568e34743","confidence":0.95,"reason":"New fact adds specific implementation details (Ollama with qwen3:4b, location: packages/daemon/src/pipeline/) to the existing pipeline stages summary. The same pipeline sequence is already documented in the candidate; merging creates a more complete, self-contained reference.","fact":{"content":"Memory pipeline stages: extraction (Ollama, default model qwen3:4b) → decision (write/update/skip) → optional knowledge graph → retention decay → document ingest → maintenance → session summary, located at packages/daemon/src/pipeline/","type":"fact","confidence":0.85},"targetContent":"The daemon runs on port 3850 and provides HTTP API endpoints at /api/*, file watching with debounced sync (5s for commits, 2s for harness sync), and memory pipeline with stages: extraction → decision → knowledge graph → retention decay → document ingest → maintenance → session summary"},{"action":"none","confidence":0.9,"reason":"Candidate [3] already captures this exact concept: 'enforcing one active path per session with 409 on conflict'. The new fact restates the same architectural constraint without adding new information.","fact":{"content":"Session tracker enforces one active memory runtime path per session: either 'plugin' or 'legacy', returning 409 conflict on violation","type":"fact","confidence":0.85}},{"action":"none","confidence":0.95,"reason":"New fact is already comprehensively covered by existing memories: candidate 3 (2cfa03ac) captures the procedural guidance on preferring shadcn-svelte components, candidate 4 (1b94b976) documents the decision to standardize this in AGENTS.md, and candidate 5 (f190a561) captures the implementation status. Additionally, this requirement is already explicitly documented in the project's CLAUDE.md file.","fact":{"content":"Dashboard must use components exclusively from shadcn-svelte (https://www.shadcn-svelte.com) rather than custom implementations","type":"decision","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [1] (ID: 55dcf3bf-4fca-4b76-8878-7dc525f5e5af) already covers this procedural rule exactly: it states VISION.md must be read at session start, describes what Signet is building toward, and includes the file location. The new fact is redundant with existing memory.","fact":{"content":"VISION.md describes what Signet is building toward and should anchor all development decisions; must be read at start of every session","type":"procedural","confidence":0.95}},{"action":"none","confidence":1,"reason":"Candidate [3] (ea79fd89...) already contains this exact information: 'file watching with debounced sync (5s for commits, 2s for harness sync)'. The new fact is fully covered.","fact":{"content":"File watching in daemon has two debounces: 5s for git auto-commit, 2s for harness sync","type":"fact","confidence":0.9}},{"action":"update","targetMemoryId":"d505afb4-a80f-4a32-bfec-81ef307ce372","confidence":0.92,"reason":"New fact complements and enriches existing procedural memory. Both describe the automated release workflow, but new fact adds the critical operational rule (never publish manually) and clarifies the trigger mechanism (push to main). Merging provides complete picture: what happens, how it's triggered, and the rule to follow.","fact":{"content":"Releases are fully automated via GitHub Actions (.github/workflows/release.yml); do not publish packages manually - push to main and CI handles rest","type":"procedural","confidence":0.95},"targetContent":"The CI release workflow follows a 5-step sequence: (1) build all packages, (2) bump patch version, (3) generate changelog, (4) publish to npm, (5) commit version bump and push with tags"},{"action":"update","targetMemoryId":"4e21d3fc-8fc1-4825-9bb1-2f1dfd7e093b","confidence":0.9,"reason":"New fact reinforces idempotency claim in existing memory and adds architectural distinction (install-time connector packages vs daemon-side connector framework) that clarifies the distinction","fact":{"content":"Connectors are idempotent (safe to run install multiple times) and distinct from daemon-side connector framework at packages/daemon/src/connectors/","type":"fact","confidence":0.85},"targetContent":"Connector packages (cli, opencode, openclaw) are idempotent and safe to run install multiple times without side effects"},{"action":"update","targetMemoryId":"135dd42b-4f59-49ad-ac5f-c0d7a0587032","confidence":0.85,"reason":"New fact provides the complete development workflow sequence (edit → build → test → typecheck → lint → commit) that encompasses and refines the existing procedural memory about verification steps. Merging creates a more comprehensive workflow guideline.","fact":{"content":"Development workflow requires: edit → build (bun run build) → test (bun test) → typecheck (bun run typecheck) → lint (bun run lint) → commit","type":"procedural","confidence":0.95},"targetContent":"Verification must include build, test, typecheck, lint checks, and manual API verification"}],"writeMode":"phase-c","writeStats":{"added":3,"updated":10,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":3},"warnings":[]}


id: d0bbf6b6-4311-4b43-b898-830866c59f67
memory_id: daa54198-658d-4be8-b04b-dd551ea97a9f
job_type: extract
status: completed
leased_at: 2026-03-01T11:13:07.696Z
completed_at: 2026-03-01T11:14:09.509Z
created_at: 2026-03-01T11:07:15.534Z
updated_at: 2026-03-01T11:14:09.509Z
result:
  {"facts":[{"content":"The Signet daemon responds successfully to curl requests but returns empty memory results with structure {\"inject\":\"\",\"memoryCount\":0}","type":"fact","confidence":0.95},{"content":"The Signet CLI cannot establish a connection to the daemon","type":"fact","confidence":0.9},{"content":"The CLI connection failure to the daemon may be caused by bun version incompatibility or network connectivity issues","type":"rationale","confidence":0.65}],"entities":[{"source":"Signet daemon","relationship":"responds_to","target":"curl requests","confidence":0.95},{"source":"Signet daemon","relationship":"returns_empty","target":"memory results","confidence":0.95},{"source":"Signet CLI","relationship":"cannot_connect_to","target":"Signet daemon","confidence":0.9},{"source":"CLI connection failure","relationship":"possibly_caused_by","target":"bun version incompatibility","confidence":0.6},{"source":"CLI connection failure","relationship":"possibly_caused_by","target":"network connectivity issue","confidence":0.6}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [3] already documents this exact issue: daemon responds via curl but returns empty results with structure {\"inject\":\"\",\"memoryCount\":0}. New fact is a restatement of existing memory.","fact":{"content":"The Signet daemon responds successfully to curl requests but returns empty memory results with structure {\"inject\":\"\",\"memoryCount\":0}","type":"fact","confidence":0.95}},{"action":"update","targetMemoryId":"daa54198-658d-4be8-b04b-dd551ea97a9f","confidence":0.85,"reason":"New fact directly extends the existing issue tracking CLI connection problems. Candidate [4] already captures the troubleshooting context ('CLI can't connect - might be a bun version or network issue') and should be updated to include this confirmed fact about CLI unable to establish daemon connection.","fact":{"content":"The Signet CLI cannot establish a connection to the daemon","type":"fact","confidence":0.9},"targetContent":"## Conversation Summary assistant: the daemon IS responding via curl, but returns empty results (`{\"inject\":\"\",\"memoryCount\":0}`). so two issues: 1. **CLI can't connect** - might be a bun version or network issue 2."},{"action":"none","confidence":0.9,"reason":"New fact restates hypothesis already covered in candidate [4] ('might be a bun version or network issue'). Candidate [5] provides empirical evidence contradicting this hypothesis (curl works, direct fetch works), indicating the issue is CLI-specific, not network/bun-related. New fact adds no novel information.","fact":{"content":"The CLI connection failure to the daemon may be caused by bun version incompatibility or network connectivity issues","type":"rationale","confidence":0.65}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 478cc95d-f786-4368-9c70-2a7d683f4e41
memory_id: 3d74a69a-410c-44fe-b116-3606fdc03fe5
job_type: extract
status: completed
leased_at: 2026-03-01T11:14:11.511Z
completed_at: 2026-03-01T11:15:59.820Z
created_at: 2026-03-01T11:07:15.546Z
updated_at: 2026-03-01T11:15:59.820Z
result:
  {"facts":[{"content":"The Signet daemon uses an fts+decay (full-text search with decay ranking) search engine for memory recall queries","type":"fact","confidence":0.95},{"content":"A memory recall query with parameters 'sender json label nicholai name username exe tag dev daemon running' returns empty results even when the daemon is connected","type":"fact","confidence":0.75},{"content":"Journal entries should be kept in the Signet memory database regularly, at least once per conversation","type":"procedural","confidence":0.85},{"content":"The Signet daemon connectivity status can be checked to troubleshoot failing search queries","type":"procedural","confidence":0.8},{"content":"Signet recall command output includes a 'results' parameter indicating the count of search results returned","type":"fact","confidence":0.9}],"entities":[{"source":"Signet daemon","relationship":"uses","target":"fts+decay search engine","confidence":0.95},{"source":"memory recall query","relationship":"returns","target":"empty results","confidence":0.75},{"source":"user","relationship":"should maintain","target":"journal entries in memory database","confidence":0.85},{"source":"Signet daemon","relationship":"has checkable","target":"connectivity status","confidence":0.8}],"proposals":[{"action":"update","targetMemoryId":"3d74a69a-410c-44fe-b116-3606fdc03fe5","confidence":0.95,"reason":"Candidate [5] already contains evidence of the fts+decay engine in actual daemon output. The new fact is a cleaner architectural statement of the same information. Consolidate by refining [5] to clearly state that the daemon uses fts+decay for memory recall, while preserving the debugging context if useful.","fact":{"content":"The Signet daemon uses an fts+decay (full-text search with decay ranking) search engine for memory recall queries","type":"fact","confidence":0.95},"targetContent":"**Query returns nothing** - even when connected, the search returns empty let me check what the daemon is seeing: user: <signet-memory> [signet:recall | query=\"sender json label nicholai name username exe tag dev daemon running and\" | results=1 | engine=fts+decay] - Keep journal entries in the memory database regularly - at least once per conversation."},{"action":"none","confidence":0.85,"reason":"Candidate [3] already documents this exact issue: 'Query returns nothing - even when connected, the search returns empty' with a concrete example query and context. The new fact describes the same symptom (empty results despite daemon connection) with different query parameters, which is already subsumed by the existing issue description.","fact":{"content":"A memory recall query with parameters 'sender json label nicholai name username exe tag dev daemon running' returns empty results even when the daemon is connected","type":"fact","confidence":0.75}},{"action":"none","confidence":0.95,"reason":"New fact is already covered by existing memories [4] and [5], which contain identical guidance: 'Keep journal entries in the memory database regularly - at least once per conversation.'","fact":{"content":"Journal entries should be kept in the Signet memory database regularly, at least once per conversation","type":"procedural","confidence":0.85}},{"action":"update","targetMemoryId":"3d74a69a-410c-44fe-b116-3606fdc03fe5","confidence":0.75,"reason":"New fact provides a concrete troubleshooting procedure for the existing memory about search queries returning nothing. The memory already mentions 'checking what the daemon is seeing' — this adds the specific step of checking daemon connectivity status as a diagnostic tool.","fact":{"content":"The Signet daemon connectivity status can be checked to troubleshoot failing search queries","type":"procedural","confidence":0.8},"targetContent":"**Query returns nothing** - even when connected, the search returns empty let me check what the daemon is seeing: user: <signet-memory> [signet:recall | query=\"sender json label nicholai name username exe tag dev daemon running and\" | results=1 | engine=fts+decay] - Keep journal entries in the memory database regularly - at least once per conversation."},{"action":"none","confidence":0.95,"reason":"Candidate [5] already demonstrates this exact pattern in its raw output example: `[signet:recall | query=\"...\" | results=1 | engine=fts+decay]`. The new fact restates what's already shown in that example.","fact":{"content":"Signet recall command output includes a 'results' parameter indicating the count of search results returned","type":"fact","confidence":0.9}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":2,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 76ca0f13-b841-4c3a-bf9b-37f0351b1f01
memory_id: 04e153a4-c85b-41c7-8715-6394e5382a78
job_type: extract
status: completed
leased_at: 2026-03-01T11:16:32.586Z
completed_at: 2026-03-01T11:17:54.503Z
created_at: 2026-03-01T11:07:15.892Z
updated_at: 2026-03-01T11:17:54.503Z
result:
  {"facts":[{"content":"The sender username and tag are both 'nicholai.exe'","type":"fact","confidence":0.95},{"content":"The group_channel is '#mr-claude'","type":"fact","confidence":0.95},{"content":"The group_space ID is '1458978988306337966'","type":"fact","confidence":0.95},{"content":"There is uncertainty about whether a development daemon or the production daemon assistant is currently running","type":"procedural","confidence":0.6}],"entities":[{"source":"Nicholai","relationship":"has username and tag","target":"nicholai.exe","confidence":0.95},{"source":"group_channel","relationship":"equals","target":"#mr-claude","confidence":0.95},{"source":"dev daemon","relationship":"might be running instead of","target":"actual daemon assistant","confidence":0.5}],"proposals":[{"action":"add","confidence":0.95,"reason":"New fact about Discord/platform username 'nicholai.exe' is unrelated to existing Cloudflare account memory. Should be stored separately as identity/account information.","fact":{"content":"The sender username and tag are both 'nicholai.exe'","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already contains the exact fact ('group_channel': '#mr-claude') within its conversation metadata, making this information redundant","fact":{"content":"The group_channel is '#mr-claude'","type":"fact","confidence":0.95}},{"action":"update","targetMemoryId":"8ea2b2c5-9a2e-45b7-b4e0-d40380d2a22d","confidence":0.95,"reason":"New fact extracts and clarifies the group_space ID from existing memory. Should replace the conversational snippet with the clean, isolated fact for better queryability and memory hygiene.","fact":{"content":"The group_space ID is '1458978988306337966'","type":"fact","confidence":0.95},"targetContent":"\"group_channel\": \"#mr-claude\", \"group_space\": \"1458978988306337966\" } ``` Sender (untrusted metadata): ```json { \"label\": \"Nicholai\", \"name\": \"Nicholai\", \"username\": \"nicholai.exe\", \"tag\": \"nicholai.exe\" } ``` i think i've got a fix almost done, 1 moment please while I merge it assist"},{"action":"update","targetMemoryId":"04e153a4-c85b-41c7-8715-6394e5382a78","confidence":0.85,"reason":"New fact is a cleaner restatement of the core uncertainty in candidate 4. Candidate 4 appears corrupted (JSON fragments before content). Merging into a single, clear procedural fact about dev vs production daemon ambiguity.","fact":{"content":"There is uncertainty about whether a development daemon or the production daemon assistant is currently running","type":"procedural","confidence":0.6},"targetContent":"\"group_channel\": \"#mr-claude\", \"group_space\": \"1458978988306337966\" } ``` Sender (untrusted metadata): ```json { \"label\": \"Nicholai\", \"name\": \"Nicholai\", \"username\": \"nicholai.exe\", \"tag\": \"nicholai.exe\" } ``` it could be that a dev daemon is running and not the actual daemon assistan"}],"writeMode":"phase-c","writeStats":{"added":1,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":1,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":1},"warnings":[]}


id: 8e02d061-2a07-4e5a-ab93-8cc53389eff9
memory_id: 2c6e8845-7fc7-4497-b200-d2936340642d
job_type: extract
status: completed
leased_at: 2026-03-01T11:18:12.406Z
completed_at: 2026-03-01T11:18:48.880Z
created_at: 2026-03-01T11:07:15.913Z
updated_at: 2026-03-01T11:18:48.880Z
result:
  {"facts":[{"content":"The Signet daemon entrypoint file is located at packages/daemon/src/daemon.ts and is executed using the Bun runtime","type":"procedural","confidence":0.95}],"entities":[{"source":"Signet daemon","relationship":"has entrypoint at","target":"packages/daemon/src/daemon.ts","confidence":0.95},{"source":"Signet daemon","relationship":"runs with","target":"Bun runtime","confidence":0.95}],"proposals":[{"action":"update","targetMemoryId":"96fd116d-c0b6-4315-87b8-95e77ac5ef99","confidence":0.92,"reason":"New fact adds the canonical entrypoint location (packages/daemon/src/daemon.ts) to existing memory about Bun runtime requirement. Merging creates a more complete procedural reference for daemon startup.","fact":{"content":"The Signet daemon entrypoint file is located at packages/daemon/src/daemon.ts and is executed using the Bun runtime","type":"procedural","confidence":0.95},"targetContent":"Signetai daemon startup specifically requires Bun runtime, not Node.js alone"}],"writeMode":"phase-c","writeStats":{"added":0,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: f75ac0b0-5368-4088-8cc3-60b871011a5a
memory_id: 5a10d4c5-8d4f-4703-9467-77d0132b3e2a
job_type: extract
status: completed
leased_at: 2026-03-01T11:18:50.881Z
completed_at: 2026-03-01T11:20:26.559Z
created_at: 2026-03-01T11:07:15.926Z
updated_at: 2026-03-01T11:20:26.559Z
result:
  {"facts":[{"content":"The Signet daemon was restarted with process ID 580918 and is running version 0.12.3","type":"fact","confidence":0.95},{"content":"The running Signet daemon is configured to use ~/.agents as its data directory","type":"fact","confidence":0.95},{"content":"The active Signet daemon instance currently manages 6400 stored memories","type":"fact","confidence":0.95},{"content":"A potential mismatch exists between the installed Signet daemon at ~/signet/signetai/ and another daemon instance regarding database or configuration state","type":"decision","confidence":0.8},{"content":"A previously failing hook began functioning correctly after the Signet daemon was restarted","type":"fact","confidence":0.9}],"entities":[{"source":"Signet daemon","relationship":"configured to use","target":"~/.agents data directory","confidence":0.95},{"source":"Signet daemon (PID 580918)","relationship":"version","target":"0.12.3","confidence":0.95},{"source":"Signet daemon","relationship":"manages","target":"6400 memories","confidence":0.95},{"source":"~/signet/signetai/ installation","relationship":"potential mismatch with","target":"database/config state","confidence":0.75},{"source":"hook","relationship":"fixed by","target":"daemon restart","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [5] already captures this exact daemon restart event: 'daemon restarted (new PID 580918, version 0.12.3)'. The new fact is already covered by existing memory.","fact":{"content":"The Signet daemon was restarted with process ID 580918 and is running version 0.12.3","type":"fact","confidence":0.95}},{"action":"none","confidence":0.92,"reason":"New fact is already well-covered by existing candidates [3] and [4]. Candidate [3] explicitly states the daemon loads configuration from ~/.agents during session initialization. Candidate [4] comprehensively documents that all user data lives at ~/.agents with detailed structure. The new fact adds no new information beyond what's already captured.","fact":{"content":"The running Signet daemon is configured to use ~/.agents as its data directory","type":"fact","confidence":0.95}},{"action":"none","confidence":0.85,"reason":"Current database size (6400 memories) is ephemeral operational state, not a stable fact or pattern. It will change constantly and isn't useful for informing future work. Existing memory candidates cover the architecture (how memory is stored/retrieved) and don't need this data point.","fact":{"content":"The active Signet daemon instance currently manages 6400 stored memories","type":"fact","confidence":0.95}},{"action":"add","confidence":0.75,"reason":"Existing candidate documents a resolved past incident (daemon restarted, 'it's working now'). New fact is a current/potential decision-level concern about ongoing daemon mismatch. While conceptually related, they represent different temporal states and should coexist for context.","fact":{"content":"A potential mismatch exists between the installed Signet daemon at ~/signet/signetai/ and another daemon instance regarding database or configuration state","type":"decision","confidence":0.8}},{"action":"update","targetMemoryId":"c157c461-5bbf-4e1d-acc1-27c13576c137","confidence":0.85,"reason":"New fact is the resolution to the investigation in candidate [5]. The hook was failing, daemon restart fixed it. Merging provides cleaner narrative and eliminates fragmentation.","fact":{"content":"A previously failing hook began functioning correctly after the Signet daemon was restarted","type":"fact","confidence":0.9},"targetContent":"the daemon restarted and the hook returns results. let me test the CLI: assistant: CLI still fails but curl works. something's wrong with the CLI itself. let me check versions: assistant: bun fetch works fine. let me trace the CLI issue: assistant: direct fetch works fine. the CLI must have a bug."}],"writeMode":"phase-c","writeStats":{"added":1,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":1},"warnings":[]}


id: ae97ed68-63c4-40bb-9f76-aa16a5c410c9
memory_id: c157c461-5bbf-4e1d-acc1-27c13576c137
job_type: extract
status: completed
leased_at: 2026-03-01T11:20:28.562Z
completed_at: 2026-03-01T11:21:15.091Z
created_at: 2026-03-01T11:07:15.937Z
updated_at: 2026-03-01T11:21:15.091Z
result:
  {"facts":[{"content":"A hook that was previously failing resumed functioning correctly after the Signet daemon was restarted","type":"procedural","confidence":1},{"content":"Restarting the Signet daemon can resolve issues where hooks are not executing properly","type":"semantic","confidence":0.85}],"entities":[{"source":"hook","relationship":"resolved by","target":"Signet daemon restart","confidence":0.95},{"source":"Signet daemon","relationship":"fixed","target":"failing hook","confidence":0.95}],"proposals":[{"action":"none","confidence":0.98,"reason":"Candidate 5 (c157c461...) already captures this exact procedural fact: 'A previously failing hook began functioning correctly after the Signet daemon was restarted'. The new fact is semantically identical with only minor wording variation.","fact":{"content":"A hook that was previously failing resumed functioning correctly after the Signet daemon was restarted","type":"procedural","confidence":1}},{"action":"update","targetMemoryId":"c157c461-5bbf-4e1d-acc1-27c13576c137","confidence":0.9,"reason":"New fact is a generalized troubleshooting principle derived from the specific incident in candidate 5. Merging creates a more useful memory: the incident that demonstrated the principle, plus the broader rule for future debugging.","fact":{"content":"Restarting the Signet daemon can resolve issues where hooks are not executing properly","type":"semantic","confidence":0.85},"targetContent":"A previously failing hook began functioning correctly after the Signet daemon was restarted"}],"writeMode":"phase-c","writeStats":{"added":0,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 384b2189-31ea-44f5-9adb-4a4dc36c488c
memory_id: 5ce9e3e3-48dd-460d-bebb-95276ab33adc
job_type: extract
status: completed
leased_at: 2026-03-01T11:21:17.111Z
completed_at: 2026-03-01T11:23:09.292Z
created_at: 2026-03-01T11:07:15.949Z
updated_at: 2026-03-01T11:23:09.292Z
result:
  {"facts":[{"content":"The CLI reads prompts from stdin as JSON input rather than from command line arguments","type":"procedural","confidence":0.95},{"content":"The CLI stdin reader chunks incoming data, concatenates it, and parses it as UTF-8 encoded JSON","type":"procedural","confidence":0.95},{"content":"The CLI looks for either 'user_prompt' or 'userPrompt' fields in the parsed JSON input to extract the prompt","type":"procedural","confidence":0.95},{"content":"The CLI supports '-H harness' and '--project' as command line options","type":"fact","confidence":0.9},{"content":"The CLI does not have a dedicated command line option for providing the prompt; it must be passed via stdin JSON","type":"decision","confidence":0.85},{"content":"The CLI handles missing or invalid JSON stdin input gracefully by catching exceptions and continuing with empty prompt","type":"procedural","confidence":0.9}],"entities":[{"source":"CLI","relationship":"reads input from","target":"process.stdin","confidence":0.95},{"source":"stdin input","relationship":"parsed as","target":"JSON","confidence":0.95},{"source":"CLI","relationship":"accepts option","target":"-H harness","confidence":0.9},{"source":"CLI","relationship":"accepts option","target":"--project","confidence":0.9},{"source":"JSON input","relationship":"can contain field","target":"user_prompt","confidence":0.95},{"source":"JSON input","relationship":"can contain field","target":"userPrompt","confidence":0.95},{"source":"CLI","relationship":"lacks","target":"command line prompt option","confidence":0.85}],"proposals":[{"action":"none","confidence":0.95,"reason":"Fact is already captured in detail by candidates [1] and [4]. Both explicitly document that the CLI reads prompts from stdin as JSON and lacks a --prompt option. New fact adds no new information.","fact":{"content":"The CLI reads prompts from stdin as JSON input rather than from command line arguments","type":"procedural","confidence":0.95}},{"action":"update","targetMemoryId":"5ce9e3e3-48dd-460d-bebb-95276ab33adc","confidence":0.95,"reason":"Candidate [3] documents the exact same procedure (stdin chunking, concatenation, UTF-8 parsing, JSON parsing) but in raw issue/debugging format. The new fact is a polished, procedural statement of the same behavior. Merging will create a cleaner, more reusable memory while preserving the technical details.","fact":{"content":"The CLI stdin reader chunks incoming data, concatenates it, and parses it as UTF-8 encoded JSON","type":"procedural","confidence":0.95},"targetContent":"let me check what's different: assistant: **found the bug!** the CLI reads the prompt from **stdin as JSON**, not from command line arguments: ```ts let userPrompt = \"\"; try { const chunks: Buffer[] = []; for await (const chunk of process.stdin) { chunks.push(chunk); } const input = Buffer.concat(chunks).toString(\"utf-8\").trim(); if (input) { const parsed = JSON.parse(input); userPrompt = parsed.user_prompt || parsed.userPrompt || \"\"; } } catch { // No stdin or invalid JSON } ``` but there's **no option** for the prompt itself - only `-H harness` and `--project`."},{"action":"add","confidence":0.95,"reason":"New procedural fact about CLI JSON field parsing. Candidate [1] is incomplete (header only, no content). Candidate [2] covers prompt snippets for continuity state, not CLI input parsing. This is a specific implementation detail that should be stored separately.","fact":{"content":"The CLI looks for either 'user_prompt' or 'userPrompt' fields in the parsed JSON input to extract the prompt","type":"procedural","confidence":0.95}},{"action":"add","confidence":0.9,"reason":"New fact is a specific CLI interface detail (-H harness, --project flags) that doesn't match existing memories. Candidate 3 covers setup wizard UI changes but not command-line option flags. Worth storing as distinct procedural knowledge for CLI usage.","fact":{"content":"The CLI supports '-H harness' and '--project' as command line options","type":"fact","confidence":0.9}},{"action":"none","confidence":0.9,"reason":"This fact is already comprehensively captured in candidate 2 (ID: 5ce9e3e3-48dd-460d-bebb-95276ab33adc), which explicitly documents that the CLI reads the prompt from stdin as JSON with no command-line option. Candidates 3 and 5 also cover this same issue. No new information or refinement to existing memories.","fact":{"content":"The CLI does not have a dedicated command line option for providing the prompt; it must be passed via stdin JSON","type":"decision","confidence":0.85}},{"action":"none","confidence":0.95,"reason":"Candidate [1] already documents the exact try-catch mechanism and graceful error handling for missing/invalid JSON stdin. The new fact restates this existing behavior rather than adding new information.","fact":{"content":"The CLI handles missing or invalid JSON stdin input gracefully by catching exceptions and continuing with empty prompt","type":"procedural","confidence":0.9}}],"writeMode":"phase-c","writeStats":{"added":2,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":2},"warnings":[]}


id: b469d9c0-51de-4d68-b0e6-71a1026f3545
memory_id: 1e4b8bb8-3e17-4398-981d-32fb915a8437
job_type: extract
status: completed
leased_at: 2026-03-01T11:23:11.294Z
completed_at: 2026-03-01T11:24:17.259Z
created_at: 2026-03-01T11:07:15.961Z
updated_at: 2026-03-01T11:24:17.259Z
result:
  {"facts":[{"content":"The signet hook user-prompt-submit command currently invokes without passing prompt data, even when called with -H claude-code and --project flags","type":"fact","confidence":0.9},{"content":"The user-prompt-submit hook expects JSON input on stdin with the format {\"userPrompt\": \"actual message here\"}","type":"procedural","confidence":0.9},{"content":"A proposed fix for the missing prompt data issue in the signet hook command is to add a --prompt CLI option to pass the actual prompt text","type":"decision","confidence":0.8}],"entities":[{"source":"signet hook user-prompt-submit","relationship":"currently missing","target":"prompt data","confidence":0.9},{"source":"user-prompt-submit hook","relationship":"expects input via","target":"JSON stdin","confidence":0.9},{"source":"JSON stdin input","relationship":"contains field","target":"userPrompt","confidence":0.9},{"source":"proposed fix","relationship":"adds option to","target":"signet hook CLI command","confidence":0.8}],"proposals":[{"action":"none","confidence":0.95,"reason":"This fact is already well-documented across existing memories (candidates 3, 4, 5). Candidates 3 and 4 explicitly describe the CLI bug where user-prompt-submit expects JSON stdin but receives none, and candidate 5 confirms the hooks run without stdin. The new fact is a concise restatement of an already-tracked issue.","fact":{"content":"The signet hook user-prompt-submit command currently invokes without passing prompt data, even when called with -H claude-code and --project flags","type":"fact","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"New fact is already well-covered by existing candidates [1] and [3], which explicitly describe the JSON stdin format requirement {\"userPrompt\": \"...\"} for the user-prompt-submit hook. No new information to capture.","fact":{"content":"The user-prompt-submit hook expects JSON input on stdin with the format {\"userPrompt\": \"actual message here\"}","type":"procedural","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"This decision is already documented in existing memories. Candidate [1e4b8bb8] describes the problem and lists '--prompt' as the first proposed solution. Candidate [dc34e05f] captures the user's preference/decision that '--prompt' is 'the cleanest fix'. The new fact adds no new information beyond what's already recorded.","fact":{"content":"A proposed fix for the missing prompt data issue in the signet hook command is to add a --prompt CLI option to pass the actual prompt text","type":"decision","confidence":0.8}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 17f87396-363a-4810-a2bb-633807e46e0f
memory_id: 472df7b1-1c71-4ee9-bf88-0b50e3e3a894
job_type: extract
status: completed
leased_at: 2026-03-01T11:24:19.261Z
completed_at: 2026-03-01T11:25:09.507Z
created_at: 2026-03-01T11:07:15.984Z
updated_at: 2026-03-01T11:25:09.507Z
result:
  {"facts":[{"content":"The Claude Code and OpenCode Signet connectors have non-functional hooks because the connectors set up hooks that do not actually pass prompt content to them","type":"fact","confidence":0.9},{"content":"A potential solution for fixing non-functional hooks in Claude Code/OpenCode connectors is to have Claude Code pipe the prompt content via stdin instead of relying on the current hook setup mechanism","type":"procedural","confidence":0.75}],"entities":[{"source":"Claude Code connector","relationship":"sets up hooks that","target":"do not pass prompt content","confidence":0.85},{"source":"OpenCode connector","relationship":"sets up hooks that","target":"do not pass prompt content","confidence":0.85},{"source":"Claude Code","relationship":"could pipe","target":"prompt content via stdin","confidence":0.7}],"proposals":[{"action":"update","targetMemoryId":"472df7b1-1c71-4ee9-bf88-0b50e3e3a894","confidence":0.95,"reason":"New fact is a cleaner, more direct statement of the same root cause already captured in candidate [4]. Both identify that Claude Code/OpenCode connectors set up non-functional hooks due to not passing prompt content. Should merge into a single, concise statement of the core issue.","fact":{"content":"The Claude Code and OpenCode Signet connectors have non-functional hooks because the connectors set up hooks that do not actually pass prompt content to them","type":"fact","confidence":0.9},"targetContent":"Or have Claude Code pipe the prompt via stdin this is why the hooks aren't working in Claude Code/OpenCode - the connector set up hooks that don't actually pass the prompt content."},{"action":"none","confidence":0.95,"reason":"This solution is already well-documented in candidates [1] and [2]. Candidate [2] explicitly states 'have Claude Code pipe the prompt via stdin' as the root cause fix. The new fact restates this same solution without adding novel information.","fact":{"content":"A potential solution for fixing non-functional hooks in Claude Code/OpenCode connectors is to have Claude Code pipe the prompt content via stdin instead of relying on the current hook setup mechanism","type":"procedural","confidence":0.75}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: b6c04c75-1089-4785-9088-ee8d914c4e29
memory_id: 20630df5-4956-4af5-928f-60f9c3d0d6da
job_type: extract
status: completed
leased_at: 2026-03-01T11:25:11.507Z
completed_at: 2026-03-01T11:25:44.019Z
created_at: 2026-03-01T11:07:16.001Z
updated_at: 2026-03-01T11:25:44.019Z
result:
  {"facts":[{"content":"There is a request to modify the CLI to accept a `--prompt` argument","type":"decision","confidence":0.6}],"entities":[{"source":"CLI","relationship":"should accept","target":"--prompt argument","confidence":0.6}],"proposals":[{"action":"update","targetMemoryId":"1e4b8bb8-3e17-4398-981d-32fb915a8437","confidence":0.85,"reason":"Candidate 3 already documents the exact problem (hooks running without prompt being passed) and proposes the `--prompt` option as the fix. The new fact confirms this is now a concrete request/decision to implement. Merging clarifies the status from 'proposed solution' to 'requested implementation'.","fact":{"content":"There is a request to modify the CLI to accept a `--prompt` argument","type":"decision","confidence":0.6},"targetContent":"so when the hooks run: ``` signet hook user-prompt-submit -H claude-code --project \"$(pwd)\" ``` ...there's no prompt being passed! it expects JSON on stdin like: ```json {\"userPrompt\": \"actual message here\"} ``` **the fix:** either: 1. Add a `--prompt` option to the CLI command 2."}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":1,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: da37e618-e12a-4c56-9708-c0658c8af333
memory_id: 344aac0e-cb09-42a8-8729-54ff1dec2527
job_type: extract
status: completed
leased_at: 2026-03-01T11:25:46.020Z
completed_at: 2026-03-01T11:26:33.293Z
created_at: 2026-03-01T11:07:16.013Z
updated_at: 2026-03-01T11:26:33.293Z
result:
  {"facts":[{"content":"Journal entries should be kept in the memory database regularly, at least once per conversation","type":"procedural","confidence":0.95},{"content":"The Signet recall system uses FTS (Full-Text Search) with decay-based ranking as its search engine for memory queries","type":"semantic","confidence":0.9}],"entities":[{"source":"memory database","relationship":"should contain","target":"journal entries","confidence":0.95},{"source":"signet:recall query","relationship":"uses","target":"FTS+decay engine","confidence":0.9}],"proposals":[{"action":"none","confidence":0.98,"reason":"New fact is already captured in existing memories [4] and [5], which contain identical content about keeping journal entries in the memory database at least once per conversation","fact":{"content":"Journal entries should be kept in the memory database regularly, at least once per conversation","type":"procedural","confidence":0.95}},{"action":"add","confidence":0.9,"reason":"New fact describes the technical implementation of the search engine (FTS + decay-based ranking). Existing memory [1] covers decay-based scoring in the write pipeline/memory loop context, while [3] describes a future learned ranking model. This fact is a distinct technical detail about the current recall search implementation that deserves its own memory entry for clarity and searchability.","fact":{"content":"The Signet recall system uses FTS (Full-Text Search) with decay-based ranking as its search engine for memory queries","type":"semantic","confidence":0.9}}],"writeMode":"phase-c","writeStats":{"added":1,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":1},"warnings":[]}


id: 516df049-2613-4c55-a972-2e5486df5128
memory_id: 24d7a298-28cc-4dcd-ab34-0249054c9c5f
job_type: extract
status: completed
leased_at: 2026-03-01T11:26:49.004Z
completed_at: 2026-03-01T11:27:21.618Z
created_at: 2026-03-01T11:07:16.036Z
updated_at: 2026-03-01T11:27:21.618Z
result:
  {"facts":[{"content":"The daemon should be running from the system global installed version rather than a local development version","type":"preference","confidence":0.85}],"entities":[{"source":"daemon","relationship":"should run from","target":"system global installed version","confidence":0.85}],"proposals":[],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":["Decision references non-candidate ID: \"24d7a298-28cc-4cd-ab34-0249054c9c5f\""]}


id: 437f7ffe-ec05-428d-81db-0741f6140970
memory_id: 26115681-881b-4973-9007-2903b486b190
job_type: extract
status: completed
leased_at: 2026-03-01T11:27:38.800Z
completed_at: 2026-03-01T11:29:00.106Z
created_at: 2026-03-01T11:07:16.062Z
updated_at: 2026-03-01T11:29:00.106Z
result:
  {"facts":[{"content":"The Signet daemon is running from the global npm install location at ~/node_modules/signetai/dist/daemon.js, invoked as 'bun /home/nicholai/node_modules/signetai/dist/daemon.js'","type":"fact","confidence":0.95},{"content":"When the Signet daemon runs from the global npm install at ~/node_modules/signetai/, it is not running from a local development environment","type":"fact","confidence":0.95},{"content":"The current issue being debugged is NOT caused by a mismatch between a dev-mode daemon and a globally-installed daemon","type":"decision","confidence":0.9}],"entities":[{"source":"Signet daemon","relationship":"running-from","target":"global npm install at ~/node_modules/signetai/","confidence":0.95},{"source":"Signet daemon","relationship":"executable-path","target":"/home/nicholai/node_modules/signetai/dist/daemon.js","confidence":0.95},{"source":"current debugging issue","relationship":"ruled-out-cause","target":"dev vs global daemon mismatch","confidence":0.9}],"proposals":[{"action":"delete","targetMemoryId":"2c6e8845-7fc7-4497-b200-d2936340642d","confidence":0.95,"reason":"Candidate [2] states daemon is running from dev directory (/mnt/work/dev/signet/signetai4/packages/daemon/src/daemon.ts), but new fact confirms it's running from global npm install at ~/node_modules/signetai/dist/daemon.js. This candidate is now outdated and contradicted. Candidate [3] already documents the correct conclusion.","fact":{"content":"The Signet daemon is running from the global npm install location at ~/node_modules/signetai/dist/daemon.js, invoked as 'bun /home/nicholai/node_modules/signetai/dist/daemon.js'","type":"fact","confidence":0.95},"targetContent":"the daemon is running from a **dev directory**: ``` bun /mnt/work/dev/signet/signetai4/packages/daemon/src/daemon.ts ```"},{"action":"update","targetMemoryId":"26115681-881b-4973-9007-2903b486b190","confidence":0.92,"reason":"New fact clarifies the key distinction already documented in [3]: running from ~/node_modules/signetai/ (global install) is not a dev environment. Merge to formalize this principle explicitly alongside the specific finding.","fact":{"content":"When the Signet daemon runs from the global npm install at ~/node_modules/signetai/, it is not running from a local development environment","type":"fact","confidence":0.95},"targetContent":"let me check the global install vs what's running: assistant: you're right - daemon IS running from global install: ``` bun /home/nicholai/node_modules/signetai/dist/daemon.js ``` that's the correct location (`~/node_modules/signetai/`). so the issue isn't a dev vs global daemon mismatch."},{"action":"delete","targetMemoryId":"40d2b45d-9a31-4e6f-a79e-39fbc5f4dc06","confidence":0.9,"reason":"New fact conclusively contradicts the hypothesis in [4]. Candidate [3] already documents the investigation showing the daemon is correctly running from global install. This invalidated hypothesis should be removed to prevent future confusion about root causes.","fact":{"content":"The current issue being debugged is NOT caused by a mismatch between a dev-mode daemon and a globally-installed daemon","type":"decision","confidence":0.9},"targetContent":"A potential mismatch exists between the installed Signet daemon at ~/signet/signetai/ and another daemon instance regarding database or configuration state"}],"writeMode":"phase-c","writeStats":{"added":0,"updated":1,"deleted":2,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: d9f2e193-3306-41a5-a971-34efd2b2961f
memory_id: 7e035f67-7278-4a98-98ac-746a6023ba3d
job_type: extract
status: completed
leased_at: 2026-03-01T11:29:02.107Z
completed_at: 2026-03-01T11:30:18.891Z
created_at: 2026-03-01T11:07:16.073Z
updated_at: 2026-03-01T11:30:18.891Z
result:
  {"facts":[{"content":"A CLI bug exists in the `signet hook user-prompt-submit` command","type":"fact","confidence":0.9},{"content":"The `signet hook user-prompt-submit` command only accepts `-H harness` and `--project` command-line options","type":"fact","confidence":0.95},{"content":"The `signet hook user-prompt-submit` command expects the prompt input via stdin as JSON with the structure {\"userPrompt\": \"...\"}","type":"fact","confidence":0.95}],"entities":[{"source":"signet hook user-prompt-submit command","relationship":"has","target":"CLI bug","confidence":0.9},{"source":"signet hook user-prompt-submit command","relationship":"accepts","target":"-H harness option","confidence":0.95},{"source":"signet hook user-prompt-submit command","relationship":"accepts","target":"--project option","confidence":0.95},{"source":"signet hook user-prompt-submit command","relationship":"expects input via","target":"stdin as JSON","confidence":0.95}],"proposals":[{"action":"none","confidence":0.95,"reason":"New fact is a high-level statement about the CLI bug already comprehensively covered by existing memories [7e03...] and [b440...], which document the exact same issue: user-prompt-submit command lacks stdin/--prompt option handling","fact":{"content":"A CLI bug exists in the `signet hook user-prompt-submit` command","type":"fact","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"This fact is already comprehensively covered by candidate [3] (which explicitly states the CLI bug and identifies that the command 'only accepts -H harness and --project options') and candidate [5] (which states the CLI supports these exact options). The new fact adds no new information.","fact":{"content":"The `signet hook user-prompt-submit` command only accepts `-H harness` and `--project` command-line options","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"This fact is already comprehensively documented in candidates [1], [2], and [3]. Candidates 1 and 2 explicitly state the stdin JSON structure {\"userPrompt\": \"...\"}, and candidate 3 reinforces that nothing is passed on stdin. No new information is added by the new fact.","fact":{"content":"The `signet hook user-prompt-submit` command expects the prompt input via stdin as JSON with the structure {\"userPrompt\": \"...\"}","type":"fact","confidence":0.95}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 7df45b4a-9fc8-432b-b94f-133beffa0c2c
memory_id: b44069f5-f774-4824-8ecc-496c0fd59195
job_type: extract
status: completed
leased_at: 2026-03-01T11:30:20.893Z
completed_at: 2026-03-01T11:31:26.686Z
created_at: 2026-03-01T11:07:16.084Z
updated_at: 2026-03-01T11:31:26.686Z
result:
  {"facts":[{"content":"The @signet/connector-claude-code user-prompt-submit hook does not receive the message content via a `--prompt` flag or positional argument","type":"semantic","confidence":0.8},{"content":"The @signet/connector-claude-code connector installs a user-prompt-submit hook that executes: `signet hook user-prompt-submit -H claude-code --project \"$(pwd)\"`","type":"procedural","confidence":0.85},{"content":"The user-prompt-submit hook command is invoked with empty stdin (the message is not piped to the command)","type":"procedural","confidence":0.8}],"entities":[{"source":"@signet/connector-claude-code","relationship":"installs","target":"user-prompt-submit hook","confidence":0.85},{"source":"user-prompt-submit hook","relationship":"invokes command with parameters","target":"signet hook user-prompt-submit -H claude-code --project $(pwd)","confidence":0.85},{"source":"hook invocation","relationship":"receives stdin","target":"empty/nothing","confidence":0.8}],"proposals":[{"action":"none","confidence":0.95,"reason":"New fact is already covered by existing memories [4] and [5], which explicitly document that the CLI command lacks `--prompt`/positional arguments and instead expects JSON on stdin. No new information to capture.","fact":{"content":"The @signet/connector-claude-code user-prompt-submit hook does not receive the message content via a `--prompt` flag or positional argument","type":"semantic","confidence":0.8}},{"action":"update","targetMemoryId":"472df7b1-1c71-4ee9-bf88-0b50e3e3a894","confidence":0.9,"reason":"New fact provides the specific technical implementation of the broken hook setup. Candidate [4] is the general statement about non-functional hooks for Claude Code; this fact details exactly which command gets installed and should be merged for completeness.","fact":{"content":"The @signet/connector-claude-code connector installs a user-prompt-submit hook that executes: `signet hook user-prompt-submit -H claude-code --project \"$(pwd)\"`","type":"procedural","confidence":0.85},"targetContent":"The Claude Code and OpenCode Signet connectors have non-functional hooks because the connectors set up hooks that do not actually pass prompt content to them"},{"action":"none","confidence":0.95,"reason":"This fact is already captured in candidate [5], which explicitly states the hooks run 'with nothing on stdin', and is reinforced by candidates [3] and [4] that discuss the same issue—the user-prompt-submit hook expects JSON stdin but receives nothing. No new information.","fact":{"content":"The user-prompt-submit hook command is invoked with empty stdin (the message is not piped to the command)","type":"procedural","confidence":0.8}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 0332503c-3f25-4db7-9fb0-852f1ea000eb
memory_id: 0a5078ca-6293-42fe-b0d5-757b35b36aa3
job_type: extract
status: completed
leased_at: 2026-03-01T11:31:28.687Z
completed_at: 2026-03-01T11:32:36.045Z
created_at: 2026-03-01T11:07:16.095Z
updated_at: 2026-03-01T11:32:36.045Z
result:
  {"facts":[{"content":"The `userPrompt` variable is always empty","type":"fact","confidence":0.95},{"content":"Hooks do execute successfully despite appearing to not work","type":"fact","confidence":0.95},{"content":"Hooks fail to produce search results because `userPrompt` is empty (no data to search with), not because hook execution fails","type":"rationale","confidence":0.9}],"entities":[{"source":"userPrompt","relationship":"is_always","target":"empty","confidence":0.95},{"source":"hooks","relationship":"execute_status","target":"do_fire","confidence":0.95},{"source":"empty_userPrompt","relationship":"prevents","target":"hook_search_operations","confidence":0.9},{"source":"root_cause_of_hook_failure","relationship":"is","target":"empty_userPrompt","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [5] already captures this fact: 'userPrompt is always empty'. The new fact is identical to the core information in that memory, which also includes context about hook firing behavior.","fact":{"content":"The `userPrompt` variable is always empty","type":"fact","confidence":0.95}},{"action":"update","targetMemoryId":"c157c461-5bbf-4e1d-acc1-27c13576c137","confidence":0.88,"reason":"New fact clarifies that hooks execute successfully but may lack visible feedback or appear to fail. This refines the understanding of candidate [4]—the issue isn't hook execution failure, but rather missing or misleading execution indicators. The update changes the emphasis from 'hooks not executing' to 'hooks execute but don't appear to'.","fact":{"content":"Hooks do execute successfully despite appearing to not work","type":"fact","confidence":0.95},"targetContent":"Restarting the Signet daemon can resolve issues where hooks are not executing properly"},{"action":"none","confidence":0.95,"reason":"Candidate [4] already captures this insight: hooks execute but have no userPrompt data to search with. New fact restates the same root cause analysis without adding new information.","fact":{"content":"Hooks fail to produce search results because `userPrompt` is empty (no data to search with), not because hook execution fails","type":"rationale","confidence":0.9}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 565ce681-bea8-4f2e-a435-8d1f1a5db7b1
memory_id: dc34e05f-46ed-4f63-a58b-818f95bddcde
job_type: extract
status: completed
leased_at: 2026-03-01T11:32:38.064Z
completed_at: 2026-03-01T11:33:28.737Z
created_at: 2026-03-01T11:07:16.108Z
updated_at: 2026-03-01T11:33:28.737Z
result:
  {"facts":[{"content":"Adding a `--prompt` option to the CLI is being proposed as a solution","type":"decision","confidence":0.7},{"content":"A `--prompt` CLI option is considered the cleanest approach to fix an unspecified issue","type":"semantic","confidence":0.6}],"entities":[{"source":"CLI","relationship":"proposed to add","target":"--prompt option","confidence":0.7}],"proposals":[{"action":"none","confidence":0.85,"reason":"Candidate [5] already captures this fact: 'that's the cleanest fix' in direct reference to adding a `--prompt` option to the CLI. New fact restates the same conclusion without adding novel information.","fact":{"content":"A `--prompt` CLI option is considered the cleanest approach to fix an unspecified issue","type":"semantic","confidence":0.6}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":["Decision references non-candidate ID: \"dc34e05f-4f63-a58b-818f95bddcde\""]}


id: 69e4629e-aa69-4a32-8cd1-26299ef200fc
memory_id: 812c446a-f28f-4031-b987-6272c20dd0ae
job_type: extract
status: completed
leased_at: 2026-03-01T11:33:30.739Z
completed_at: 2026-03-01T11:34:18.463Z
created_at: 2026-03-01T11:07:16.121Z
updated_at: 2026-03-01T11:34:18.463Z
result:
  {"facts":[{"content":"User should maintain journal entries in the Signet memory database on a regular basis, at minimum once per conversation session","type":"preference","confidence":0.9},{"content":"Journal entries in the memory database serve as a durable record-keeping mechanism for tracking work progress and context across sessions","type":"procedural","confidence":0.85}],"entities":[{"source":"User (212290903174283264)","relationship":"should maintain","target":"journal entries in memory database","confidence":0.9},{"source":"journal entries","relationship":"stored in","target":"Signet memory database","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidates [4] and [5] already contain this exact fact: 'Keep journal entries in the memory database regularly - at least once per conversation.' The new fact is already covered by existing memories.","fact":{"content":"User should maintain journal entries in the Signet memory database on a regular basis, at minimum once per conversation session","type":"preference","confidence":0.9}},{"action":"add","confidence":0.85,"reason":"New fact describes the user-facing purpose of journal entries (durable record-keeping for progress tracking across sessions), which is distinct from existing memories about audit trails, database schema, automatic capture, and memory scoring. No candidate covers this specific use pattern.","fact":{"content":"Journal entries in the memory database serve as a durable record-keeping mechanism for tracking work progress and context across sessions","type":"procedural","confidence":0.85}}],"writeMode":"phase-c","writeStats":{"added":1,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":1},"warnings":[]}


id: e1146a2b-e219-43ce-9ad0-f0ae406fba59
memory_id: a5746653-0443-41b3-b232-9453a308e451
job_type: extract
status: completed
leased_at: 2026-03-01T11:34:20.465Z
completed_at: 2026-03-01T11:34:48.358Z
created_at: 2026-03-01T11:07:16.133Z
updated_at: 2026-03-01T11:34:48.358Z
result:
  {"facts":[{"content":"Conversation occurred on Feb 12, 2026 in Discord guild #mr-claude","type":"procedural","confidence":0.95}],"entities":[{"source":"Discord message","relationship":"from_channel","target":"#mr-claude","confidence":0.95},{"source":"Discord message","relationship":"from_user","target":"212290903174283264","confidence":0.95}],"proposals":[{"action":"none","confidence":0.95,"reason":"New fact is generic metadata already covered by existing candidates [2-4], which document specific conversations from Feb 12, 2026 in #mr-claude with message IDs and detailed metadata","fact":{"content":"Conversation occurred on Feb 12, 2026 in Discord guild #mr-claude","type":"procedural","confidence":0.95}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: cd1e4317-9813-42da-a0f5-358cc31ab16c
memory_id: 8ea2b2c5-9a2e-45b7-b4e0-d40380d2a22d
job_type: extract
status: completed
leased_at: 2026-03-01T11:34:50.360Z
completed_at: 2026-03-01T11:35:15.866Z
created_at: 2026-03-01T11:07:16.144Z
updated_at: 2026-03-01T11:35:15.866Z
result:
  {"facts":[{"content":"The group_space is identified by the ID '1458978988306337966'","type":"fact","confidence":0.95}],"entities":[{"source":"group_space","relationship":"identified_by","target":"1458978988306337966","confidence":0.95}],"proposals":[{"action":"none","confidence":0.98,"reason":"Candidate [4] already contains this exact fact: 'The group_space ID is 1458978988306337966'. Candidate [3] also includes it within a larger JSON context. New fact is redundant and already well-covered.","fact":{"content":"The group_space is identified by the ID '1458978988306337966'","type":"fact","confidence":0.95}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 4e0820c9-4b60-4453-85b2-7f48e5c2bd28
memory_id: 80081b8b-4c46-41ec-86ce-eb8ab6d6dd08
job_type: extract
status: completed
leased_at: 2026-03-01T11:35:17.867Z
completed_at: 2026-03-01T11:36:02.522Z
created_at: 2026-03-01T11:07:16.160Z
updated_at: 2026-03-01T11:36:02.522Z
result:
  {"facts":[{"content":"An entity identified as 'ant' expressed approval of a previous proposal or statement using 'sounds good'","type":"semantic","confidence":0.5},{"content":"An entity identified as 'ant' indicated they are in a ready/waiting state ('standing by')","type":"procedural","confidence":0.6}],"entities":[{"source":"ant","relationship":"expressed approval of","target":"previous statement","confidence":0.5},{"source":"ant","relationship":"is standing by for","target":"next action or update","confidence":0.5}],"proposals":[{"action":"none","targetMemoryId":"80081b8b-4c46-41ec-86ce-eb8ab6d6dd08","confidence":0.95,"reason":"Candidate 5 already captures this exact fact: ant's approval expression 'sounds good' with standing by status. New fact is duplicate.","fact":{"content":"An entity identified as 'ant' expressed approval of a previous proposal or statement using 'sounds good'","type":"semantic","confidence":0.5},"targetContent":"ant: sounds good, standing by"},{"action":"none","confidence":0.95,"reason":"Candidate [5] already captures this exact fact: 'ant: sounds good, standing by' directly documents the entity 'ant' indicating a ready/waiting state","fact":{"content":"An entity identified as 'ant' indicated they are in a ready/waiting state ('standing by')","type":"procedural","confidence":0.6}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: b9c42865-408b-43bb-879d-0415771f69ad
memory_id: c7648729-8efb-45ad-b610-c639a0897b8a
job_type: extract
status: completed
leased_at: 2026-03-01T11:36:04.525Z
completed_at: 2026-03-01T11:37:08.240Z
created_at: 2026-03-01T11:17:09.960Z
updated_at: 2026-03-01T11:37:08.240Z
result:
  {"facts":[{"content":"Phase 2 of the Signet memory pipeline is an implementation plan addressing conversation continuity breaking at compaction boundaries in Claude Code","type":"decision","confidence":0.9},{"content":"Conversation continuity breaking at compaction boundaries in Claude Code is identified as a critical pain point","type":"fact","confidence":0.9},{"content":"The Phase 2 implementation plan for the Signet memory pipeline is comprehensive, covering multiple aspects of the continuity fix","type":"procedural","confidence":0.85}],"entities":[{"source":"Phase 2","relationship":"targets","target":"conversation continuity breaking at compaction boundaries","confidence":0.9},{"source":"Signet memory pipeline","relationship":"includes_phase","target":"Phase 2","confidence":0.95},{"source":"Claude Code","relationship":"experiences","target":"conversation continuity breaking at compaction boundaries","confidence":0.85},{"source":"compaction boundaries","relationship":"causes","target":"conversation continuity breaking","confidence":0.85}],"proposals":[{"action":"none","confidence":0.92,"reason":"Existing candidate [1] already covers this fact comprehensively - it documents Phase 2 as an implementation plan targeting conversation continuity breaking at compaction boundaries in Claude Code. New fact is redundant.","fact":{"content":"Phase 2 of the Signet memory pipeline is an implementation plan addressing conversation continuity breaking at compaction boundaries in Claude Code","type":"decision","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [4] already captures this exact fact: 'conversation continuity breaking at compaction boundaries in Claude Code' is explicitly identified as 'a critical pain point' within the Phase 2 implementation context. New fact is a direct restatement of information already documented.","fact":{"content":"Conversation continuity breaking at compaction boundaries in Claude Code is identified as a critical pain point","type":"fact","confidence":0.9}},{"action":"none","confidence":0.92,"reason":"Candidate c7648729 already comprehensively describes Phase 2 pre-compaction capture implementation plan for the memory pipeline continuity fix. New fact is a high-level summary that's already captured by the existing, more detailed memory.","fact":{"content":"The Phase 2 implementation plan for the Signet memory pipeline is comprehensive, covering multiple aspects of the continuity fix","type":"procedural","confidence":0.85}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: fb346f43-2503-468c-a08f-80a6a673abf2
memory_id: b74cc1de-0334-440e-8c53-3439da47a7e1
job_type: extract
status: completed
leased_at: 2026-03-01T11:37:10.243Z
completed_at: 2026-03-01T11:39:13.228Z
created_at: 2026-03-01T11:17:09.975Z
updated_at: 2026-03-01T11:39:13.228Z
result:
  {"facts":[{"content":"Claude Code's connector lacks a PreCompaction hook configuration","type":"decision","confidence":0.95},{"content":"OpenCode's connector includes a PreCompaction hook configuration","type":"fact","confidence":0.9},{"content":"OpenClaw's connector includes a PreCompaction hook configuration","type":"fact","confidence":0.9},{"content":"Native compaction summaries in Claude Code are generated after context destruction","type":"semantic","confidence":0.9},{"content":"Native compaction summaries in Claude Code do not persist queryably across sessions","type":"semantic","confidence":0.9},{"content":"The missing PreCompaction hook in Claude Code causes loss of rich conversational context during pipeline compaction because native summaries are generated after context destruction and lack queryable persistence across sessions","type":"rationale","confidence":0.85}],"entities":[{"source":"Claude Code connector","relationship":"lacks","target":"PreCompaction hook configuration","confidence":0.95},{"source":"OpenCode connector","relationship":"has","target":"PreCompaction hook configuration","confidence":0.9},{"source":"OpenClaw connector","relationship":"has","target":"PreCompaction hook configuration","confidence":0.9},{"source":"missing PreCompaction hook","relationship":"causes","target":"loss of conversational context","confidence":0.85},{"source":"native compaction summaries","relationship":"generated after","target":"context destruction","confidence":0.9},{"source":"native compaction summaries","relationship":"lack","target":"queryable persistence across sessions","confidence":0.9}],"proposals":[{"action":"none","confidence":0.9,"reason":"Candidate [4] explicitly documents this as a problem statement: 'Claude Code's connector was missing a PreCompaction hook configuration.' The new fact is a restatement of the same limitation already covered in existing memory. Candidate [5] additionally documents the implementation approach to address this problem.","fact":{"content":"Claude Code's connector lacks a PreCompaction hook configuration","type":"decision","confidence":0.95}},{"action":"add","confidence":0.9,"reason":"New fact about OpenCode's connector is distinct from existing memories which focus on Claude Code and OpenClaw. No candidate covers OpenCode's PreCompaction hook configuration.","fact":{"content":"OpenCode's connector includes a PreCompaction hook configuration","type":"fact","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate 1 already explicitly covers this fact: 'The OpenClaw adapter implements session lifecycle hook integrations for four hook types: SessionStart, UserPromptSubmit, SessionEnd, and PreCompaction'. The new fact is redundant.","fact":{"content":"OpenClaw's connector includes a PreCompaction hook configuration","type":"fact","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate 2 already captures this fact as part of the problem statement explaining why native summaries are insufficient. The new fact is explicitly mentioned in the existing memory.","fact":{"content":"Native compaction summaries in Claude Code are generated after context destruction","type":"semantic","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"This fact is already documented in candidate [4], which explicitly states that native compaction summaries don't persist queryably across sessions as part of the problem statement for why PreCompaction hooks were needed.","fact":{"content":"Native compaction summaries in Claude Code do not persist queryably across sessions","type":"semantic","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [2] already captures the exact same fact: Claude Code's missing PreCompaction hook, context loss during compaction, native summaries generated after context destruction, and lack of queryable persistence. The new fact is a restatement of the same problem.","fact":{"content":"The missing PreCompaction hook in Claude Code causes loss of rich conversational context during pipeline compaction because native summaries are generated after context destruction and lack queryable persistence across sessions","type":"rationale","confidence":0.85}}],"writeMode":"phase-c","writeStats":{"added":1,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":1},"warnings":[]}


id: f99103b8-595d-448a-bbec-dee8632ea9cd
memory_id: 354c17b7-4d55-4024-89e3-6d3ddaabb550
job_type: extract
status: completed
leased_at: 2026-03-01T11:39:15.243Z
completed_at: 2026-03-01T11:40:58.272Z
created_at: 2026-03-01T11:17:09.991Z
updated_at: 2026-03-01T11:40:58.272Z
result:
  {"facts":[{"content":"The solution architecture adds a PreCompaction hook to the Claude Code connector to detect and catch compaction events before context destruction","type":"procedural","confidence":0.9},{"content":"The system captures accumulated state (prompts, memory queries, and themes) before context destruction during compaction events","type":"procedural","confidence":0.9},{"content":"Captured pre-compaction state is written to SQLite database for persistence","type":"procedural","confidence":0.9},{"content":"Periodic digests are enriched with prompt snippets to provide richer recovery context for conversation continuity","type":"procedural","confidence":0.85},{"content":"Pre-compaction digests are enriched with prompt snippets to provide richer recovery context for conversation continuity","type":"procedural","confidence":0.85},{"content":"The PreCompaction capture mechanism was implemented to improve conversation continuity at compaction boundaries by preserving context before it is destroyed","type":"rationale","confidence":0.85}],"entities":[{"source":"Claude Code connector","relationship":"receives","target":"PreCompaction hook","confidence":0.9},{"source":"PreCompaction hook","relationship":"detects","target":"compaction events","confidence":0.9},{"source":"accumulated state","relationship":"includes","target":"prompts","confidence":0.9},{"source":"accumulated state","relationship":"includes","target":"memory queries","confidence":0.9},{"source":"accumulated state","relationship":"includes","target":"themes","confidence":0.9},{"source":"captured state","relationship":"persists to","target":"SQLite","confidence":0.9},{"source":"periodic digests","relationship":"enriched with","target":"prompt snippets","confidence":0.85},{"source":"pre-compaction digests","relationship":"enriched with","target":"prompt snippets","confidence":0.85}],"proposals":[{"action":"none","confidence":0.95,"reason":"The new fact is already comprehensively covered in candidate [1], which describes the full solution architecture including the PreCompaction hook addition to Claude Code connector. No new information is being added.","fact":{"content":"The solution architecture adds a PreCompaction hook to the Claude Code connector to detect and catch compaction events before context destruction","type":"procedural","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [1] already comprehensively covers this concept: 'Capture accumulated state (prompts, memory queries, themes) before context destruction and write to SQLite' with additional architectural detail about mechanism, enrichment, and integration points. New fact is redundant.","fact":{"content":"The system captures accumulated state (prompts, memory queries, and themes) before context destruction during compaction events","type":"procedural","confidence":0.9}},{"action":"add","confidence":0.85,"reason":"New fact describes the storage mechanism (SQLite persistence) for pre-compaction state. Existing candidate focuses on testing/verification procedures. These are complementary but distinct topics - one is implementation detail, the other is testing approach. Both should be retained separately.","fact":{"content":"Captured pre-compaction state is written to SQLite database for persistence","type":"procedural","confidence":0.9}},{"action":"update","targetMemoryId":"f66877be-dd74-45dc-b944-443173514e8c","confidence":0.9,"reason":"New fact refines existing memory about digest formatters. Both address enriching digests with progressively richer context for continuity recovery. Update candidate to specify that enrichment includes prompt snippets (concrete implementation detail).","fact":{"content":"Periodic digests are enriched with prompt snippets to provide richer recovery context for conversation continuity","type":"procedural","confidence":0.85},"targetContent":"**Digest Formatters**: Create `formatPreCompactionDigest()` and `formatSessionEndDigest()` functions to produce checkpoint digests with progressively richer context (periodic < pre-compaction < session-end)."},{"action":"none","confidence":0.95,"reason":"Candidate [1] already explicitly captures this detail: 'Enrich periodic and pre-compaction digests with prompt snippets for richer recovery context'. New fact is fully covered by existing memory.","fact":{"content":"Pre-compaction digests are enriched with prompt snippets to provide richer recovery context for conversation continuity","type":"procedural","confidence":0.85}},{"action":"update","targetMemoryId":"c7648729-8efb-45ad-b610-c639a0897b8a","confidence":0.9,"reason":"New fact provides the high-level rationale/purpose for the Phase 2 implementation. Should be merged with existing candidate to create a complete memory that covers both the 'why' (preserving context at compaction boundaries) and 'what' (the implementation plan).","fact":{"content":"The PreCompaction capture mechanism was implemented to improve conversation continuity at compaction boundaries by preserving context before it is destroyed","type":"rationale","confidence":0.85},"targetContent":"## Phase 2 Pre-Compaction Capture Implementation Plan The session focused on reviewing a comprehensive implementation plan for Phase 2 of the Signet memory pipeline, targeting a critical pain point: conversation continuity breaking at compaction boundaries in Claude Code."}],"writeMode":"phase-c","writeStats":{"added":1,"updated":2,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":1},"warnings":[]}


id: 53fcde13-4839-4c4f-9741-ddebe5a5680d
memory_id: d5c7faec-ec2d-4ce3-b519-e293965f2358
job_type: extract
status: completed
leased_at: 2026-03-01T11:41:01.079Z
completed_at: 2026-03-01T11:42:10.546Z
created_at: 2026-03-01T11:17:10.005Z
updated_at: 2026-03-01T11:42:10.546Z
result:
  {"facts":[{"content":"The continuity state in packages/session-manager/src/continuity-state.ts includes a `pendingPromptSnippets` field to incrementally capture user prompt preview snippets during sessions","type":"procedural","confidence":0.95},{"content":"The `pendingPromptSnippets` field enforces a maximum capacity of 10 snippets to limit memory overhead","type":"fact","confidence":0.95},{"content":"Each snippet stored in the `pendingPromptSnippets` field is limited to 200 characters maximum","type":"fact","confidence":0.95},{"content":"The `recordPrompt(sessionKey, queryTerms, promptSnippet)` function is the API for incrementally recording user prompt snippets to the continuity state","type":"procedural","confidence":0.95}],"entities":[{"source":"continuity state (packages/session-manager/src/continuity-state.ts)","relationship":"has field","target":"pendingPromptSnippets","confidence":0.95},{"source":"pendingPromptSnippets field","relationship":"has constraint","target":"maximum 10 snippets","confidence":0.95},{"source":"pendingPromptSnippets field","relationship":"has constraint","target":"200 character limit per snippet","confidence":0.95},{"source":"recordPrompt function","relationship":"populates","target":"pendingPromptSnippets field","confidence":0.95},{"source":"pendingPromptSnippets field","relationship":"captures","target":"user prompt previews incrementally","confidence":0.95}],"proposals":[{"action":"none","confidence":0.92,"reason":"Candidate [4] already captures this exact implementation detail: it describes the `pendingPromptSnippets` field with its constraints (max 10 snippets, 200 chars each) and the `recordPrompt()` mechanism for incremental capture. The new fact confirms implementation but adds no new information beyond what's already documented in existing memory.","fact":{"content":"The continuity state in packages/session-manager/src/continuity-state.ts includes a `pendingPromptSnippets` field to incrementally capture user prompt preview snippets during sessions","type":"procedural","confidence":0.95}},{"action":"update","targetMemoryId":"d5c7faec-ec2d-4ce3-b519-e293965f2358","confidence":0.95,"reason":"New fact explains the design rationale (memory overhead limitation) for the max 10 snippet capacity already documented in candidate [5]. Merging refines understanding of the implementation constraint.","fact":{"content":"The `pendingPromptSnippets` field enforces a maximum capacity of 10 snippets to limit memory overhead","type":"fact","confidence":0.95},"targetContent":"### Key Implementation Details **Continuity State**: Add `pendingPromptSnippets` field (max 10 snippets, 200 chars each) to capture user prompt previews incrementally via `recordPrompt(sessionKey, queryTerms, promptSnippet)`."},{"action":"none","confidence":0.98,"reason":"Candidate [4] already captures this fact explicitly: 'Add `pendingPromptSnippets` field (max 10 snippets, 200 chars each)'. The new fact about the 200-character limit is fully covered by existing memory.","fact":{"content":"Each snippet stored in the `pendingPromptSnippets` field is limited to 200 characters maximum","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate #4 already covers this fact completely — it explicitly documents the `recordPrompt(sessionKey, queryTerms, promptSnippet)` function signature and its purpose (capturing user prompt previews incrementally to the continuity state). The new fact restates this without adding new details.","fact":{"content":"The `recordPrompt(sessionKey, queryTerms, promptSnippet)` function is the API for incrementally recording user prompt snippets to the continuity state","type":"procedural","confidence":0.95}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 243213d5-9e6b-4a7f-b5df-739c9198e88f
memory_id: 13666c46-0848-443b-8010-1fb314011b1d
job_type: extract
status: completed
leased_at: 2026-03-01T11:42:12.548Z
completed_at: 2026-03-01T11:42:55.886Z
created_at: 2026-03-01T11:17:10.015Z
updated_at: 2026-03-01T11:42:55.886Z
result:
  {"facts":[{"content":"The Signet checkpoint system supports two new trigger types: `pre_compaction` and `session_end`","type":"decision","confidence":0.95},{"content":"The `pre_compaction` and `session_end` trigger types enable distinction between periodic checkpoints and critical boundary checkpoints in the checkpoint system","type":"semantic","confidence":0.95},{"content":"A pre-compaction checkpoint captures four pieces of data: sessionContext, prompt snippets, memory activity, and elapsed duration","type":"procedural","confidence":0.95}],"entities":[{"source":"checkpoint system","relationship":"supports","target":"pre_compaction trigger type","confidence":0.95},{"source":"checkpoint system","relationship":"supports","target":"session_end trigger type","confidence":0.95},{"source":"pre_compaction trigger type","relationship":"enables distinction between","target":"periodic vs boundary checkpoints","confidence":0.9},{"source":"pre-compaction checkpoint","relationship":"captures","target":"sessionContext","confidence":0.95},{"source":"pre-compaction checkpoint","relationship":"captures","target":"prompt snippets","confidence":0.95},{"source":"pre-compaction checkpoint","relationship":"captures","target":"memory activity","confidence":0.95},{"source":"pre-compaction checkpoint","relationship":"captures","target":"elapsed duration","confidence":0.95}],"proposals":[{"action":"none","confidence":0.92,"reason":"Candidate [3] already captures the new trigger types (`pre_compaction` and `session_end`) with additional context about their purpose (distinguishing periodic vs critical checkpoints) and implementation details (rich context inclusion). New fact is subsumed by existing memory.","fact":{"content":"The Signet checkpoint system supports two new trigger types: `pre_compaction` and `session_end`","type":"decision","confidence":0.95}},{"action":"none","confidence":0.98,"reason":"Candidate [2] already explicitly captures the core concept: 'New trigger types (pre_compaction and session_end) enable distinction between periodic vs critical boundary checkpoints.' This new fact is redundant and fully covered by existing memory.","fact":{"content":"The `pre_compaction` and `session_end` trigger types enable distinction between periodic checkpoints and critical boundary checkpoints in the checkpoint system","type":"semantic","confidence":0.95}},{"action":"none","confidence":0.98,"reason":"Candidate 1 already captures this fact explicitly: lists all four components (sessionContext, prompt snippets, memory activity, elapsed duration) of pre-compaction checkpoints. New fact adds no new information.","fact":{"content":"A pre-compaction checkpoint captures four pieces of data: sessionContext, prompt snippets, memory activity, and elapsed duration","type":"procedural","confidence":0.95}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: fa6d9121-e6bd-4a6a-a053-41ea97ee6994
memory_id: f66877be-dd74-45dc-b944-443173514e8c
job_type: extract
status: completed
leased_at: 2026-03-01T11:42:57.888Z
completed_at: 2026-03-01T11:43:37.432Z
created_at: 2026-03-01T11:17:10.028Z
updated_at: 2026-03-01T11:43:37.432Z
result:
  {"facts":[{"content":"Periodic digests in the Signet daemon are enriched with prompt snippets","type":"fact","confidence":0.95},{"content":"Prompt snippets in periodic digests provide richer recovery context for conversation continuity by capturing summaries of pending prompts at digest boundaries","type":"rationale","confidence":0.95}],"entities":[{"source":"periodic digests","relationship":"enriched with","target":"prompt snippets","confidence":0.95},{"source":"prompt snippets","relationship":"provides","target":"recovery context for conversation continuity","confidence":0.95}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [3] already captures this exact fact: 'Periodic digests are enriched with prompt snippets to provide richer recovery context for conversation continuity.' No new information to add.","fact":{"content":"Periodic digests in the Signet daemon are enriched with prompt snippets","type":"fact","confidence":0.95}},{"action":"none","confidence":0.92,"reason":"Candidate [4] already captures the same concept: periodic digests enriched with prompt snippets for richer recovery context. New fact is a restatement with minor detail additions (digest boundaries, summaries) but no new semantic content.","fact":{"content":"Prompt snippets in periodic digests provide richer recovery context for conversation continuity by capturing summaries of pending prompts at digest boundaries","type":"rationale","confidence":0.95}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: d393088f-dc3f-4c38-ad0a-e73bdca53ce9
memory_id: 5eee49f0-3773-41c2-8a05-c7e189b5b7d6
job_type: extract
status: completed
leased_at: 2026-03-01T11:43:39.432Z
completed_at: 2026-03-01T11:44:38.096Z
created_at: 2026-03-01T11:17:10.040Z
updated_at: 2026-03-01T11:44:38.096Z
result:
  {"facts":[{"content":"Claude Code's PreCompaction hook invokes the CLI command `signet hook pre-compaction` to handle pre-compaction data processing","type":"procedural","confidence":0.95},{"content":"The PreCompaction hook receives sessionContext data via standard input (stdin) when invoked","type":"procedural","confidence":0.95},{"content":"The PreCompaction hook writes checkpoint data after processing sessionContext","type":"procedural","confidence":0.95},{"content":"The PreCompaction hook returns two outputs to Claude Code: guidelines and summaryPrompt for use during conversation compaction","type":"procedural","confidence":0.95}],"entities":[{"source":"Claude Code","relationship":"invokes","target":"signet hook pre-compaction CLI command","confidence":0.95},{"source":"PreCompaction hook","relationship":"reads from","target":"stdin (sessionContext)","confidence":0.95},{"source":"PreCompaction hook","relationship":"writes","target":"checkpoint data","confidence":0.95},{"source":"PreCompaction hook","relationship":"returns to","target":"Claude Code","confidence":0.95}],"proposals":[{"action":"none","confidence":0.95,"reason":"Existing candidate [2] already documents the PreCompaction hook implementation with greater specificity (sessionContext stdin, checkpoint writing, return values). New fact is subsumed by existing memory.","fact":{"content":"Claude Code's PreCompaction hook invokes the CLI command `signet hook pre-compaction` to handle pre-compaction data processing","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [3] already captures this fact: it explicitly states the PreCompaction hook 'reads sessionContext from stdin'. The new fact restates the same information without adding new detail.","fact":{"content":"The PreCompaction hook receives sessionContext data via standard input (stdin) when invoked","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate 5 already describes this behavior: 'PreCompaction hook in Claude Code invokes `signet hook pre-compaction` via CLI, which reads sessionContext from stdin, writes checkpoint, then returns guidelines + summaryPrompt'. The new fact is already covered.","fact":{"content":"The PreCompaction hook writes checkpoint data after processing sessionContext","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate 3 already documents that the PreCompaction hook returns guidelines + summaryPrompt for compaction. New fact is redundant with existing memory.","fact":{"content":"The PreCompaction hook returns two outputs to Claude Code: guidelines and summaryPrompt for use during conversation compaction","type":"procedural","confidence":0.95}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 434d22c5-9bb2-4ce2-a627-aff39d510d6a
memory_id: 57efd422-35cf-4570-997e-9b1d96a8b995
job_type: extract
status: completed
leased_at: 2026-03-01T11:44:40.097Z
completed_at: 2026-03-01T11:46:01.719Z
created_at: 2026-03-01T11:17:10.055Z
updated_at: 2026-03-01T11:46:01.719Z
result:
  {"facts":[{"content":"Nine files were modified across three packages in this change set","type":"fact","confidence":0.95},{"content":"The three packages modified are: connector-claude-code, daemon, and cli","type":"fact","confidence":0.95},{"content":"Daemon package modifications included changes to continuity state, session checkpoints, and hooks","type":"fact","confidence":0.95},{"content":"CLI package modifications included changes to stdin parsing","type":"fact","confidence":0.95},{"content":"Two new test files were created as part of this change set","type":"fact","confidence":0.95}],"entities":[{"source":"change set","relationship":"modifies","target":"connector-claude-code package","confidence":0.95},{"source":"change set","relationship":"modifies","target":"daemon package","confidence":0.95},{"source":"change set","relationship":"modifies","target":"cli package","confidence":0.95},{"source":"daemon package","relationship":"has modifications to","target":"continuity state","confidence":0.95},{"source":"daemon package","relationship":"has modifications to","target":"session checkpoints","confidence":0.95},{"source":"daemon package","relationship":"has modifications to","target":"hooks","confidence":0.95},{"source":"cli package","relationship":"has modifications to","target":"stdin parsing","confidence":0.95},{"source":"change set","relationship":"creates","target":"test files","confidence":0.95}],"proposals":[{"action":"delete","targetMemoryId":"0fc25f71-b1fa-4caf-a4dd-d055266fa1f0","confidence":0.95,"reason":"New fact directly contradicts existing candidate: 9 files modified vs 'exactly two main files'. High confidence new fact supersedes this memory.","fact":{"content":"Nine files were modified across three packages in this change set","type":"fact","confidence":0.95},"targetContent":"The changes involve exactly two main files"},{"action":"none","confidence":0.95,"reason":"Existing candidate [1] already explicitly states the three packages modified: connector-claude-code, daemon, and cli. New fact is subsumed by the more detailed existing memory.","fact":{"content":"The three packages modified are: connector-claude-code, daemon, and cli","type":"fact","confidence":0.95}},{"action":"none","confidence":0.92,"reason":"New fact is covered by existing candidates 3 and 4: candidate 3 documents the implementation scope including continuity-state module and session_checkpoints migration; candidate 4 documents session-checkpoints module integration with hooks. The new fact is a summary-level statement of work already captured in these detailed implementation records.","fact":{"content":"Daemon package modifications included changes to continuity state, session checkpoints, and hooks","type":"fact","confidence":0.95}},{"action":"none","confidence":0.9,"reason":"Candidate 4 already captures the specific CLI stdin parsing behavior (chunking, concatenation, UTF-8 JSON parsing), which is more detailed than the new general fact. Candidate 5 also references 'cli (stdin parsing)' as a modified file. The new fact is subsumed by these existing memories.","fact":{"content":"CLI package modifications included changes to stdin parsing","type":"fact","confidence":0.95}},{"action":"add","confidence":0.85,"reason":"New fact about test file creation is specific and not directly covered by existing memories. Candidate 3 mentions 'two main files' but is about implementation files, not test files. While they may be from the same changeset, the new fact provides distinct information that should be stored separately.","fact":{"content":"Two new test files were created as part of this change set","type":"fact","confidence":0.95}}],"writeMode":"phase-c","writeStats":{"added":1,"updated":0,"deleted":1,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":1},"warnings":[]}


id: 5cb07b50-b0fc-4d0c-abd3-267996453b92
memory_id: 6b245d01-1dbe-4d64-8a95-7a32d502f25d
job_type: extract
status: completed
leased_at: 2026-03-01T11:46:03.721Z
completed_at: 2026-03-01T11:47:28.034Z
created_at: 2026-03-01T11:17:10.089Z
updated_at: 2026-03-01T11:47:28.034Z
result:
  {"facts":[{"content":"Type checking is used as part of the incremental testing verification strategy","type":"procedural","confidence":0.95},{"content":"Unit tests are used as part of the incremental testing verification strategy","type":"procedural","confidence":0.95},{"content":"Integration tests are used as part of the incremental testing verification strategy","type":"procedural","confidence":0.95},{"content":"Manual verification of checkpoint generation is performed as part of the verification strategy","type":"procedural","confidence":0.9},{"content":"Checkpoint generation is manually verified on compaction events to ensure correct behavior","type":"procedural","confidence":0.85},{"content":"Checkpoint generation is manually verified on session-end events to ensure correct behavior","type":"procedural","confidence":0.85}],"entities":[{"source":"verification strategy","relationship":"includes","target":"type checking","confidence":0.95},{"source":"verification strategy","relationship":"includes","target":"unit tests","confidence":0.95},{"source":"verification strategy","relationship":"includes","target":"integration tests","confidence":0.95},{"source":"verification strategy","relationship":"includes","target":"manual verification","confidence":0.9},{"source":"manual verification","relationship":"verifies","target":"checkpoint generation","confidence":0.9},{"source":"checkpoint generation","relationship":"verified-on","target":"compaction events","confidence":0.85},{"source":"checkpoint generation","relationship":"verified-on","target":"session-end events","confidence":0.85}],"proposals":[{"action":"none","confidence":0.98,"reason":"Candidate [5] already captures this exact concept: 'Incremental testing via type checking, unit tests, integration tests...' The new fact about type checking as part of verification strategy is fully covered by the existing procedural memory.","fact":{"content":"Type checking is used as part of the incremental testing verification strategy","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already captures this information explicitly: 'Incremental testing via type checking, unit tests, integration tests with manual verification...'. The new fact is a subset of the existing comprehensive verification strategy memory.","fact":{"content":"Unit tests are used as part of the incremental testing verification strategy","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.98,"reason":"Candidate [5] (6b245d01-1dbe-4d64-8a95-7a32d502f25d) already explicitly covers this: it states 'Incremental testing via type checking, unit tests, integration tests with manual verification'. The new fact is redundant with existing memory.","fact":{"content":"Integration tests are used as part of the incremental testing verification strategy","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate 5 already explicitly states 'manual verification of checkpoint generation on compaction and session-end events' as part of the verification strategy. The new fact is already fully captured.","fact":{"content":"Manual verification of checkpoint generation is performed as part of the verification strategy","type":"procedural","confidence":0.9}},{"action":"none","confidence":0.92,"reason":"Candidate 3 (6b245d01) already captures this fact — it explicitly states 'manual verification of checkpoint generation on compaction and session-end events' as part of the verification strategy. The new fact is redundant and fully covered.","fact":{"content":"Checkpoint generation is manually verified on compaction events to ensure correct behavior","type":"procedural","confidence":0.85}},{"action":"none","confidence":0.92,"reason":"Candidate [5] already comprehensively covers this: 'manual verification of checkpoint generation on compaction and session-end events' is explicitly stated as part of the verification strategy. The new fact is a narrower specification of what's already documented.","fact":{"content":"Checkpoint generation is manually verified on session-end events to ensure correct behavior","type":"procedural","confidence":0.85}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 21375e9a-778a-4c90-8437-543ff2bfb5db
memory_id: a325613e-cba8-47f7-ba17-3152488b8a38
job_type: extract
status: completed
leased_at: 2026-03-01T11:47:30.048Z
completed_at: 2026-03-01T11:48:38.358Z
created_at: 2026-03-01T11:17:57.073Z
updated_at: 2026-03-01T11:48:38.358Z
result:
  {"facts":[{"content":"An Incremental Embedding Refresh Tracker is being implemented as a background polling loop to detect and refresh stale/missing embeddings in the Signet memory pipeline","type":"decision","confidence":0.95},{"content":"The Embedding Refresh Tracker processes embeddings in small batches rather than all at once","type":"procedural","confidence":0.9},{"content":"The Embedding Refresh Tracker runs independently from other pipeline components to avoid resource contention","type":"procedural","confidence":0.9},{"content":"Small-batch processing of embeddings prevents overwhelming the system with simultaneous refresh operations","type":"rationale","confidence":0.85}],"entities":[{"source":"Embedding Refresh Tracker","relationship":"implements","target":"background polling loop","confidence":0.95},{"source":"Embedding Refresh Tracker","relationship":"monitors","target":"Signet memory pipeline embeddings","confidence":0.9},{"source":"Embedding Refresh Tracker","relationship":"detects","target":"stale/missing embeddings","confidence":0.9},{"source":"Embedding Refresh Tracker design","relationship":"prioritizes","target":"system resource management","confidence":0.85}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [4] already captures the Incremental Embedding Refresh Tracker implementation plan with polling loop for detecting stale/missing embeddings. Candidate [5] provides core mechanism details. New fact is a restatement without additional information.","fact":{"content":"An Incremental Embedding Refresh Tracker is being implemented as a background polling loop to detect and refresh stale/missing embeddings in the Signet memory pipeline","type":"decision","confidence":0.95}},{"action":"update","targetMemoryId":"a325613e-cba8-47f7-ba17-3152488b8a38","confidence":0.95,"reason":"New fact directly refines candidate [5]. Both describe the Embedding Refresh Tracker's batching behavior. The new fact adds procedural detail (small batches vs. all at once) that complements the existing memory's implementation context.","fact":{"content":"The Embedding Refresh Tracker processes embeddings in small batches rather than all at once","type":"procedural","confidence":0.9},"targetContent":"## Incremental Embedding Refresh Tracker Implementation Plan Received detailed plan for implementing a background polling loop to detect and refresh stale/missing embeddings in the Signet memory pipeline. The tracker runs independently and processes embeddings in small batches to avoid overwhelming the system."},{"action":"add","confidence":0.9,"reason":"New architectural fact about Embedding Refresh Tracker's runtime isolation strategy. Existing memories cover pipeline configuration structure, plugin-first architecture, and daemon MCP exposure—none address the tracker's independent operation to avoid resource contention. This deserves its own memory entry.","fact":{"content":"The Embedding Refresh Tracker runs independently from other pipeline components to avoid resource contention","type":"procedural","confidence":0.9}},{"action":"none","confidence":0.9,"reason":"Candidate [2] already captures the core insight: the tracker 'processes embeddings in small batches to avoid overwhelming the system.' The new fact restates this principle without adding novel information.","fact":{"content":"Small-batch processing of embeddings prevents overwhelming the system with simultaneous refresh operations","type":"rationale","confidence":0.85}}],"writeMode":"phase-c","writeStats":{"added":1,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":1},"warnings":[]}


id: 1a1cee8a-5345-4da4-a1db-010cc50cae5a
memory_id: 827bdd48-afde-4b1c-b467-99099dbfe37d
job_type: extract
status: completed
leased_at: 2026-03-01T11:48:40.359Z
completed_at: 2026-03-01T11:49:27.877Z
created_at: 2026-03-01T11:17:57.090Z
updated_at: 2026-03-01T11:49:27.877Z
result:
  {"facts":[{"content":"The embedding tracker uses a setTimeout chain instead of setInterval for scheduling refresh cycles","type":"decision","confidence":0.95},{"content":"In the setTimeout chain approach, each new refresh cycle is scheduled only after the current processing cycle completes, rather than on a fixed timer interval","type":"procedural","confidence":0.95},{"content":"The setTimeout chain approach was chosen over setInterval to provide natural backpressure and prevent queue buildup when embedding fetch operations slow down","type":"rationale","confidence":0.9}],"entities":[{"source":"embedding tracker","relationship":"uses","target":"setTimeout chain","confidence":0.95},{"source":"embedding tracker","relationship":"rejected","target":"setInterval","confidence":0.9},{"source":"setTimeout chain","relationship":"prevents","target":"queue buildup","confidence":0.9},{"source":"embedding fetch operations","relationship":"can cause","target":"slowdown","confidence":0.85}],"proposals":[{"action":"none","confidence":0.98,"reason":"Candidate [3] already contains this exact architectural decision with detailed explanation (setTimeout chain vs setInterval for backpressure). New fact adds no novel information.","fact":{"content":"The embedding tracker uses a setTimeout chain instead of setInterval for scheduling refresh cycles","type":"decision","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Existing candidate [3] already captures this mechanism in detail: 'each cycle schedules the next after current processing completes, rather than on a fixed timer.' The new fact restates the same setTimeout chain behavior without adding new information.","fact":{"content":"In the setTimeout chain approach, each new refresh cycle is scheduled only after the current processing cycle completes, rather than on a fixed timer interval","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [4] already captures this exact architectural decision: setTimeout chain chosen over setInterval for backpressure and queue prevention. The new fact adds no new information beyond what's already documented.","fact":{"content":"The setTimeout chain approach was chosen over setInterval to provide natural backpressure and prevent queue buildup when embedding fetch operations slow down","type":"rationale","confidence":0.9}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 019e61d8-8d1c-42ad-9eae-4dc2065701bc
memory_id: e9ad8dca-e77b-4098-995e-5928476eea16
job_type: extract
status: completed
leased_at: 2026-03-01T11:49:29.879Z
completed_at: 2026-03-01T11:50:51.829Z
created_at: 2026-03-01T11:17:57.105Z
updated_at: 2026-03-01T11:50:51.829Z
result:
  {"facts":[{"content":"The embedding refresh tracker polling loop checks embedding provider health using an existing 30-second cache to avoid redundant health checks","type":"procedural","confidence":0.9},{"content":"The embedding refresh tracker polling loop queries for stale embeddings by identifying three conditions: missing embeddings, content hash mismatches, or model drift","type":"procedural","confidence":0.9},{"content":"The embedding refresh tracker polling loop fetches embeddings sequentially with a 30-second timeout per individual request","type":"procedural","confidence":0.9},{"content":"The embedding refresh tracker polling loop batch writes successful embedding fetch results in a single database transaction for efficiency","type":"procedural","confidence":0.9},{"content":"The embedding refresh tracker polling loop implements idempotency using the SQL `ON CONFLICT(content_hash) DO UPDATE` clause to safely handle duplicate writes","type":"decision","confidence":0.85},{"content":"The embedding refresh tracker uses a sequential fetch pattern with per-request timeouts rather than parallel fetching to manage resource consumption and provider load","type":"rationale","confidence":0.75}],"entities":[{"source":"embedding refresh tracker","relationship":"uses","target":"polling loop mechanism","confidence":0.9},{"source":"polling loop","relationship":"checks","target":"embedding provider health","confidence":0.9},{"source":"polling loop","relationship":"queries","target":"stale embeddings","confidence":0.9},{"source":"polling loop","relationship":"fetches_with_timeout","target":"embeddings (30s timeout)","confidence":0.9},{"source":"polling loop","relationship":"batch_writes","target":"successful embedding results","confidence":0.9},{"source":"polling loop","relationship":"implements_via","target":"ON CONFLICT(content_hash) DO UPDATE","confidence":0.85},{"source":"stale embedding detection","relationship":"identifies","target":"missing embeddings","confidence":0.9},{"source":"stale embedding detection","relationship":"identifies","target":"content hash mismatches","confidence":0.9},{"source":"stale embedding detection","relationship":"identifies","target":"model drift","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [5] 'Core Mechanism' already explicitly states step 1 as 'Check embedding provider health (uses existing 30s cache)' — this is the identical detail being restated","fact":{"content":"The embedding refresh tracker polling loop checks embedding provider health using an existing 30-second cache to avoid redundant health checks","type":"procedural","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"The new fact describes the three polling conditions (missing embeddings, content hash mismatches, model drift) which are already explicitly documented in candidate [3] as step 2 of the core polling loop mechanism. No new information to capture.","fact":{"content":"The embedding refresh tracker polling loop queries for stale embeddings by identifying three conditions: missing embeddings, content hash mismatches, or model drift","type":"procedural","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [4] already contains this exact detail: 'Fetch embeddings sequentially with 30s timeout per request' as part of the Core Mechanism polling loop description. New fact is redundant.","fact":{"content":"The embedding refresh tracker polling loop fetches embeddings sequentially with a 30-second timeout per individual request","type":"procedural","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [3] (e9ad8dca-e77b-4098-995e-5928476eea16) already documents this exact detail as step 4 of the Core Mechanism: 'Batch write successful results in single transaction'. New fact is redundant with existing memory.","fact":{"content":"The embedding refresh tracker polling loop batch writes successful embedding fetch results in a single database transaction for efficiency","type":"procedural","confidence":0.9}},{"action":"none","confidence":0.9,"reason":"Candidate [3] already explicitly details this exact mechanism: 'Idempotent via `ON CONFLICT(content_hash) DO UPDATE`' as step 5 of the core polling loop. The new fact is redundant.","fact":{"content":"The embedding refresh tracker polling loop implements idempotency using the SQL `ON CONFLICT(content_hash) DO UPDATE` clause to safely handle duplicate writes","type":"decision","confidence":0.85}},{"action":"update","targetMemoryId":"e9ad8dca-e77b-4098-995e-5928476eea16","confidence":0.82,"reason":"New fact adds design rationale (resource/provider load management) to existing memory about sequential fetching with per-request timeouts. Merging enriches the architectural understanding without duplication.","fact":{"content":"The embedding refresh tracker uses a sequential fetch pattern with per-request timeouts rather than parallel fetching to manage resource consumption and provider load","type":"rationale","confidence":0.75},"targetContent":"### Core Mechanism Polling loop: 1. Check embedding provider health (uses existing 30s cache) 2. Query stale embeddings: missing embeddings, content hash mismatches, or model drift 3. Fetch embeddings sequentially with 30s timeout per request 4. Batch write successful results in single transaction 5. Idempotent via `ON CONFLICT(content_hash) DO UPDATE`"}],"writeMode":"phase-c","writeStats":{"added":0,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: e64596ce-d280-493f-b9a6-0b8b11437c30
memory_id: 57e7893b-d4e3-478b-a9fb-6ccd535d29f1
job_type: extract
status: completed
leased_at: 2026-03-01T11:50:53.830Z
completed_at: 2026-03-01T11:51:37.668Z
created_at: 2026-03-01T11:17:57.125Z
updated_at: 2026-03-01T11:51:37.668Z
result:
  {"facts":[{"content":"PipelineEmbeddingTrackerConfig has an 'enabled' parameter of type boolean with default value true","type":"semantic","confidence":0.95},{"content":"PipelineEmbeddingTrackerConfig has a 'pollMs' parameter (polling interval in milliseconds) with default value 5000ms, clamped to range 1000–60000ms","type":"semantic","confidence":0.95},{"content":"PipelineEmbeddingTrackerConfig has a 'batchSize' parameter with default value 8, clamped to range 1–20","type":"semantic","confidence":0.95}],"entities":[{"source":"PipelineEmbeddingTrackerConfig","relationship":"has parameter","target":"enabled","confidence":0.95},{"source":"PipelineEmbeddingTrackerConfig","relationship":"has parameter","target":"pollMs","confidence":0.95},{"source":"PipelineEmbeddingTrackerConfig","relationship":"has parameter","target":"batchSize","confidence":0.95},{"source":"enabled","relationship":"has type","target":"boolean","confidence":0.95},{"source":"pollMs","relationship":"has constraint","target":"clamped 1000–60000ms","confidence":0.95},{"source":"batchSize","relationship":"has constraint","target":"clamped 1–20","confidence":0.95}],"proposals":[{"action":"none","targetMemoryId":"57e7893b-d4e3-478b-a9fb-6ccd535d29f1","confidence":0.95,"reason":"Candidate 5 already documents PipelineEmbeddingTrackerConfig parameters including 'enabled (boolean, default true)' - new fact is fully covered","fact":{"content":"PipelineEmbeddingTrackerConfig has an 'enabled' parameter of type boolean with default value true","type":"semantic","confidence":0.95},"targetContent":"### Configuration Three parameters in `PipelineEmbeddingTrackerConfig`: - `enabled` (boolean, default true) - `pollMs` (5000ms default, clamped 1000–60000ms) - `batchSize` (8 default, clamped 1–20)"},{"action":"none","confidence":0.95,"reason":"Existing candidate [5] already documents PipelineEmbeddingTrackerConfig with pollMs (5000ms default, clamped 1000–60000ms). New fact is identical to existing memory.","fact":{"content":"PipelineEmbeddingTrackerConfig has a 'pollMs' parameter (polling interval in milliseconds) with default value 5000ms, clamped to range 1000–60000ms","type":"semantic","confidence":0.95}},{"action":"none","confidence":0.98,"reason":"Candidate [5] already contains this exact information: 'batchSize' (8 default, clamped 1–20) is listed as one of three PipelineEmbeddingTrackerConfig parameters. The new fact is fully covered by existing memory.","fact":{"content":"PipelineEmbeddingTrackerConfig has a 'batchSize' parameter with default value 8, clamped to range 1–20","type":"semantic","confidence":0.95}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 6065a345-9efe-4373-bad6-56eb20cd6d45
memory_id: 5728f584-abc1-4b6f-b17c-a6a1adc0ace4
job_type: extract
status: completed
leased_at: 2026-03-01T11:51:39.669Z
completed_at: 2026-03-01T11:52:55.784Z
created_at: 2026-03-01T11:17:57.145Z
updated_at: 2026-03-01T11:52:55.784Z
result:
  {"facts":[{"content":"The types.ts module needs a new PipelineEmbeddingTrackerConfig interface added to the PipelineV2Config interface","type":"procedural","confidence":0.95},{"content":"The memory-config.ts module should parse tracker configuration using the existing clampPositive pattern for validation","type":"procedural","confidence":0.9},{"content":"A new embedding-tracker.ts module (~200 lines of code) provides core polling functionality with graceful shutdown capability","type":"procedural","confidence":0.95},{"content":"The daemon must start the embedding tracker after pipeline initialization completes","type":"procedural","confidence":0.95},{"content":"The daemon must stop the embedding tracker before database cleanup begins","type":"procedural","confidence":0.95},{"content":"The /api/embeddings/status endpoint in daemon.ts needs to be enhanced to report tracker status","type":"procedural","confidence":0.9}],"entities":[{"source":"types.ts","relationship":"adds","target":"PipelineEmbeddingTrackerConfig","confidence":0.95},{"source":"PipelineEmbeddingTrackerConfig","relationship":"integrates_into","target":"PipelineV2Config","confidence":0.95},{"source":"memory-config.ts","relationship":"parses","target":"tracker config","confidence":0.9},{"source":"embedding-tracker.ts","relationship":"provides","target":"polling module","confidence":0.95},{"source":"embedding-tracker.ts","relationship":"supports","target":"graceful shutdown","confidence":0.9},{"source":"daemon.ts","relationship":"starts","target":"embedding-tracker","confidence":0.95},{"source":"daemon.ts","relationship":"stops","target":"embedding-tracker","confidence":0.95},{"source":"daemon.ts","relationship":"enhances","target":"/api/embeddings/status endpoint","confidence":0.9}],"proposals":[{"action":"add","confidence":0.95,"reason":"No existing memories match this fact","fact":{"content":"The types.ts module needs a new PipelineEmbeddingTrackerConfig interface added to the PipelineV2Config interface","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [4] already documents this exact implementation detail as an integration point: 'memory-config.ts — Parse tracker config using existing clampPositive pattern'. No new information to capture.","fact":{"content":"The memory-config.ts module should parse tracker configuration using the existing clampPositive pattern for validation","type":"procedural","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate 3 (ID: 5728f584) already captures this fact: 'embedding-tracker.ts (new ~200 LOC) — Core polling module with graceful shutdown' is explicitly mentioned in the integration points. New fact provides no additional detail beyond what's already documented.","fact":{"content":"A new embedding-tracker.ts module (~200 lines of code) provides core polling functionality with graceful shutdown capability","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [2] (5728f584-abc1-4b6f-b17c-a6a1adc0ace4) already explicitly captures this constraint: 'Start tracker after pipeline init, stop before DB cleanup' as a daemon.ts integration point. The new fact is redundant with existing memory.","fact":{"content":"The daemon must start the embedding tracker after pipeline initialization completes","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [2] already explicitly captures this requirement under daemon.ts integration point: 'Start tracker after pipeline init, stop before DB cleanup'. The new fact is already covered by existing memory.","fact":{"content":"The daemon must stop the embedding tracker before database cleanup begins","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Existing memory [2] already captures this exact action: 'enhance /api/embeddings/status endpoint' is explicitly listed as part of daemon.ts integration work for the embedding tracker. New fact is redundant with existing memory.","fact":{"content":"The /api/embeddings/status endpoint in daemon.ts needs to be enhanced to report tracker status","type":"procedural","confidence":0.9}}],"writeMode":"phase-c","writeStats":{"added":1,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":1},"warnings":[]}


id: 1c07ed21-3083-43c8-9973-76c9fe7ad648
memory_id: 408c5c3f-8f36-4588-a42f-182f2df49864
job_type: extract
status: completed
leased_at: 2026-03-01T11:52:57.786Z
completed_at: 2026-03-01T11:54:10.153Z
created_at: 2026-03-01T11:17:57.164Z
updated_at: 2026-03-01T11:54:10.153Z
result:
  {"facts":[{"content":"The memory system handles race conditions on concurrent remember/update operations using idempotent write semantics","type":"procedural","confidence":0.9},{"content":"The memory system handles provider downtime by retrying embedding generation in the next processing cycle","type":"procedural","confidence":0.9},{"content":"The memory system handles model switching by deleting old embeddings identified by content hash","type":"procedural","confidence":0.9},{"content":"The memory system implements intentional backpressure to prevent large embedding backlogs by limiting generation to approximately 100 embeddings per minute","type":"decision","confidence":0.85},{"content":"The memory system handles empty databases by returning immediately without attempting embedding generation or processing","type":"procedural","confidence":0.9}],"entities":[{"source":"memory system","relationship":"handles via idempotent writes","target":"concurrent remember/update race conditions","confidence":0.9},{"source":"memory system","relationship":"handles via cycle retry","target":"provider downtime","confidence":0.9},{"source":"memory system","relationship":"handles via hash-based deletion","target":"model switching","confidence":0.9},{"source":"memory system","relationship":"implements backpressure at","target":"~100 embeddings/minute","confidence":0.85},{"source":"memory system","relationship":"handles with immediate return","target":"empty database condition","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Existing memory 408c5c3f-8f36-4588-a42f-182f2df49864 already documents race condition handling with idempotent write semantics as an edge case. No new information to capture.","fact":{"content":"The memory system handles race conditions on concurrent remember/update operations using idempotent write semantics","type":"procedural","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already documents this exact behavior under Edge Cases: 'provider downtime (retries next cycle)'. The new fact adds no new information beyond what's already captured.","fact":{"content":"The memory system handles provider downtime by retrying embedding generation in the next processing cycle","type":"procedural","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already explicitly documents 'model switching (old embeddings deleted by hash)' as an edge case being handled. The new fact is already covered by existing memory.","fact":{"content":"The memory system handles model switching by deleting old embeddings identified by content hash","type":"procedural","confidence":0.9}},{"action":"update","targetMemoryId":"827bdd48-afde-4b1c-b467-99099dbfe37d","confidence":0.85,"reason":"New fact provides the quantified rate limit (100 embeddings/min) for the existing backpressure mechanism. Merge to create a complete picture: the setTimeout chain implementation and its resulting throughput limit.","fact":{"content":"The memory system implements intentional backpressure to prevent large embedding backlogs by limiting generation to approximately 100 embeddings per minute","type":"decision","confidence":0.85},"targetContent":"### Architecture Decisions The tracker uses a **setTimeout chain** instead of setInterval for natural backpressure — each cycle schedules the next after current processing completes, rather than on a fixed timer. This prevents queue buildup if embedding fetches slow down."},{"action":"add","confidence":0.9,"reason":"New procedural detail about empty database optimization. Not covered by existing candidates—[1] focuses on legacy database migration/deduplication, [2] addresses market positioning. This is a useful implementation note about early returns and embedding avoidance that should be captured separately.","fact":{"content":"The memory system handles empty databases by returning immediately without attempting embedding generation or processing","type":"procedural","confidence":0.9}}],"writeMode":"phase-c","writeStats":{"added":1,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":1},"warnings":[]}


id: 0e5dadaf-aea1-47d6-aaf4-d24ef72dc1b5
memory_id: 55abf0eb-85a3-4c52-9d7d-14cf6c0af8e2
job_type: extract
status: completed
leased_at: 2026-03-01T11:54:12.154Z
completed_at: 2026-03-01T11:55:12.830Z
created_at: 2026-03-01T11:17:57.181Z
updated_at: 2026-03-01T11:55:12.830Z
result:
  {"facts":[{"content":"The embedding tracker implementation follows an ordered procedural sequence: types definition → memory-config modification → new embedding-tracker module creation → daemon wiring","type":"procedural","confidence":0.95},{"content":"Embedding tracker implementation is verified through four sequential steps: build, typecheck, lint, and manual testing with stale embeddings","type":"procedural","confidence":0.95},{"content":"A new embedding-tracker module is being created as part of the embedding refresh tracker feature","type":"fact","confidence":0.9},{"content":"Manual testing for the embedding tracker specifically involves scenarios with stale embeddings","type":"procedural","confidence":0.9}],"entities":[{"source":"embedding tracker implementation","relationship":"sequence_step_1","target":"types definition","confidence":0.95},{"source":"embedding tracker implementation","relationship":"sequence_step_2","target":"memory-config modification","confidence":0.95},{"source":"embedding tracker implementation","relationship":"sequence_step_3","target":"embedding-tracker module creation","confidence":0.95},{"source":"embedding tracker implementation","relationship":"sequence_step_4","target":"daemon wiring","confidence":0.95},{"source":"embedding tracker implementation","relationship":"verified_by","target":"build check","confidence":0.95},{"source":"embedding tracker implementation","relationship":"verified_by","target":"typecheck","confidence":0.95},{"source":"embedding tracker implementation","relationship":"verified_by","target":"lint check","confidence":0.95},{"source":"embedding tracker implementation","relationship":"verified_by","target":"manual testing with stale embeddings","confidence":0.95}],"proposals":[{"action":"none","confidence":0.95,"reason":"New fact is already comprehensively covered by candidates 4 and 5. Candidate 4 details the exact integration points (types.ts → memory-config.ts → embedding-tracker.ts → daemon.ts), and candidate 5 lists the implementation order. The new fact is a high-level summary of information already stored with sufficient detail.","fact":{"content":"The embedding tracker implementation follows an ordered procedural sequence: types definition → memory-config modification → new embedding-tracker module creation → daemon wiring","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.92,"reason":"Candidate [5] already explicitly covers this verification sequence: 'Verification via build, typecheck, lint, then manual testing with stale embeddings.' New fact is a restatement of existing memory.","fact":{"content":"Embedding tracker implementation is verified through four sequential steps: build, typecheck, lint, and manual testing with stale embeddings","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Existing candidates [3] and [4] already document the embedding-tracker module in detail — its purpose (core polling module), location (embedding-tracker.ts), scope (~200 LOC), and integration points. The new fact is subsumed by these existing memories.","fact":{"content":"A new embedding-tracker module is being created as part of the embedding refresh tracker feature","type":"fact","confidence":0.9}},{"action":"none","confidence":0.85,"reason":"Existing memory candidates 4 and 5 already capture manual testing with stale embeddings as part of verification and next steps. No new information to add.","fact":{"content":"Manual testing for the embedding tracker specifically involves scenarios with stale embeddings","type":"procedural","confidence":0.9}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 4c658ea9-b425-4dda-9fbb-80eb6cede91f
memory_id: 3fe57f5e-e81e-47dc-ab0b-d27856073c72
job_type: extract
status: completed
leased_at: 2026-03-01T11:55:14.831Z
completed_at: 2026-03-01T11:56:03.361Z
created_at: 2026-03-01T11:33:37.980Z
updated_at: 2026-03-01T11:56:03.361Z
result:
  {"facts":[{"content":"A merge conflict resolution session was initiated to resolve conflicts between the feat/embedding-refresh-tracker feature branch and origin/main","type":"procedural","confidence":0.95},{"content":"The origin/main branch was fetched successfully as the first step in the merge conflict resolution process","type":"procedural","confidence":0.9},{"content":"The user provided explicit numbered steps for resolving the merge conflicts on feat/embedding-refresh-tracker","type":"procedural","confidence":0.85}],"entities":[{"source":"feat/embedding-refresh-tracker","relationship":"has_merge_conflicts_with","target":"origin/main","confidence":0.95},{"source":"merge_conflict_resolution_session","relationship":"involves","target":"feat/embedding-refresh-tracker","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"New fact is already covered by candidate [3], which explicitly states 'Session initiated to resolve merge conflicts between the feat/embedding-refresh-tracker feature branch and origin/main'. Candidates [3-5] form a complete narrative of this merge session from initiation through remaining tasks.","fact":{"content":"A merge conflict resolution session was initiated to resolve conflicts between the feat/embedding-refresh-tracker feature branch and origin/main","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.9,"reason":"Candidate [4] (ID: 3fe57f5e...) already documents this exact fact: 'Fetched `origin/main` successfully' as step 1 of the merge conflict resolution process for feat/embedding-refresh-tracker. The new fact is redundant with existing memory.","fact":{"content":"The origin/main branch was fetched successfully as the first step in the merge conflict resolution process","type":"procedural","confidence":0.9}},{"action":"none","confidence":0.92,"reason":"Candidates 4 and 5 already capture this fact in detail—they describe the explicit numbered steps for merge conflict resolution on feat/embedding-refresh-tracker (fetch origin/main, initiate merge, identify conflicts in specific files, remaining tasks). The new fact is a high-level summary of what those candidates elaborate on.","fact":{"content":"The user provided explicit numbered steps for resolving the merge conflicts on feat/embedding-refresh-tracker","type":"procedural","confidence":0.85}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 04e4a9ca-444e-4ae8-960f-0373f9df252a
memory_id: 1196d610-a085-444f-a014-ec7f6e40f8a5
job_type: extract
status: completed
leased_at: 2026-03-01T11:56:05.361Z
completed_at: 2026-03-01T11:57:43.355Z
created_at: 2026-03-01T11:33:37.992Z
updated_at: 2026-03-01T11:57:43.355Z
result:
  {"facts":[{"content":"A merge was initiated in the signetai monorepo that encountered conflicts in expected files","type":"fact","confidence":0.95},{"content":"Merge conflicts exist in packages/core/src/index.ts that require resolution","type":"procedural","confidence":0.95},{"content":"Merge conflicts exist in packages/core/src/types.ts that require resolution","type":"procedural","confidence":0.95},{"content":"Merge conflicts exist in packages/daemon/src/daemon.ts that require resolution","type":"procedural","confidence":0.95},{"content":"Merge conflicts exist in packages/daemon/src/embedding-tracker.ts that require resolution","type":"procedural","confidence":0.95},{"content":"Merge conflicts exist in packages/daemon/src/memory-config.ts that require resolution","type":"procedural","confidence":0.95},{"content":"The remaining task is to resolve all merge conflicts across the five identified files before the merge can proceed","type":"procedural","confidence":0.95}],"entities":[{"source":"merge","relationship":"has conflicts in","target":"packages/core/src/index.ts","confidence":0.95},{"source":"merge","relationship":"has conflicts in","target":"packages/core/src/types.ts","confidence":0.95},{"source":"merge","relationship":"has conflicts in","target":"packages/daemon/src/daemon.ts","confidence":0.95},{"source":"merge","relationship":"has conflicts in","target":"packages/daemon/src/embedding-tracker.ts","confidence":0.95},{"source":"merge","relationship":"has conflicts in","target":"packages/daemon/src/memory-config.ts","confidence":0.95}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate #5 already captures this exact fact with greater specificity, including the list of conflicted files (packages/core/src/index.ts, types.ts, daemon.ts, embedding-tracker.ts, memory-config.ts) and remaining tasks. The new fact adds no additional information.","fact":{"content":"A merge was initiated in the signetai monorepo that encountered conflicts in expected files","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already tracks merge conflicts across multiple files, explicitly listing 'packages/core/src/index.ts' as one of the remaining tasks. The new fact is a specific instance of what's already documented.","fact":{"content":"Merge conflicts exist in packages/core/src/index.ts that require resolution","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already documents merge conflicts in packages/core/src/types.ts as part of the remaining resolution tasks after merge initiation. The new fact is subsumed by this existing memory.","fact":{"content":"Merge conflicts exist in packages/core/src/types.ts that require resolution","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate #4 already documents merge conflicts in packages/daemon/src/daemon.ts as part of the remaining tasks list. The new fact is a subset/confirmation of existing memory and adds no new information.","fact":{"content":"Merge conflicts exist in packages/daemon/src/daemon.ts that require resolution","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.92,"reason":"Candidate [1196d610] already explicitly lists 'packages/daemon/src/embedding-tracker.ts' as one of the remaining files with conflicts to resolve. The new fact is a narrower restatement of information already present in that memory.","fact":{"content":"Merge conflicts exist in packages/daemon/src/embedding-tracker.ts that require resolution","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.92,"reason":"Candidate [5] already explicitly lists packages/daemon/src/memory-config.ts as one of the remaining conflict resolution tasks in the feat/embedding-refresh-tracker merge. New fact confirms the current state but adds no new information beyond what's already documented.","fact":{"content":"Merge conflicts exist in packages/daemon/src/memory-config.ts that require resolution","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.92,"reason":"Candidate [4] already documents the exact same information: the remaining task is to resolve conflicts in the five identified files (packages/core/src/index.ts, packages/core/src/types.ts, packages/daemon/src/daemon.ts, packages/daemon/src/embedding-tracker.ts, packages/daemon/src/memory-config.ts). The new fact is a summary statement of what [4] already specifies in detail.","fact":{"content":"The remaining task is to resolve all merge conflicts across the five identified files before the merge can proceed","type":"procedural","confidence":0.95}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 2d285afc-08b7-4f80-8e82-545c740c04d5
memory_id: 43a45c70-29d4-4877-a5e5-8e92fda3bd83
job_type: extract
status: completed
leased_at: 2026-03-01T11:57:45.356Z
completed_at: 2026-03-01T11:59:29.190Z
created_at: 2026-03-01T11:33:38.002Z
updated_at: 2026-03-01T11:59:29.190Z
result:
  {"facts":[{"content":"Build verification must be performed using `bun run build` command before committing code changes","type":"procedural","confidence":0.95},{"content":"Code commits should follow conventional commit message format as part of the workflow","type":"procedural","confidence":0.95},{"content":"After successful build verification, changes must be committed with a conventional message and pushed to the origin repository","type":"procedural","confidence":0.95},{"content":"A system event notification should be sent via openclaw upon successful completion of the build/commit/push workflow","type":"procedural","confidence":0.9},{"content":"The current session is in early stages with a merge already initiated","type":"fact","confidence":0.85},{"content":"The session is blocked and awaiting manual conflict resolution before proceeding","type":"fact","confidence":0.85}],"entities":[{"source":"build process","relationship":"verified via","target":"bun run build command","confidence":0.95},{"source":"code commits","relationship":"follow","target":"conventional message format","confidence":0.95},{"source":"verified changes","relationship":"pushed to","target":"origin repository","confidence":0.95},{"source":"workflow completion","relationship":"notified via","target":"openclaw system event","confidence":0.9},{"source":"session","relationship":"has status","target":"in early stages","confidence":0.85},{"source":"session","relationship":"awaiting","target":"manual conflict resolution","confidence":0.85}],"proposals":[{"action":"update","targetMemoryId":"a9fed842-1678-44fe-9e43-c05feea6b804","confidence":0.95,"reason":"New fact is broader than existing candidate. Candidate 1 is scoped to dashboard changes only, while the new fact establishes a universal procedure that applies to ALL code changes before committing. Merging these into a single, more general memory improves clarity and prevents scope creep.","fact":{"content":"Build verification must be performed using `bun run build` command before committing code changes","type":"procedural","confidence":0.95},"targetContent":"Build verification for dashboard changes requires running `bun run build` to ensure compilation"},{"action":"none","confidence":0.95,"reason":"Candidate [4] already captures this procedural knowledge: 'Signet follows conventional commit style (feat:, fix:, docs:, etc.) for commit messages'. The new fact doesn't add novel information beyond what's already documented.","fact":{"content":"Code commits should follow conventional commit message format as part of the workflow","type":"procedural","confidence":0.95}},{"action":"update","targetMemoryId":"43a45c70-29d4-4877-a5e5-8e92fda3bd83","confidence":0.92,"reason":"Candidate [5] already captures this workflow (build verification → commit → push), but the new fact provides a cleaner, more general formulation without session-specific context. Merging consolidates the procedural knowledge and removes session noise.","fact":{"content":"After successful build verification, changes must be committed with a conventional message and pushed to the origin repository","type":"procedural","confidence":0.95},"targetContent":"Verify build passes with `bun run build` 5. Commit with conventional message and push to origin 6. Notify via openclaw system event on completion Session was in early stages with merge initiated and awaiting manual conflict resolution."},{"action":"update","targetMemoryId":"43a45c70-29d4-4877-a5e5-8e92fda3bd83","confidence":0.85,"reason":"Candidate 5 already mentions 'Notify via openclaw system event on completion' but is poorly formatted. New fact clarifies this as a system event notification that should occur upon successful build/commit/push completion. Merging will create a clearer, more authoritative statement of the requirement.","fact":{"content":"A system event notification should be sent via openclaw upon successful completion of the build/commit/push workflow","type":"procedural","confidence":0.9},"targetContent":"Verify build passes with `bun run build` 5. Commit with conventional message and push to origin 6. Notify via openclaw system event on completion Session was in early stages with merge initiated and awaiting manual conflict resolution."},{"action":"update","targetMemoryId":"475895f4-2d97-471a-a617-d024127b40c2","confidence":0.85,"reason":"New fact clarifies the state of 'work just initiated' by specifying a merge is already underway. The two memories describe the same session state with the new fact providing additional specificity.","fact":{"content":"The current session is in early stages with a merge already initiated","type":"fact","confidence":0.85},"targetContent":"No implementation completed in this session — work was just initiated."},{"action":"update","targetMemoryId":"d2e00d20-8cb9-4c9b-97cc-9aacc424066e","confidence":0.82,"reason":"New fact provides specific current state (awaiting manual conflict resolution) that refines the existing memory about remediation being blocked. Merges to: 'The session is blocked and awaiting manual conflict resolution. Remediation steps were not initiated because the session requires manual intervention to resolve blocking conflicts before proceeding.'","fact":{"content":"The session is blocked and awaiting manual conflict resolution before proceeding","type":"fact","confidence":0.85},"targetContent":"Remediation steps were not initiated because the session was interrupted before reaching that stage"}],"writeMode":"phase-c","writeStats":{"added":0,"updated":5,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 5c05b833-379c-45dc-acc4-0c4b762babb1
memory_id: e8239358-0297-4689-8f79-4cd5578aa29e
job_type: extract
status: completed
leased_at: 2026-03-01T11:59:31.190Z
completed_at: 2026-03-01T12:00:18.094Z
created_at: 2026-03-01T11:40:59.538Z
updated_at: 2026-03-01T12:00:18.094Z
result:
  {"facts":[{"content":"The Signet daemon responds to curl requests but returns empty memory results with JSON structure {\"inject\":\"\",\"memoryCount\":0}","type":"fact","confidence":0.95},{"content":"The Signet CLI cannot connect to the daemon","type":"fact","confidence":0.85},{"content":"Possible causes for CLI-daemon connectivity failure include bun version incompatibility or network configuration issues","type":"procedural","confidence":0.7}],"entities":[{"source":"Signet daemon","relationship":"responds_to","target":"curl requests","confidence":0.95},{"source":"Signet daemon","relationship":"returns","target":"empty memory results","confidence":0.95},{"source":"Signet CLI","relationship":"cannot_connect_to","target":"Signet daemon","confidence":0.85},{"source":"CLI connectivity failure","relationship":"possible_cause","target":"bun version incompatibility","confidence":0.6},{"source":"CLI connectivity failure","relationship":"possible_cause","target":"network configuration issue","confidence":0.6}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [2] already documents this exact observation: 'the daemon IS responding via curl, but returns empty results ({\"inject\":\"\",\"memoryCount\":0})'. New fact is redundant with existing issue entry.","fact":{"content":"The Signet daemon responds to curl requests but returns empty memory results with JSON structure {\"inject\":\"\",\"memoryCount\":0}","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [2] directly matches the new fact: 'The Signet CLI cannot establish a connection to the daemon'. Additionally, candidate [4] provides a more comprehensive context documenting this as part of a two-issue diagnosis (CLI connection failure + empty search results). The fact is already well-documented in existing memory.","fact":{"content":"The Signet CLI cannot connect to the daemon","type":"fact","confidence":0.85}},{"action":"update","targetMemoryId":"e8239358-0297-4689-8f79-4cd5578aa29e","confidence":0.85,"reason":"New fact refines the troubleshooting diagnosis already identified in the existing issue. The candidate already mentions 'might be a bun version or network issue' but is incomplete (ends with '2.'). The new fact provides concrete diagnostic causes that directly address the CLI-daemon connectivity failure mentioned in that issue.","fact":{"content":"Possible causes for CLI-daemon connectivity failure include bun version incompatibility or network configuration issues","type":"procedural","confidence":0.7},"targetContent":"## Conversation Summary assistant: the daemon IS responding via curl, but returns empty results (`{\"inject\":\"\",\"memoryCount\":0}`). so two issues: 1. **CLI can't connect** - might be a bun version or network issue 2."}],"writeMode":"phase-c","writeStats":{"added":0,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: eab43dfb-1024-415a-a7a6-34a405e21f73
memory_id: a068d3f2-2664-4e13-8d0d-d75c949d2d0f
job_type: extract
status: completed
leased_at: 2026-03-01T12:00:20.096Z
completed_at: 2026-03-01T12:01:27.758Z
created_at: 2026-03-01T11:40:59.549Z
updated_at: 2026-03-01T12:01:27.758Z
result:
  {"facts":[{"content":"The Signet daemon's recall search function sometimes returns empty results even when the database connection is active","type":"procedural","confidence":0.75},{"content":"The Signet daemon uses an 'fts+decay' search engine that combines full-text search with decay-based ranking for memory retrieval","type":"semantic","confidence":0.8},{"content":"Users should keep journal entries in the Signet memory database regularly, at minimum once per conversation, to maintain continuity and context","type":"procedural","confidence":0.85},{"content":"The daemon's recall API accepts configurable parameters including search query terms, result limits (e.g., results=1), and engine selection (fts+decay)","type":"semantic","confidence":0.8}],"entities":[{"source":"Signet daemon","relationship":"uses","target":"fts+decay search engine","confidence":0.8},{"source":"recall function","relationship":"sometimes returns","target":"empty results","confidence":0.75},{"source":"user","relationship":"should update","target":"memory database","confidence":0.85},{"source":"fts+decay engine","relationship":"implements","target":"decay-based ranking","confidence":0.8}],"proposals":[{"action":"update","targetMemoryId":"a068d3f2-2664-4e13-8d0d-d75c949d2d0f","confidence":0.85,"reason":"New fact describes the same issue as candidate [5] but adds insight that empty results are intermittent/sometimes rather than persistent. Merging refines understanding of the recall search failure mode.","fact":{"content":"The Signet daemon's recall search function sometimes returns empty results even when the database connection is active","type":"procedural","confidence":0.75},"targetContent":"**Query returns nothing** - even when connected, the search returns empty let me check what the daemon is seeing: user: <signet-memory> [signet:recall | query=\"sender json label nicholai name username exe tag dev daemon running and\" | results=1 | engine=fts+decay] - Keep journal entries in the memory database regularly - at least once per conversation."},{"action":"none","confidence":0.95,"reason":"Candidate [4] already captures this exact concept: 'The Signet recall system uses FTS (Full-Text Search) with decay-based ranking as its search engine for memory queries.' The new fact is a restatement with identical technical content and scope.","fact":{"content":"The Signet daemon uses an 'fts+decay' search engine that combines full-text search with decay-based ranking for memory retrieval","type":"semantic","confidence":0.8}},{"action":"none","confidence":0.95,"reason":"Candidates 3 and 4 already contain the exact procedural guidance: 'Keep journal entries in the memory database regularly - at least once per conversation.' The new fact is a duplicate of existing memories.","fact":{"content":"Users should keep journal entries in the Signet memory database regularly, at minimum once per conversation, to maintain continuity and context","type":"procedural","confidence":0.85}},{"action":"update","targetMemoryId":"a068d3f2-2664-4e13-8d0d-d75c949d2d0f","confidence":0.75,"reason":"New fact provides clearer API documentation of recall parameters (query, results limit, engine selection like fts+decay). Candidate [5] shows these parameters in a debugging context but is poorly formatted. Merge into a clean API reference that documents both the general capability and example usage patterns.","fact":{"content":"The daemon's recall API accepts configurable parameters including search query terms, result limits (e.g., results=1), and engine selection (fts+decay)","type":"semantic","confidence":0.8},"targetContent":"**Query returns nothing** - even when connected, the search returns empty let me check what the daemon is seeing: user: <signet-memory> [signet:recall | query=\"sender json label nicholai name username exe tag dev daemon running and\" | results=1 | engine=fts+decay] - Keep journal entries in the memory database regularly - at least once per conversation."}],"writeMode":"phase-c","writeStats":{"added":0,"updated":2,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 5b6e53a3-c454-49fd-b5c6-06b025ce4196
memory_id: b2aeba61-5361-49cc-a232-065dd8f55ada
job_type: extract
status: completed
leased_at: 2026-03-01T12:01:29.759Z
completed_at: 2026-03-01T12:02:19.867Z
created_at: 2026-03-01T11:40:59.559Z
updated_at: 2026-03-01T12:02:19.867Z
result:
  {"facts":[{"content":"The signetai daemon source entry point is located at /mnt/work/dev/signet/signetai4/packages/daemon/src/daemon.ts","type":"procedural","confidence":0.95},{"content":"The signetai daemon is invoked using the bun runtime when running from a development directory","type":"procedural","confidence":0.95}],"entities":[{"source":"signetai daemon","relationship":"entry_point_at","target":"/mnt/work/dev/signet/signetai4/packages/daemon/src/daemon.ts","confidence":0.95},{"source":"signetai daemon","relationship":"invoked_via","target":"bun runtime","confidence":0.95}],"proposals":[{"action":"none","confidence":0.85,"reason":"Candidate [1] already covers the essential fact about daemon entrypoint location. The new fact attempts to add absolute path specificity, but references 'signetai4' which contradicts the current context (/home/nicholai/signet/signetai). The relative path in candidate [1] is more reliable and universally applicable.","fact":{"content":"The signetai daemon source entry point is located at /mnt/work/dev/signet/signetai4/packages/daemon/src/daemon.ts","type":"procedural","confidence":0.95}},{"action":"update","targetMemoryId":"26115681-881b-4973-9007-2903b486b190","confidence":0.92,"reason":"New fact provides complementary development-context information. Candidate [3] covers production/global scenario; new fact covers development scenario. Merging into single comprehensive memory about daemon invocation contexts (bun runtime in dev, global npm install in production) improves clarity.","fact":{"content":"The signetai daemon is invoked using the bun runtime when running from a development directory","type":"procedural","confidence":0.95},"targetContent":"When the Signet daemon runs from the global npm install at ~/node_modules/signetai/, it is not running from a local development environment"}],"writeMode":"phase-c","writeStats":{"added":0,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 26000669-a12d-40ab-a94a-5356f87db896
memory_id: ae086116-2560-4c0e-959f-f9047fa81b58
job_type: extract
status: completed
leased_at: 2026-03-01T12:02:21.867Z
completed_at: 2026-03-01T12:04:19.388Z
created_at: 2026-03-01T11:40:59.571Z
updated_at: 2026-03-01T12:04:19.388Z
result:
  {"facts":[{"content":"The daemon restarted and hook endpoints return results successfully","type":"fact","confidence":0.9},{"content":"The CLI fails to work when calling the daemon","type":"fact","confidence":0.9},{"content":"curl successfully calls the daemon endpoint","type":"fact","confidence":0.9},{"content":"bun fetch operations work fine in isolation","type":"fact","confidence":0.9},{"content":"Direct fetch operations work fine in isolation","type":"fact","confidence":0.9},{"content":"When CLI fails but curl and direct fetch both succeed, the bug is isolated to the CLI layer rather than the daemon or network transport","type":"procedural","confidence":0.85},{"content":"Testing curl, bun fetch, and direct fetch in isolation is a debugging technique to differentiate between CLI layer issues and daemon/transport layer issues","type":"procedural","confidence":0.8}],"entities":[{"source":"CLI","relationship":"fails to call","target":"daemon endpoint","confidence":0.9},{"source":"curl","relationship":"successfully calls","target":"daemon endpoint","confidence":0.9},{"source":"bun fetch","relationship":"works with","target":"network transport","confidence":0.85},{"source":"CLI","relationship":"contains bug in","target":"CLI layer","confidence":0.8},{"source":"daemon","relationship":"restarted and","target":"now functioning","confidence":0.85}],"proposals":[{"action":"none","confidence":0.85,"reason":"Candidate [5] (ae086116...) already documents the daemon restart and successful hook endpoint returns. New fact is a restatement of information already captured in that memory.","fact":{"content":"The daemon restarted and hook endpoints return results successfully","type":"fact","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"New fact is already captured by candidate [2] 'The Signet CLI cannot establish a connection to the daemon' - essentially identical issue, just phrased more generally","fact":{"content":"The CLI fails to work when calling the daemon","type":"fact","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already explicitly documents that 'curl works' while 'CLI still fails'. This new fact is a restatement of what's already captured in that issue memory.","fact":{"content":"curl successfully calls the daemon endpoint","type":"fact","confidence":0.9}},{"action":"none","confidence":0.9,"reason":"Candidate [5] already captures this observation from the debugging session ('bun fetch works fine'). The new fact is the same finding in slightly more explicit form and is already documented in the issue memory.","fact":{"content":"bun fetch operations work fine in isolation","type":"fact","confidence":0.9}},{"action":"update","targetMemoryId":"ae086116-2560-4c0e-959f-f9047fa81b58","confidence":0.9,"reason":"New fact confirms the conclusion reached in the existing issue—direct fetch operations work fine, isolating the problem to the CLI implementation itself. Merging strengthens the diagnostic.","fact":{"content":"Direct fetch operations work fine in isolation","type":"fact","confidence":0.9},"targetContent":"the daemon restarted and the hook returns results. let me test the CLI: assistant: CLI still fails but curl works. something's wrong with the CLI itself. let me check versions: assistant: bun fetch works fine. let me trace the CLI issue: assistant: direct fetch works fine. the CLI must have a bug."},{"action":"add","confidence":0.9,"reason":"New fact is a generalizable diagnostic procedure/heuristic extracted from the incident in [5]. While [5] records the specific observation, the new fact is a broader procedural pattern valuable for future debugging. [4] covers possible causes but not this isolation technique. Worth storing as standalone procedural memory.","fact":{"content":"When CLI fails but curl and direct fetch both succeed, the bug is isolated to the CLI layer rather than the daemon or network transport","type":"procedural","confidence":0.85}},{"action":"add","confidence":0.8,"reason":"New fact is a reusable debugging procedure extracted from the situation documented in candidate [5]. While [5] shows this technique in action (curl works, bun fetch works, direct fetch works, CLI fails), the new fact articulates it as a general methodology for isolating layer-specific failures. This deserves its own entry for future reference when debugging similar issues.","fact":{"content":"Testing curl, bun fetch, and direct fetch in isolation is a debugging technique to differentiate between CLI layer issues and daemon/transport layer issues","type":"procedural","confidence":0.8}}],"writeMode":"phase-c","writeStats":{"added":2,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":2},"warnings":[]}


id: dafc0a3b-1afc-43ca-8b03-4668912a5d66
memory_id: ec622f29-536d-432b-a792-bd8ccfb973a6
job_type: extract
status: completed
leased_at: 2026-03-01T12:04:21.390Z
completed_at: 2026-03-01T12:05:38.674Z
created_at: 2026-03-01T11:40:59.583Z
updated_at: 2026-03-01T12:05:38.674Z
result:
  {"facts":[{"content":"The CLI reads user prompts from stdin as JSON (parsed via JSON.parse()) rather than accepting prompts as command-line arguments","type":"fact","confidence":0.95},{"content":"The CLI stdin parser looks for either `user_prompt` or `userPrompt` fields in the parsed JSON object to extract the prompt value","type":"fact","confidence":0.95},{"content":"The CLI implements silent error handling for invalid JSON input - parse errors are caught and default to an empty userPrompt string","type":"fact","confidence":0.95},{"content":"The CLI only supports `-H harness` and `--project` as command-line options; there is no command-line option to pass the prompt directly","type":"fact","confidence":0.85},{"content":"The CLI reads stdin asynchronously by iterating over chunks from process.stdin, concatenating them into a single Buffer before parsing","type":"procedural","confidence":0.9}],"entities":[{"source":"CLI","relationship":"reads prompts from","target":"stdin as JSON","confidence":0.95},{"source":"stdin JSON object","relationship":"must contain","target":"`user_prompt` or `userPrompt` field","confidence":0.9},{"source":"CLI","relationship":"supports option","target":"-H harness","confidence":0.9},{"source":"CLI","relationship":"supports option","target":"--project","confidence":0.9},{"source":"CLI","relationship":"does not support","target":"command-line prompt argument","confidence":0.85}],"proposals":[{"action":"none","confidence":0.95,"reason":"This fact is already comprehensively covered by existing memories [2] and [4], which both explicitly state that the CLI reads prompts from stdin as JSON rather than command-line arguments. Candidate [4] even includes the actual code demonstrating this behavior.","fact":{"content":"The CLI reads user prompts from stdin as JSON (parsed via JSON.parse()) rather than accepting prompts as command-line arguments","type":"fact","confidence":0.95}},{"action":"none","confidence":0.98,"reason":"Candidate 3 (efcf6a85-c0e7-40ce-b392-fb7d3da98055) already captures this exact procedural knowledge: CLI stdin parser accepts both 'user_prompt' or 'userPrompt' fields. New fact provides no new information beyond what's already stored.","fact":{"content":"The CLI stdin parser looks for either `user_prompt` or `userPrompt` fields in the parsed JSON object to extract the prompt value","type":"fact","confidence":0.95}},{"action":"add","confidence":0.85,"reason":"New fact documents a specific CLI JSON parsing behavior. While it follows the same graceful-degradation pattern as [5] (blob parsing), it's a distinct implementation in a different module. Worth tracking separately to understand where this error-handling pattern is applied across the codebase.","fact":{"content":"The CLI implements silent error handling for invalid JSON input - parse errors are caught and default to an empty userPrompt string","type":"fact","confidence":0.95}},{"action":"update","targetMemoryId":"8de2a2cf-0abd-44fa-8a20-c5027ff18efa","confidence":0.95,"reason":"New fact refines existing candidate [5] by explicitly clarifying that the CLI supports only `-H harness` and `--project`, with no prompt option available. This adds specificity about the limitation.","fact":{"content":"The CLI only supports `-H harness` and `--project` as command-line options; there is no command-line option to pass the prompt directly","type":"fact","confidence":0.85},"targetContent":"The CLI supports '-H harness' and '--project' as command line options"},{"action":"none","confidence":0.95,"reason":"New fact is already captured by existing memories. Candidate [4] shows the exact code implementation (`for await (const chunk of process.stdin)`, `Buffer.concat(chunks)`, etc.), and candidate [2] summarizes the same procedural behavior. No new information added.","fact":{"content":"The CLI reads stdin asynchronously by iterating over chunks from process.stdin, concatenating them into a single Buffer before parsing","type":"procedural","confidence":0.9}}],"writeMode":"phase-c","writeStats":{"added":1,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":1},"warnings":[]}


id: 504a0d42-8f50-4da5-b7e6-392214e50b81
memory_id: 97253600-1329-4873-8551-2928fc67cc1a
job_type: extract
status: completed
leased_at: 2026-03-01T12:05:40.692Z
completed_at: 2026-03-01T12:06:31.728Z
created_at: 2026-03-01T11:40:59.593Z
updated_at: 2026-03-01T12:06:31.728Z
result:
  {"facts":[{"content":"The Claude Code and OpenCode connectors have hooks that are not functioning because they don't actually pass prompt content to the system","type":"fact","confidence":0.85},{"content":"The connector set up hooks without implementing prompt content passing, causing hooks to fail in Claude Code and OpenCode","type":"rationale","confidence":0.85},{"content":"A potential solution is to have Claude Code pipe the prompt via stdin instead of relying on the current hook mechanism","type":"procedural","confidence":0.75}],"entities":[{"source":"Claude Code connector","relationship":"has non-functional","target":"hooks (missing prompt content)","confidence":0.85},{"source":"OpenCode connector","relationship":"has non-functional","target":"hooks (missing prompt content)","confidence":0.85},{"source":"connector hooks","relationship":"fail to pass","target":"prompt content","confidence":0.85},{"source":"Claude Code","relationship":"could use alternative mechanism","target":"stdin piping for prompt delivery","confidence":0.75}],"proposals":[{"action":"none","confidence":0.9,"reason":"Candidate [5] (ID: 97253600...) already explicitly states this exact problem: 'the hooks aren't working in Claude Code/OpenCode - the connector set up hooks that don't actually pass the prompt content.' The new fact is a restatement of the same insight without new information.","fact":{"content":"The Claude Code and OpenCode connectors have hooks that are not functioning because they don't actually pass prompt content to the system","type":"fact","confidence":0.85}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already captures this exact insight: 'this is why the hooks aren't working in Claude Code/OpenCode - the connector set up hooks that don't actually pass the prompt content.' New fact is a restatement of existing memory.","fact":{"content":"The connector set up hooks without implementing prompt content passing, causing hooks to fail in Claude Code and OpenCode","type":"rationale","confidence":0.85}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already explicitly captures this solution: 'Have Claude Code pipe the prompt via stdin'. The new fact restates this same approach without adding new detail or nuance.","fact":{"content":"A potential solution is to have Claude Code pipe the prompt via stdin instead of relying on the current hook mechanism","type":"procedural","confidence":0.75}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 5a0a31b0-6826-4235-93ff-9716b1fc7832
memory_id: fc764a55-8749-41df-9920-249a457f84b5
job_type: extract
status: completed
leased_at: 2026-03-01T12:06:33.728Z
completed_at: 2026-03-01T12:07:29.085Z
created_at: 2026-03-01T11:40:59.623Z
updated_at: 2026-03-01T12:07:29.085Z
result:
  {"facts":[{"content":"The signetai daemon is running from the globally installed location at ~/node_modules/signetai/dist/daemon.js, invoked via bun","type":"fact","confidence":0.95},{"content":"The correct location for a globally installed signetai daemon package is ~/node_modules/signetai/","type":"semantic","confidence":0.9},{"content":"The issue being investigated is NOT caused by a mismatch between a development-mode daemon and a globally-installed daemon","type":"decision","confidence":0.85}],"entities":[{"source":"signetai daemon","relationship":"running from","target":"~/node_modules/signetai/dist/daemon.js","confidence":0.95},{"source":"signetai daemon","relationship":"launched with","target":"bun","confidence":0.9},{"source":"dev vs global daemon mismatch","relationship":"ruled out as cause of","target":"current issue","confidence":0.85}],"proposals":[{"action":"none","confidence":0.92,"reason":"Candidate [3] (fc764a55...) already captures the exact same fact: daemon running from ~/node_modules/signetai/dist/daemon.js via bun. Content is already in system memory, though wrapped in conversational context rather than a clean fact statement.","fact":{"content":"The signetai daemon is running from the globally installed location at ~/node_modules/signetai/dist/daemon.js, invoked via bun","type":"fact","confidence":0.95}},{"action":"none","confidence":0.92,"reason":"Existing candidate [1] already captures and validates that ~/node_modules/signetai/ is the correct global install location. The new fact is redundant with the existing issue record.","fact":{"content":"The correct location for a globally installed signetai daemon package is ~/node_modules/signetai/","type":"semantic","confidence":0.9}},{"action":"delete","targetMemoryId":"04e153a4-c85b-41c7-8715-6394e5382a78","confidence":0.9,"reason":"New fact disproves the hypothesis in [2]. The candidate speculated a dev daemon mismatch could be the cause; the new fact confirms this has been ruled out. Remove the outdated false hypothesis. (Note: [4] already captures the correct conclusion)","fact":{"content":"The issue being investigated is NOT caused by a mismatch between a development-mode daemon and a globally-installed daemon","type":"decision","confidence":0.85},"targetContent":"\"group_channel\": \"#mr-claude\", \"group_space\": \"1458978988306337966\" } ``` Sender (untrusted metadata): ```json { \"label\": \"Nicholai\", \"name\": \"Nicholai\", \"username\": \"nicholai.exe\", \"tag\": \"nicholai.exe\" } ``` it could be that a dev daemon is running and not the actual daemon assistan"}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":1,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 3266815d-1916-47d1-a5a1-7c509cdf73a6
memory_id: 69d6ecea-0c37-4e69-8c24-d5273796de10
job_type: extract
status: completed
leased_at: 2026-03-01T12:07:43.731Z
completed_at: 2026-03-01T12:08:48.464Z
created_at: 2026-03-01T11:40:59.812Z
updated_at: 2026-03-01T12:08:48.464Z
result:
  {"facts":[{"content":"Create `formatPreCompactionDigest()` function to produce checkpoint digests for pre-compaction events","type":"procedural","confidence":0.95},{"content":"Create `formatSessionEndDigest()` function to produce checkpoint digests for session-end events","type":"procedural","confidence":0.95},{"content":"Checkpoint digests have three context richness levels in order: periodic (least) < pre-compaction < session-end (most)","type":"semantic","confidence":0.9},{"content":"Digest formatters should produce progressively richer context as the checkpoint trigger advances from periodic snapshots through pre-compaction to session-end","type":"decision","confidence":0.85}],"entities":[{"source":"formatPreCompactionDigest()","relationship":"produces","target":"checkpoint digests","confidence":0.95},{"source":"formatSessionEndDigest()","relationship":"produces","target":"checkpoint digests","confidence":0.95},{"source":"periodic digests","relationship":"has_less_context_than","target":"pre-compaction digests","confidence":0.9},{"source":"pre-compaction digests","relationship":"has_less_context_than","target":"session-end digests","confidence":0.9}],"proposals":[{"action":"none","confidence":0.98,"reason":"Candidate [3] already documents the need to create `formatPreCompactionDigest()` as part of digest formatters for checkpoints. The new fact is procedural work already captured in existing memory.","fact":{"content":"Create `formatPreCompactionDigest()` function to produce checkpoint digests for pre-compaction events","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.9,"reason":"Candidate [5] already explicitly lists 'formatSessionEndDigest()' as one of the digest formatter functions to create. The new fact reiterates this specific task without adding new information beyond what's already documented in the session continuity checkpoint system design.","fact":{"content":"Create `formatSessionEndDigest()` function to produce checkpoint digests for session-end events","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already captures this exact concept: 'progressively richer context (periodic < pre-compaction < session-end)'. The new fact is a restatement of what's already documented. No new information to preserve.","fact":{"content":"Checkpoint digests have three context richness levels in order: periodic (least) < pre-compaction < session-end (most)","type":"semantic","confidence":0.9}},{"action":"update","targetMemoryId":"69d6ecea-0c37-4e69-8c24-d5273796de10","confidence":0.92,"reason":"New fact is a design decision that frames the principle underlying candidate [5]. Candidate [5] already mentions progressive richness but as an implementation detail. Update to elevate this to an explicit architectural decision with clearer reasoning about why formatters progressively enrich context across checkpoint triggers.","fact":{"content":"Digest formatters should produce progressively richer context as the checkpoint trigger advances from periodic snapshots through pre-compaction to session-end","type":"decision","confidence":0.85},"targetContent":"**Digest Formatters**: Create `formatPreCompactionDigest()` and `formatSessionEndDigest()` functions to produce checkpoint digests with progressively richer context (periodic < pre-compaction < session-end)."}],"writeMode":"phase-c","writeStats":{"added":0,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 848d2736-5b37-426c-975d-c1043269ef4e
memory_id: e6ecdeb8-2ee0-428d-a992-b7e470895ca4
job_type: extract
status: completed
leased_at: 2026-03-01T12:46:48.483Z
completed_at: 2026-03-01T12:47:37.538Z
created_at: 2026-03-01T12:46:47.362Z
updated_at: 2026-03-01T12:47:37.538Z
result:
  {"facts":[{"content":"Signet's marketing voice guidance emphasizes writing like a person rather than a robot","type":"preference","confidence":0.95},{"content":"Nicholai contributed key lessons to Signet's marketing voice development","type":"decision","confidence":0.85},{"content":"Authentic, human-like writing is a core principle of Signet's marketing approach","type":"semantic","confidence":0.9}],"entities":[{"source":"Signet","relationship":"has marketing voice guided by","target":"Nicholai","confidence":0.85},{"source":"Signet marketing voice","relationship":"emphasizes","target":"human-like writing","confidence":0.95},{"source":"Signet marketing voice","relationship":"rejects","target":"robot-like writing","confidence":0.9}],"proposals":[{"action":"none","confidence":0.98,"reason":"Candidate [5] already contains the identical fact: 'Signet marketing voice — write like a person, not a robot.' No new information to capture.","fact":{"content":"Signet's marketing voice guidance emphasizes writing like a person rather than a robot","type":"preference","confidence":0.95}},{"action":"none","confidence":0.92,"reason":"Existing candidate [5] already captures this fact with specificity: 'Signet marketing voice — lessons from Nicholai - write like a person, not a robot.' It establishes both Nicholai's contribution and the key lesson. New fact adds no incremental information.","fact":{"content":"Nicholai contributed key lessons to Signet's marketing voice development","type":"decision","confidence":0.85}},{"action":"update","targetMemoryId":"e6ecdeb8-2ee0-428d-a992-b7e470895ca4","confidence":0.95,"reason":"New fact reinforces and formalizes existing memory about Signet marketing voice. Both express the same core principle (authentic, human-like vs 'write like a person, not a robot'). Merge to create stronger statement of this marketing principle.","fact":{"content":"Authentic, human-like writing is a core principle of Signet's marketing approach","type":"semantic","confidence":0.9},"targetContent":"## Signet marketing voice — lessons from Nicholai - write like a person, not a robot."}],"writeMode":"phase-c","writeStats":{"added":0,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 10580ffd-7fb0-4f6b-9af3-32a08ca6adc0
memory_id: fd68e4be-c8de-4b0f-ae90-2988cd80ab27
job_type: extract
status: completed
leased_at: 2026-03-01T12:53:24.506Z
completed_at: 2026-03-01T12:54:42.623Z
created_at: 2026-03-01T12:46:47.373Z
updated_at: 2026-03-01T12:54:42.623Z
result:
  {"facts":[{"content":"Signet messaging should avoid bulleted list cadence, clichés like 'it's real' and 'make a dent', and generic AI marketing phrases","type":"preference","confidence":0.9},{"content":"For audiences with memory problems, Signet's positioning should be 'just a better memory system'","type":"decision","confidence":0.9},{"content":"Signet's pitch should NOT emphasize 'carry your setup to other tools' as the primary value proposition","type":"decision","confidence":0.9},{"content":"Signet's pitch structure: lead with the specific fix to the user's memory problem first, then mention Signet last and briefly","type":"procedural","confidence":0.9}],"entities":[{"source":"Signet messaging","relationship":"avoids","target":"bulleted list cadence","confidence":0.9},{"source":"Signet messaging","relationship":"avoids","target":"AI slop phrases and clichés","confidence":0.9},{"source":"Signet","relationship":"positioned-as","target":"better memory system for memory-problem audiences","confidence":0.9},{"source":"Signet pitch","relationship":"rejects-as-primary-value","target":"setup portability across tools","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [4] already captures this exact guidance: no bulleted list cadence, no 'it's real', no 'make a dent', no AI slop phrases. The new fact is a less detailed restatement of existing memory.","fact":{"content":"Signet messaging should avoid bulleted list cadence, clichés like 'it's real' and 'make a dent', and generic AI marketing phrases","type":"preference","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate #4 (fd68e4be-c8de-4b0f-ae90-2988cd80ab27) already captures this exact positioning decision with greater nuance: 'when someone has a memory problem, the pitch is \"signet is just a better memory system\"' plus explicit guidance on what NOT to do and messaging cadence. New fact is redundant.","fact":{"content":"For audiences with memory problems, Signet's positioning should be 'just a better memory system'","type":"decision","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"This decision is already explicitly documented in candidate [5], which states 'NOT \"carry your setup to other tools\"' and emphasizes leading with the actual memory problem fix instead. The new fact reinforces an existing principle rather than introducing new information.","fact":{"content":"Signet's pitch should NOT emphasize 'carry your setup to other tools' as the primary value proposition","type":"decision","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [4] already captures this exact guidance: 'lead with the actual fix to their problem first. mention signet last and briefly.' The new fact is redundant with existing memory.","fact":{"content":"Signet's pitch structure: lead with the specific fix to the user's memory problem first, then mention Signet last and briefly","type":"procedural","confidence":0.9}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 554e0d23-f0b5-4136-8caa-0c1df45be2d2
memory_id: f16b01d9-bec4-4e25-a447-e63b1857499e
job_type: extract
status: completed
leased_at: 2026-03-01T12:47:55.798Z
completed_at: 2026-03-01T12:49:06.450Z
created_at: 2026-03-01T12:46:47.384Z
updated_at: 2026-03-01T12:49:06.450Z
result:
  {"facts":[{"content":"Signet marketing content should use simple, accessible language (e.g., 'dedicated memory system that handles all this properly') instead of technical jargon (e.g., 'portable identity layer separating user identity from session state')","type":"preference","confidence":0.9},{"content":"When explaining Signet in comment replies, keep explanations to one sentence plus a link without over-elaboration","type":"procedural","confidence":0.9},{"content":"Communication and writing style should prioritize natural, conversational tone ('talking to the person') over performative or artificial helpfulness","type":"preference","confidence":0.9}],"entities":[{"source":"Signet marketing content","relationship":"should avoid","target":"jargon","confidence":0.9},{"source":"Signet explanations in comments","relationship":"should be limited to","target":"one sentence plus link","confidence":0.9},{"source":"writing style","relationship":"should prioritize","target":"conversational tone","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"This preference is already captured in candidate [2], which contains the identical examples ('dedicated memory system that handles all this properly' > 'portable identity layer...') and the same guidance to avoid jargon in marketing/communication contexts.","fact":{"content":"Signet marketing content should use simple, accessible language (e.g., 'dedicated memory system that handles all this properly') instead of technical jargon (e.g., 'portable identity layer separating user identity from session state')","type":"preference","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Existing candidate 5 (f16b01d9-bec4-4e25-a447-e63b1857499e) already captures this exact guideline: 'one sentence + link. don't over-explain signet in a comment reply.' The new fact is a restatement of what's already documented.","fact":{"content":"When explaining Signet in comment replies, keep explanations to one sentence plus a link without over-elaboration","type":"procedural","confidence":0.9}},{"action":"add","confidence":0.9,"reason":"New preference statement about communication style that isn't captured by existing candidates. Candidates 2-3 cover specific skill guidance, candidate 1 covers methodology, and candidate 5 covers marketing principles. This is a general personal preference for natural, conversational tone that deserves standalone capture in the memory system.","fact":{"content":"Communication and writing style should prioritize natural, conversational tone ('talking to the person') over performative or artificial helpfulness","type":"preference","confidence":0.9}}],"writeMode":"phase-c","writeStats":{"added":1,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":1},"warnings":[]}


id: 0244c536-c4ca-424c-bee9-001526e944ea
memory_id: 1b83f1e8-eb74-4e62-b631-3375084eea84
job_type: extract
status: completed
leased_at: 2026-03-01T12:49:08.451Z
completed_at: 2026-03-01T12:50:38.488Z
created_at: 2026-03-01T12:47:53.992Z
updated_at: 2026-03-01T12:50:38.488Z
result:
  {"facts":[{"content":"The workflow includes a procedural step to verify the build passes using `bun run build`","type":"procedural","confidence":0.95},{"content":"The workflow includes a procedural step to commit changes with a conventional commit message and push to the origin remote","type":"procedural","confidence":0.95},{"content":"The workflow includes a procedural step to notify via an openclaw system event upon workflow completion","type":"procedural","confidence":0.9},{"content":"A merge was initiated and required manual conflict resolution to proceed","type":"fact","confidence":0.85},{"content":"The session was in early stages at the time of this workflow description","type":"fact","confidence":0.8}],"entities":[{"source":"workflow","relationship":"includes","target":"build verification step (bun run build)","confidence":0.95},{"source":"workflow","relationship":"includes","target":"commit and push step","confidence":0.95},{"source":"workflow","relationship":"notifies_via","target":"openclaw system event","confidence":0.9},{"source":"merge process","relationship":"requires","target":"manual conflict resolution","confidence":0.85}],"proposals":[{"action":"none","confidence":0.92,"reason":"New fact is already well-covered by candidate [1], which states 'Build verification must be performed using `bun run build` command before committing code changes'. The new fact adds no new information—both capture the same procedural knowledge about using `bun run build` for verification. Candidate [1] is more specific (before committing), while the new fact is general, but the core procedural knowledge is identical.","fact":{"content":"The workflow includes a procedural step to verify the build passes using `bun run build`","type":"procedural","confidence":0.95}},{"action":"update","targetMemoryId":"135dd42b-4f59-49ad-ac5f-c0d7a0587032","confidence":0.92,"reason":"New fact adds 'push to origin remote' as a procedural step that completes the workflow outlined in candidate 1. Should be merged: edit → build → test → typecheck → lint → commit → push (conventional commit message)","fact":{"content":"The workflow includes a procedural step to commit changes with a conventional commit message and push to the origin remote","type":"procedural","confidence":0.95},"targetContent":"Development workflow requires: edit → build (bun run build) → test (bun test) → typecheck (bun run typecheck) → lint (bun run lint) → commit"},{"action":"none","confidence":0.92,"reason":"New fact is already captured by candidate [5], which states the same procedural requirement: sending a system event notification via openclaw upon successful workflow completion. No new information to add or merge.","fact":{"content":"The workflow includes a procedural step to notify via an openclaw system event upon workflow completion","type":"procedural","confidence":0.9}},{"action":"none","confidence":0.9,"reason":"Candidate [5] already captures this fact in greater detail, including that the merge was initiated, conflicts were encountered, and listing the specific files requiring resolution (packages/core/src/index.ts, packages/core/src/types.ts, packages/daemon/src/daemon.ts, packages/daemon/src/embedding-tracker.ts, packages/daemon/src/memory-config.ts). The new fact is a less detailed subset of existing coverage.","fact":{"content":"A merge was initiated and required manual conflict resolution to proceed","type":"fact","confidence":0.85}},{"action":"none","confidence":0.9,"reason":"Candidate 2 already captures this exact fact: 'Session was in early stages.' The new fact adds only minimal temporal context ('at the time of this workflow description') without substantive new information.","fact":{"content":"The session was in early stages at the time of this workflow description","type":"fact","confidence":0.8}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 5a33b213-92f3-46cb-8289-d9dad3070450
memory_id: a28e2b99-3775-44b8-81de-8c96bc9930a2
job_type: extract
status: completed
leased_at: 2026-03-01T12:50:57.522Z
completed_at: 2026-03-01T12:52:13.831Z
created_at: 2026-03-01T12:47:54.250Z
updated_at: 2026-03-01T12:52:13.831Z
result:
  {"facts":[{"content":"The Signetai daemon responds to curl HTTP requests but returns empty results with structure {\"inject\":\"\",\"memoryCount\":0}","type":"fact","confidence":0.9},{"content":"The @signet/cli tool cannot connect to the running Signetai daemon","type":"fact","confidence":0.85},{"content":"The @signet/cli connection failure to the daemon may be caused by bun runtime version incompatibility","type":"fact","confidence":0.6},{"content":"The @signet/cli connection failure to the daemon may be caused by network connectivity issues between the CLI and daemon process","type":"fact","confidence":0.6}],"entities":[{"source":"daemon","relationship":"responds-to","target":"curl","confidence":0.9},{"source":"daemon","relationship":"returns","target":"empty memory results","confidence":0.85},{"source":"@signet/cli","relationship":"cannot-connect-to","target":"daemon","confidence":0.85},{"source":"cli-connection-issue","relationship":"might-be-caused-by","target":"bun version incompatibility","confidence":0.6},{"source":"cli-connection-issue","relationship":"might-be-caused-by","target":"network issue","confidence":0.6}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [3] (a28e2b99...) already captures this exact observation: daemon responds via curl but returns empty results with the same structure {\"inject\":\"\",\"memoryCount\":0}. The new fact is redundant with existing memory.","fact":{"content":"The Signetai daemon responds to curl HTTP requests but returns empty results with structure {\"inject\":\"\",\"memoryCount\":0}","type":"fact","confidence":0.9}},{"action":"none","confidence":0.92,"reason":"Candidate [3] (daa54198-658d-4be8-b04b-dd551ea97a9f) already captures this exact fact: 'The Signet CLI cannot establish a connection to the daemon'. No duplicate needed.","fact":{"content":"The @signet/cli tool cannot connect to the running Signetai daemon","type":"fact","confidence":0.85}},{"action":"update","targetMemoryId":"e8239358-0297-4689-8f79-4cd5578aa29e","confidence":0.6,"reason":"New fact refines candidate [4] by identifying bun runtime version incompatibility as the likely root cause of CLI-daemon connectivity failure. Merge into a more specific diagnostic statement.","fact":{"content":"The @signet/cli connection failure to the daemon may be caused by bun runtime version incompatibility","type":"fact","confidence":0.6},"targetContent":"Possible causes for CLI-daemon connectivity failure include bun version incompatibility or network configuration issues"},{"action":"none","confidence":0.85,"reason":"The new fact is already covered by existing memories. Candidate [3] documents the CLI connection failure symptom, and candidate [4] explicitly lists 'network configuration issues' as a possible cause, which aligns with the new fact's suggestion of network connectivity problems. No new information beyond what's already captured.","fact":{"content":"The @signet/cli connection failure to the daemon may be caused by network connectivity issues between the CLI and daemon process","type":"fact","confidence":0.6}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":1,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: c1507a0b-15af-4913-9a94-c8695b5c5ac3
memory_id: 1f3f0496-94bd-4bc1-b40f-0485fa2590f8
job_type: extract
status: completed
leased_at: 2026-03-01T12:52:15.833Z
completed_at: 2026-03-01T12:53:22.505Z
created_at: 2026-03-01T12:47:54.261Z
updated_at: 2026-03-01T12:53:22.505Z
result:
  {"facts":[{"content":"Search queries in Signet can return empty results even when the daemon is connected and operational","type":"fact","confidence":0.8},{"content":"The signet:recall memory search command uses the 'fts+decay' search engine, which combines full-text search (FTS) with decay-based result ranking","type":"semantic","confidence":0.85},{"content":"Journal entries should be maintained in the Signet memory database regularly, with updates at least once per conversation","type":"preference","confidence":0.85}],"entities":[{"source":"signet:recall command","relationship":"uses","target":"fts+decay search engine","confidence":0.85},{"source":"search queries","relationship":"can_return","target":"empty results","confidence":0.8},{"source":"user","relationship":"should_maintain","target":"journal entries in memory database","confidence":0.85},{"source":"daemon","relationship":"observes","target":"system state","confidence":0.7}],"proposals":[{"action":"update","targetMemoryId":"1f3f0496-94bd-4bc1-b40f-0485fa2590f8","confidence":0.9,"reason":"New fact is a cleaner, more general statement of the same issue captured in candidate [4]. Candidate [4] currently mixes the fact with debugging context. Consolidating to a single, clear fact statement improves memory coherence.","fact":{"content":"Search queries in Signet can return empty results even when the daemon is connected and operational","type":"fact","confidence":0.8},"targetContent":"**Query returns nothing** - even when connected, the search returns empty let me check what the daemon is seeing: user: <signet-memory> [signet:recall | query=\"sender json label nicholai name username exe tag dev daemon running and\" | results=1 | engine=fts+decay] - Keep journal entries in the memory database regularly - at least once per conversation."},{"action":"none","confidence":0.9,"reason":"Existing candidate 4 already captures the core concept (FTS with decay-based ranking), and candidate 5 explicitly names 'fts+decay' as an engine selection option. The new fact is a minor refinement combining both pieces and adds no substantially new information to the memory system.","fact":{"content":"The signet:recall memory search command uses the 'fts+decay' search engine, which combines full-text search (FTS) with decay-based result ranking","type":"semantic","confidence":0.85}},{"action":"none","confidence":0.95,"reason":"Preference already captured in candidates [3] and [4], which state 'Keep journal entries in the memory database regularly - at least once per conversation' - functionally identical to the new fact. No new information to add.","fact":{"content":"Journal entries should be maintained in the Signet memory database regularly, with updates at least once per conversation","type":"preference","confidence":0.85}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: ab9a303c-c771-4f96-bd15-264ec5cd75f2
memory_id: cff4ee30-7d17-46f6-98a0-d27c0c3c4299
job_type: extract
status: completed
leased_at: 2026-03-01T12:54:44.623Z
completed_at: 2026-03-01T12:56:11.078Z
created_at: 2026-03-01T12:47:54.271Z
updated_at: 2026-03-01T12:56:11.078Z
result:
  {"facts":[{"content":"The group channel is configured as '#mr-claude'","type":"semantic","confidence":0.95},{"content":"The group space identifier is '1458978988306337966'","type":"semantic","confidence":0.95},{"content":"Sender metadata is marked as untrusted in the system","type":"fact","confidence":0.9},{"content":"The sender is identified with the label 'Nicholai' and username 'nicholai.exe'","type":"fact","confidence":0.95},{"content":"There is a possibility that a dev daemon is running instead of the actual daemon assistant","type":"fact","confidence":0.5}],"entities":[{"source":"Nicholai","relationship":"has_username","target":"nicholai.exe","confidence":0.95},{"source":"Nicholai","relationship":"associated_with","target":"#mr-claude","confidence":0.9},{"source":"Sender metadata","relationship":"classified_as","target":"untrusted","confidence":0.9},{"source":"dev daemon","relationship":"might_be_running_instead_of","target":"actual daemon assistant","confidence":0.5}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [5] already captures this configuration with 'group_channel': '#mr-claude' in its configuration data. New fact is redundant with existing memory.","fact":{"content":"The group channel is configured as '#mr-claude'","type":"semantic","confidence":0.95}},{"action":"none","confidence":0.98,"reason":"Exact fact already exists as candidate [3]. New fact is duplicate of existing memory.","fact":{"content":"The group space identifier is '1458978988306337966'","type":"semantic","confidence":0.95}},{"action":"none","confidence":0.85,"reason":"Existing candidates 2-5 already establish and document that sender metadata is marked as untrusted. Multiple conversation records explicitly contain '(untrusted metadata)' markers for sender and conversation info. The new fact restates a principle already captured in these existing memories.","fact":{"content":"Sender metadata is marked as untrusted in the system","type":"fact","confidence":0.9}},{"action":"update","targetMemoryId":"018391c3-6e2d-4798-bdc1-d4860c58a578","confidence":0.95,"reason":"New fact refines candidate 1 by distinguishing the label 'Nicholai' from username 'nicholai.exe'. Merge into: The sender is identified with label 'Nicholai' and username 'nicholai.exe'","fact":{"content":"The sender is identified with the label 'Nicholai' and username 'nicholai.exe'","type":"fact","confidence":0.95},"targetContent":"The sender username and tag are both 'nicholai.exe'"},{"action":"none","confidence":0.8,"reason":"Candidate [2] already documents an investigation that ruled out this exact concern—the daemon IS running from global install (~/.node_modules/signetai/), not from a dev version. The new fact is speculative about the same possibility that was already checked and resolved.","fact":{"content":"There is a possibility that a dev daemon is running instead of the actual daemon assistant","type":"fact","confidence":0.5}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 33a4b16b-82a0-4ce9-99cc-a02ead3dcb1c
memory_id: 52726d82-e5a0-424c-b31c-79333ee34946
job_type: extract
status: completed
leased_at: 2026-03-01T12:56:13.081Z
completed_at: 2026-03-01T12:57:41.485Z
created_at: 2026-03-01T12:47:54.281Z
updated_at: 2026-03-01T12:57:41.485Z
result:
  {"facts":[{"content":"After daemon restart, the hook successfully returns results","type":"fact","confidence":0.95},{"content":"The CLI fails to work while curl successfully communicates with the daemon","type":"fact","confidence":0.95},{"content":"Bun fetch works correctly when called directly","type":"fact","confidence":0.9},{"content":"Direct fetch calls work without issues","type":"fact","confidence":0.9},{"content":"The bug is isolated to the CLI implementation, not the daemon or underlying fetch layer","type":"fact","confidence":0.85}],"entities":[{"source":"daemon","relationship":"after restart, returns","target":"hook results","confidence":0.95},{"source":"CLI","relationship":"fails while","target":"curl succeeds","confidence":0.95},{"source":"bun fetch","relationship":"works","target":"direct calls","confidence":0.9},{"source":"bug","relationship":"isolated to","target":"CLI implementation","confidence":0.85}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [5] already documents this exact observation: 'the daemon restarted and the hook returns results.' The new fact is redundant with existing memory.","fact":{"content":"After daemon restart, the hook successfully returns results","type":"fact","confidence":0.95}},{"action":"update","targetMemoryId":"daa54198-658d-4be8-b04b-dd551ea97a9f","confidence":0.92,"reason":"New fact refines candidate 1 with critical detail: CLI cannot connect to daemon while curl successfully communicates. This comparison is the key diagnostic insight that isolates the bug to the CLI layer, not the daemon or transport.","fact":{"content":"The CLI fails to work while curl successfully communicates with the daemon","type":"fact","confidence":0.95},"targetContent":"The Signet CLI cannot establish a connection to the daemon"},{"action":"none","confidence":0.85,"reason":"Candidate [2] 'Direct fetch operations work fine in isolation' already captures this fact. The new fact is a more specific restatement of the same observation (bun fetch = direct fetch operations).","fact":{"content":"Bun fetch works correctly when called directly","type":"fact","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"New fact duplicates candidate [2] 'Direct fetch operations work fine in isolation' - already captured in existing memory","fact":{"content":"Direct fetch calls work without issues","type":"fact","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"The conclusion is already fully captured in candidate [5] (the incident log showing CLI fails while curl/direct fetch work) and candidate [2] (the procedural rule documenting this diagnostic pattern). New fact is a summary of findings already documented.","fact":{"content":"The bug is isolated to the CLI implementation, not the daemon or underlying fetch layer","type":"fact","confidence":0.85}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":["Invalid type \"diagnosis\", defaulting to \"fact\""]}


id: 79c71ec9-1b18-4d56-9f54-084d6ae8da49
memory_id: 495dba59-5dda-4ee3-a0c9-9b7f78902221
job_type: extract
status: completed
leased_at: 2026-03-01T12:57:43.486Z
completed_at: 2026-03-01T12:59:11.770Z
created_at: 2026-03-01T12:47:54.430Z
updated_at: 2026-03-01T12:59:11.770Z
result:
  {"facts":[{"content":"The continuity state includes a `pendingPromptSnippets` field that captures user prompt previews incrementally","type":"decision","confidence":0.9},{"content":"The `pendingPromptSnippets` field has a maximum capacity of 10 snippets","type":"procedural","confidence":0.95},{"content":"Each prompt snippet in `pendingPromptSnippets` has a maximum length of 200 characters","type":"procedural","confidence":0.95},{"content":"The `recordPrompt()` function accepts three parameters: sessionKey, queryTerms, and promptSnippet","type":"procedural","confidence":0.95},{"content":"The `recordPrompt()` function is responsible for incrementally recording user prompt snippets into continuity state","type":"procedural","confidence":0.9}],"entities":[{"source":"continuity state","relationship":"contains","target":"pendingPromptSnippets field","confidence":0.9},{"source":"recordPrompt()","relationship":"manages","target":"pendingPromptSnippets","confidence":0.9},{"source":"pendingPromptSnippets","relationship":"has_max_capacity","target":"10 snippets","confidence":0.95},{"source":"pendingPromptSnippets snippet","relationship":"has_max_length","target":"200 characters","confidence":0.95}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [5] (ID: 495dba59-5dda-4ee3-a0c9-9b7f78902221) already contains this exact detail: 'Add `pendingPromptSnippets` field (max 10 snippets, 200 chars each) to capture user prompt previews incrementally via `recordPrompt(sessionKey, queryTerms, promptSnippet)`.' The new fact is a less detailed restatement of existing memory.","fact":{"content":"The continuity state includes a `pendingPromptSnippets` field that captures user prompt previews incrementally","type":"decision","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [2] already captures this exact fact: 'The `pendingPromptSnippets` field enforces a maximum capacity of 10 snippets to limit memory overhead'. Candidate [3] also includes this detail as part of broader implementation notes. No new information to store.","fact":{"content":"The `pendingPromptSnippets` field has a maximum capacity of 10 snippets","type":"procedural","confidence":0.95}},{"action":"none","targetMemoryId":"495dba59-5dda-4ee3-a0c9-9b7f78902221","confidence":0.95,"reason":"Candidate [1] already documents this constraint explicitly: 'max 10 snippets, 200 chars each'. The new fact adds no new information.","fact":{"content":"Each prompt snippet in `pendingPromptSnippets` has a maximum length of 200 characters","type":"procedural","confidence":0.95},"targetContent":"### Key Implementation Details **Continuity State**: Add `pendingPromptSnippets` field (max 10 snippets, 200 chars each) to capture user prompt previews incrementally via `recordPrompt(sessionKey, queryTerms, promptSnippet)`."},{"action":"add","confidence":0.95,"reason":"New technical fact about recordPrompt() function signature with no matching candidate. This is a procedural detail about a specific API that should be tracked separately from unrelated configuration facts.","fact":{"content":"The `recordPrompt()` function accepts three parameters: sessionKey, queryTerms, and promptSnippet","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.85,"reason":"New fact is already covered by candidate [4], which explicitly documents `recordPrompt(sessionKey, queryTerms, promptSnippet)` and the `pendingPromptSnippets` field in continuity state. Candidate [4] provides the implementation details of what the new fact describes at a higher level.","fact":{"content":"The `recordPrompt()` function is responsible for incrementally recording user prompt snippets into continuity state","type":"procedural","confidence":0.9}}],"writeMode":"phase-c","writeStats":{"added":1,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":1},"warnings":[]}


id: cff6a093-0246-4b8c-b460-cafbf3c31fc4
memory_id: d00081d5-fecb-4654-a597-4db6963d02b8
job_type: extract
status: completed
leased_at: 2026-03-01T12:59:13.771Z
completed_at: 2026-03-01T13:00:15.523Z
created_at: 2026-03-01T12:47:54.441Z
updated_at: 2026-03-01T13:00:15.523Z
result:
  {"facts":[{"content":"The `formatPreCompactionDigest()` function must be created to produce checkpoint digests for pre-compaction events","type":"decision","confidence":0.95},{"content":"The `formatSessionEndDigest()` function must be created to produce checkpoint digests for session-end events","type":"decision","confidence":0.95},{"content":"Checkpoint digests have progressively richer context levels ordered as: periodic (least context) < pre-compaction (medium) < session-end (most context)","type":"procedural","confidence":0.9}],"entities":[{"source":"formatPreCompactionDigest function","relationship":"produces","target":"pre-compaction checkpoint digests","confidence":0.95},{"source":"formatSessionEndDigest function","relationship":"produces","target":"session-end checkpoint digests","confidence":0.95},{"source":"pre-compaction checkpoint digests","relationship":"has_richer_context_than","target":"periodic checkpoint digests","confidence":0.9},{"source":"session-end checkpoint digests","relationship":"has_richer_context_than","target":"pre-compaction checkpoint digests","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [4] (d00081d5) already explicitly mentions creating `formatPreCompactionDigest()` as part of the Digest Formatters task. The new fact restates this decision without adding new details or context.","fact":{"content":"The `formatPreCompactionDigest()` function must be created to produce checkpoint digests for pre-compaction events","type":"decision","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [5] explicitly documents that `formatSessionEndDigest()` should be created as part of the digest formatters with progressively richer context. The new fact is already covered by this existing memory.","fact":{"content":"The `formatSessionEndDigest()` function must be created to produce checkpoint digests for session-end events","type":"decision","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already captures the exact ordering principle: 'progressively richer context (periodic < pre-compaction < session-end)'. The new fact is a procedural restatement of the same architectural decision already documented as a fact. No new information needs to be stored.","fact":{"content":"Checkpoint digests have progressively richer context levels ordered as: periodic (least context) < pre-compaction (medium) < session-end (most context)","type":"procedural","confidence":0.9}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 6d4f00ab-4733-4156-9991-aa176e65096d
memory_id: ac94798c-5c3d-44ac-a087-729373c7dbff
job_type: extract
status: completed
leased_at: 2026-03-01T13:00:17.524Z
completed_at: 2026-03-01T13:01:24.519Z
created_at: 2026-03-01T12:47:54.506Z
updated_at: 2026-03-01T13:01:24.519Z
result:
  {"facts":[{"content":"Signet's marketing voice should be written as a person speaking, not as a corporate or robotic entity","type":"preference","confidence":0.9},{"content":"Nicholai contributed to establishing Signet's authentic marketing voice principles","type":"fact","confidence":0.85},{"content":"Signet should avoid impersonal, robotic, or corporate tone in marketing communications","type":"decision","confidence":0.9}],"entities":[{"source":"Signet marketing","relationship":"should adopt","target":"authentic human voice","confidence":0.9},{"source":"Signet marketing","relationship":"should avoid","target":"robotic tone","confidence":0.9},{"source":"Nicholai","relationship":"informed","target":"Signet marketing voice","confidence":0.85}],"proposals":[{"action":"none","targetMemoryId":"ac94798c-5c3d-44ac-a087-729373c7dbff","confidence":0.92,"reason":"Candidate 4 already captures this exact principle: 'write like a person, not a robot' for Signet marketing voice. New fact is redundant with existing memory.","fact":{"content":"Signet's marketing voice should be written as a person speaking, not as a corporate or robotic entity","type":"preference","confidence":0.9},"targetContent":"## Signet marketing voice — lessons from Nicholai - write like a person, not a robot."},{"action":"none","confidence":0.9,"reason":"Candidate [4] already captures that Nicholai contributed marketing voice principles (\"lessons from Nicholai - write like a person, not a robot\"). The new fact is a more general restatement of this contribution and is already well-documented in existing memory.","fact":{"content":"Nicholai contributed to establishing Signet's authentic marketing voice principles","type":"fact","confidence":0.85}},{"action":"none","confidence":0.95,"reason":"Candidate [4] already captures this principle: 'Signet marketing voice — write like a person, not a robot.' The new fact is semantically equivalent and doesn't add materially new information.","fact":{"content":"Signet should avoid impersonal, robotic, or corporate tone in marketing communications","type":"decision","confidence":0.9}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: d590b0c5-f0dd-46b8-ab83-f424235a8a61
memory_id: ceaeb77a-231c-416c-b23c-09998d74ce3e
job_type: extract
status: completed
leased_at: 2026-03-01T13:01:26.520Z
completed_at: 2026-03-01T13:02:09.905Z
created_at: 2026-03-01T12:54:20.621Z
updated_at: 2026-03-01T13:02:09.905Z
result:
  {"facts":[{"content":"A marketing session for Signet occurred on 2026-03-01 focused on building out the marketing foundation","type":"procedural","confidence":0.9},{"content":"Nicholai participated in the 2026-03-01 Signet marketing session","type":"fact","confidence":0.9}],"entities":[{"source":"2026-03-01 marketing session","relationship":"involved","target":"Nicholai","confidence":0.9},{"source":"2026-03-01 marketing session","relationship":"focused_on","target":"Signet marketing foundation","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate 5 already contains the exact same fact: 'Marketing session summary (2026-03-01) - Spent a full session building out the Signet marketing foundation'. No new information or refinement needed.","fact":{"content":"A marketing session for Signet occurred on 2026-03-01 focused on building out the marketing foundation","type":"procedural","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [3] already captures this fact: it explicitly states a 2026-03-01 marketing session with Nicholai. The new fact adds no new information.","fact":{"content":"Nicholai participated in the 2026-03-01 Signet marketing session","type":"fact","confidence":0.9}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 12cca468-dd2f-4112-a585-6df7a5a2f7af
memory_id: c3d11605-c6df-4eea-a277-9cbb5009f30c
job_type: extract
status: completed
leased_at: 2026-03-01T13:02:11.906Z
completed_at: 2026-03-01T13:03:20.819Z
created_at: 2026-03-01T12:54:20.647Z
updated_at: 2026-03-01T13:03:20.819Z
result:
  {"facts":[{"content":"Two documentation files (STRATEGY.md and LANDSCAPE.md) were created in ~/signet/signetai/marketing/ directory as part of Signet's marketing content strategy","type":"fact","confidence":0.85},{"content":"STRATEGY.md documents Signet's marketing strategy including: two-track framework, taglines, Jake's landing page principle, timeline narrative, business model, channels, and install behavior patterns","type":"fact","confidence":0.85},{"content":"LANDSCAPE.md contains a verified analysis of memory and identity management across four AI platforms: OpenClaw, Claude Code, Codex, and OpenCode","type":"fact","confidence":0.8},{"content":"Signet's marketing strategy includes a two-track framework with distinct taglines and timeline narrative for positioning the portable agent identity standard","type":"procedural","confidence":0.8}],"entities":[{"source":"STRATEGY.md","relationship":"documents","target":"two-track marketing framework","confidence":0.85},{"source":"LANDSCAPE.md","relationship":"analyzes","target":"OpenClaw","confidence":0.85},{"source":"LANDSCAPE.md","relationship":"analyzes","target":"Claude Code","confidence":0.85},{"source":"LANDSCAPE.md","relationship":"analyzes","target":"Codex","confidence":0.85},{"source":"LANDSCAPE.md","relationship":"analyzes","target":"OpenCode","confidence":0.85},{"source":"~/signet/signetai/marketing/","relationship":"contains","target":"STRATEGY.md","confidence":0.9},{"source":"~/signet/signetai/marketing/","relationship":"contains","target":"LANDSCAPE.md","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [5] already documents the creation of STRATEGY.md and LANDSCAPE.md in ~/signet/signetai/marketing/ with specific content details (two-track framework, taglines, landscape analysis). The new fact is redundant and fully covered by existing memory.","fact":{"content":"Two documentation files (STRATEGY.md and LANDSCAPE.md) were created in ~/signet/signetai/marketing/ directory as part of Signet's marketing content strategy","type":"fact","confidence":0.85}},{"action":"none","confidence":0.95,"reason":"Candidate c3d11605 already documents STRATEGY.md with identical content: two-track framework, taglines, Jake's landing page principle, timeline narrative, business model, channels, and install behavior. New fact is redundant.","fact":{"content":"STRATEGY.md documents Signet's marketing strategy including: two-track framework, taglines, Jake's landing page principle, timeline narrative, business model, channels, and install behavior patterns","type":"fact","confidence":0.85}},{"action":"add","confidence":0.85,"reason":"New fact describes a specific reference document (LANDSCAPE.md) and its contents—cross-platform memory/identity analysis across four AI platforms. No existing memory covers this document or its role as a comparative analysis tool. Complements existing context about memory infrastructure and identity management.","fact":{"content":"LANDSCAPE.md contains a verified analysis of memory and identity management across four AI platforms: OpenClaw, Claude Code, Codex, and OpenCode","type":"fact","confidence":0.8}},{"action":"add","confidence":0.8,"reason":"New fact covers marketing strategy with distinct taglines and timeline narrative. Existing candidates focus on technical implementation, demo explanation, and onboarding UX—none address Signet's positioning framework or marketing narrative.","fact":{"content":"Signet's marketing strategy includes a two-track framework with distinct taglines and timeline narrative for positioning the portable agent identity standard","type":"procedural","confidence":0.8}}],"writeMode":"phase-c","writeStats":{"added":2,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":2},"warnings":[]}


id: d3b75f76-82af-4ef8-906f-0229349b9048
memory_id: 2716cb2d-70a2-42bc-857e-9c5ccb1208c7
job_type: extract
status: completed
leased_at: 2026-03-01T13:03:22.833Z
completed_at: 2026-03-01T13:04:38.333Z
created_at: 2026-03-01T12:54:20.669Z
updated_at: 2026-03-01T13:04:38.333Z
result:
  {"facts":[{"content":"REDDIT_STYLE_GUIDE.md is a per-subreddit content guide developed based on analysis of real top posts with scores","type":"procedural","confidence":0.85},{"content":"REDDIT_POSTS_OPENCLAW.md contains 10 variations of posts for r/openclaw subreddit, each with different angles or approaches","type":"procedural","confidence":0.85},{"content":"REDDIT_REPLY_DRAFTS.md contains draft replies for two active memory discussion threads on Reddit","type":"procedural","confidence":0.85},{"content":"The signet-content-strategy skill was created for content strategy and copywriting tasks related to marketing Signet AI","type":"decision","confidence":0.7}],"entities":[{"source":"REDDIT_STYLE_GUIDE.md","relationship":"based_on","target":"real top posts with scores","confidence":0.85},{"source":"REDDIT_POSTS_OPENCLAW.md","relationship":"targets","target":"r/openclaw subreddit","confidence":0.9},{"source":"REDDIT_REPLY_DRAFTS.md","relationship":"contains","target":"reply drafts for memory threads","confidence":0.85},{"source":"signet-content-strategy","relationship":"is_a","target":"skill","confidence":0.75}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [4] already documents REDDIT_STYLE_GUIDE.md as a per-subreddit guide based on real top posts with scores. The new fact is semantically identical, just rephrased.","fact":{"content":"REDDIT_STYLE_GUIDE.md is a per-subreddit content guide developed based on analysis of real top posts with scores","type":"procedural","confidence":0.85}},{"action":"none","confidence":0.95,"reason":"Candidate #5 already captures this fact: 'REDDIT_POSTS_OPENCLAW.md — 10 post variations for r/openclaw, different angles'. The new fact is a rephrasing of existing memory with no additional meaningful information.","fact":{"content":"REDDIT_POSTS_OPENCLAW.md contains 10 variations of posts for r/openclaw subreddit, each with different angles or approaches","type":"procedural","confidence":0.85}},{"action":"none","confidence":0.95,"reason":"Candidate [3] already documents REDDIT_REPLY_DRAFTS.md and its purpose (reply drafts for two live memory threads). New fact is duplicate information with minor wording variation (active vs live).","fact":{"content":"REDDIT_REPLY_DRAFTS.md contains draft replies for two active memory discussion threads on Reddit","type":"procedural","confidence":0.85}},{"action":"add","confidence":0.75,"reason":"New fact documents the signet-content-strategy skill's existence and purpose. While existing candidates [4-5] reference marketing outputs and business decisions, they don't explicitly document this content strategy skill as a tool resource. Worth storing to help future sessions know this skill is available for Signet marketing work (Reddit posts, content for specific audiences).","fact":{"content":"The signet-content-strategy skill was created for content strategy and copywriting tasks related to marketing Signet AI","type":"decision","confidence":0.7}}],"writeMode":"phase-c","writeStats":{"added":1,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":1},"warnings":[]}


id: 19516726-84e0-4162-b957-24a12da49a13
memory_id: 135db272-e423-444a-afa9-21a9f39a8928
job_type: extract
status: completed
leased_at: 2026-03-01T13:04:40.335Z
completed_at: 2026-03-01T13:05:06.471Z
created_at: 2026-03-01T12:54:20.680Z
updated_at: 2026-03-01T13:05:06.471Z
result:
  {"facts":[{"content":"A key decision was made to implement no paid tiers (context/subject unclear from fragment)","type":"decision","confidence":0.3}],"entities":[{"source":"signet-content-strategy","relationship":"has decision about","target":"no paid tiers","confidence":0.35}],"proposals":[{"action":"none","confidence":0.85,"reason":"Candidate [3] already explicitly captures this decision: 'No paid tiers' is mentioned as a key decision. The new fact is redundant with existing memory.","fact":{"content":"A key decision was made to implement no paid tiers (context/subject unclear from fragment)","type":"decision","confidence":0.3}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 144c65fe-e97d-4c77-917f-0a40ef0e5177
memory_id: 7ab5e791-2829-4648-8c35-761701d55e40
job_type: extract
status: completed
leased_at: 2026-03-01T13:05:08.472Z
completed_at: 2026-03-01T13:07:06.729Z
created_at: 2026-03-01T12:54:20.691Z
updated_at: 2026-03-01T13:07:06.729Z
result:
  {"facts":[{"content":"Signet's revenue model is exclusively based on enterprise installs","type":"decision","confidence":0.95},{"content":"Signet markets through Facebook, Instagram, Reddit, and landing pages as primary channels","type":"decision","confidence":0.95},{"content":"Discord is not used as a Signet marketing channel due to excessive noise level","type":"decision","confidence":0.9},{"content":"Signet does not support Cursor integration","type":"decision","confidence":0.95},{"content":"All references to Cursor support should be removed from Signet marketing copy","type":"procedural","confidence":0.95},{"content":"The Signet installer detects existing OpenClaw workspaces and automatically falls back to ~/.agents/ if no existing workspace is found","type":"procedural","confidence":0.9},{"content":"Installation path mechanics (workspace detection logic and ~/.agents/ fallback) should not be mentioned in non-technical Signet marketing copy","type":"procedural","confidence":0.9}],"entities":[{"source":"Signet","relationship":"revenue model based on","target":"enterprise installs","confidence":0.95},{"source":"Signet","relationship":"markets through","target":"Facebook","confidence":0.95},{"source":"Signet","relationship":"markets through","target":"Instagram","confidence":0.95},{"source":"Signet","relationship":"markets through","target":"Reddit","confidence":0.95},{"source":"Signet","relationship":"markets through","target":"landing page","confidence":0.95},{"source":"Signet","relationship":"explicitly does not use","target":"Discord marketing","confidence":0.9},{"source":"Signet","relationship":"does not support","target":"Cursor integration","confidence":0.95},{"source":"Signet installer","relationship":"detects and uses","target":"OpenClaw workspace","confidence":0.9},{"source":"Signet installer","relationship":"falls back to","target":"~/.agents/","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate ID 7ab5e791-2829-4648-8c35-761701d55e40 already contains this exact fact: 'Revenue = enterprise installs only' along with related marketing strategy details","fact":{"content":"Signet's revenue model is exclusively based on enterprise installs","type":"decision","confidence":0.95}},{"action":"add","confidence":0.95,"reason":"New fact specifies Signet's primary marketing channels (Facebook, Instagram, Reddit, landing pages). No existing memory captures this marketing distribution strategy. Related memories cover website tech stack and marketing sessions, but not the actual channel strategy itself.","fact":{"content":"Signet markets through Facebook, Instagram, Reddit, and landing pages as primary channels","type":"decision","confidence":0.95}},{"action":"add","confidence":0.95,"reason":"New strategic decision about marketing channels not covered by existing memories. Distinct from general marketing voice/website facts. Important constraint for content planning.","fact":{"content":"Discord is not used as a Signet marketing channel due to excessive noise level","type":"decision","confidence":0.9}},{"action":"add","confidence":0.95,"reason":"New fact about Cursor integration support status. No existing candidate directly covers Signet's harness/platform support matrix. Candidates address specific integrations (OpenCode SSE, Tailwind) or incomplete integration details, not platform support gaps.","fact":{"content":"Signet does not support Cursor integration","type":"decision","confidence":0.95}},{"action":"add","confidence":0.95,"reason":"New procedural decision about marketing copy cleanup. No existing memory covers Cursor reference removal. Should be stored as distinct marketing guideline for future work.","fact":{"content":"All references to Cursor support should be removed from Signet marketing copy","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate #4 already contains this procedural fact: 'Install path is flexible — detects existing OpenClaw workspace, falls back to ~/.agents/.' The new fact is redundant with existing memory.","fact":{"content":"The Signet installer detects existing OpenClaw workspaces and automatically falls back to ~/.agents/ if no existing workspace is found","type":"procedural","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Existing memory [5] already contains this exact guideline: 'Don't mention the path in non-technical copy.' The new fact is a restatement of that instruction with slightly more specificity about what the 'path' entails (workspace detection logic, ~/.agents/ fallback).","fact":{"content":"Installation path mechanics (workspace detection logic and ~/.agents/ fallback) should not be mentioned in non-technical Signet marketing copy","type":"procedural","confidence":0.9}}],"writeMode":"phase-c","writeStats":{"added":4,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":4},"warnings":[]}


id: 2dd8db37-f7af-4de4-a800-e63d4cab4b90
memory_id: 3d59af21-cbf5-4888-938a-ca81c4fc1295
job_type: extract
status: completed
leased_at: 2026-03-01T13:07:08.731Z
completed_at: 2026-03-01T13:07:55.598Z
created_at: 2026-03-01T12:54:20.702Z
updated_at: 2026-03-01T13:07:55.598Z
result:
  {"facts":[{"content":"The Signet positioning for Reddit memory problem threads emphasizes the \"better memory system\" messaging rather than the portability/cross-platform angle","type":"decision","confidence":0.85},{"content":"The next action item is to set up Reddit API credentials to enable direct posting and replying to memory problem threads","type":"procedural","confidence":0.85}],"entities":[{"source":"Signet pitch","relationship":"targets","target":"Reddit memory problem threads","confidence":0.85},{"source":"Signet pitch","relationship":"emphasizes","target":"better memory system messaging","confidence":0.85},{"source":"Signet pitch","relationship":"de-emphasizes","target":"portability angle","confidence":0.8},{"source":"Reddit engagement workflow","relationship":"requires","target":"Reddit API credentials setup","confidence":0.85}],"proposals":[{"action":"none","confidence":0.92,"reason":"This fact is already captured by existing memory 3d59af21. Both document the identical strategic decision: Signet's pitch for memory problem threads emphasizes 'better memory system' over portability/cross-platform angle. The phrasing differs slightly but the substance is redundant.","fact":{"content":"The Signet positioning for Reddit memory problem threads emphasizes the \"better memory system\" messaging rather than the portability/cross-platform angle","type":"decision","confidence":0.85}},{"action":"none","confidence":0.95,"reason":"Candidate 5 already captures this action item explicitly: 'Set up Reddit API credentials so I can post/reply directly.' No new information or refinement to add.","fact":{"content":"The next action item is to set up Reddit API credentials to enable direct posting and replying to memory problem threads","type":"procedural","confidence":0.85}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: ce4a9285-8e58-4f74-ba8f-f5513a12868f
memory_id: d6263a51-8449-49b8-b03a-64096f112802
job_type: extract
status: completed
leased_at: 2026-03-01T22:21:59.789Z
completed_at: 2026-03-01T22:22:48.732Z
created_at: 2026-03-01T22:21:58.202Z
updated_at: 2026-03-01T22:22:48.732Z
result:
  {"facts":[{"content":"Search queries in Signet are returning empty results despite the daemon being connected to the system","type":"fact","confidence":0.95},{"content":"The Signet memory recall system uses full-text search (fts) combined with decay-based scoring for result ranking","type":"semantic","confidence":0.85},{"content":"Users should keep journal entries in the Signet memory database regularly, at least once per conversation, to maintain continuity","type":"procedural","confidence":0.9}],"entities":[{"source":"Signet daemon","relationship":"processes","target":"search queries","confidence":0.9},{"source":"Signet recall system","relationship":"uses","target":"full-text search with decay scoring","confidence":0.85},{"source":"search query","relationship":"returns","target":"empty results","confidence":0.95},{"source":"User","relationship":"should maintain","target":"journal entries in memory database","confidence":0.9}],"proposals":[{"action":"none","confidence":0.9,"reason":"This fact is already captured by candidate [3] (ID: 1f3f0496-94bd-4bc1-b40f-0485fa2590f8), which states 'Search queries in Signet can return empty results even when the daemon is connected and operational.' The new fact is semantically identical and adds no new information.","fact":{"content":"Search queries in Signet are returning empty results despite the daemon being connected to the system","type":"fact","confidence":0.95}},{"action":"none","confidence":0.92,"reason":"Candidate [5] already captures the exact same information: FTS with decay-based ranking for the recall system. New fact is semantically identical, just slightly different wording.","fact":{"content":"The Signet memory recall system uses full-text search (fts) combined with decay-based scoring for result ranking","type":"semantic","confidence":0.85}},{"action":"none","confidence":0.95,"reason":"Candidates 3 and 4 already contain the exact procedural guidance: 'Keep journal entries in the memory database regularly - at least once per conversation.' Candidate 5 complements with the purpose/rationale. New fact is redundant with existing memories.","fact":{"content":"Users should keep journal entries in the Signet memory database regularly, at least once per conversation, to maintain continuity","type":"procedural","confidence":0.9}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 2f7929fd-191d-4354-b380-6acef5c48e6c
memory_id: 45a436ed-d733-403d-aedf-bdd5f3741735
job_type: extract
status: completed
leased_at: 2026-03-01T22:22:56.736Z
completed_at: 2026-03-01T22:23:42.914Z
created_at: 2026-03-01T22:22:55.807Z
updated_at: 2026-03-01T22:23:42.914Z
result:
  {"facts":[{"content":"A plan was implemented to fix two critical bugs in the Signet daemon's memory pipeline","type":"decision","confidence":0.85},{"content":"The Embedding Tracker Crash bug in Signet daemon is caused by a missing 'dimensions' column in the INSERT statement at embedding-tracker.ts:135","type":"fact","confidence":0.9},{"content":"The missing 'dimensions' column in the INSERT statement violates the NOT NULL constraint on the embeddings table, causing record insertion failures","type":"fact","confidence":0.9}],"entities":[{"source":"embedding-tracker.ts:135 INSERT statement","relationship":"has_missing_column","target":"dimensions","confidence":0.9},{"source":"missing dimensions column","relationship":"causes","target":"NOT NULL constraint failure","confidence":0.9},{"source":"Signet daemon memory pipeline","relationship":"contains_bug","target":"Embedding Tracker Crash","confidence":0.85}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [5] already contains detailed documentation of the exact same implementation: 'Implemented a plan to fix two critical bugs in the Signet daemon's memory pipeline' with specifics on Bug 1 (Embedding Tracker Crash) and Bug 2 (Prompt Submit Query). New fact adds no novel information.","fact":{"content":"A plan was implemented to fix two critical bugs in the Signet daemon's memory pipeline","type":"decision","confidence":0.85}},{"action":"none","confidence":0.95,"reason":"Candidate [5] (ID: 45a436ed-d733-403d-aedf-bdd5f3741735) already documents this exact bug: 'The INSERT statement in embedding-tracker.ts:135 was missing the dimensions column, causing NOT NULL constraint failures.' The new fact is already captured in existing memory.","fact":{"content":"The Embedding Tracker Crash bug in Signet daemon is caused by a missing 'dimensions' column in the INSERT statement at embedding-tracker.ts:135","type":"fact","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"This fact is already comprehensively covered by candidates [4] and [5]. Candidate [4] explicitly documents the bug (missing 'dimensions' column in embedding-tracker.ts:135 causing NOT NULL constraint failures), and candidate [5] documents the fix (adding 'dimensions' to INSERT and ON CONFLICT clauses with vector.length). The new fact adds no new information.","fact":{"content":"The missing 'dimensions' column in the INSERT statement violates the NOT NULL constraint on the embeddings table, causing record insertion failures","type":"fact","confidence":0.9}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 58981d47-2c87-4388-87b4-6d2540c3542d
memory_id: fef55a05-4e9c-4aeb-9eb7-8ba6e8999a20
job_type: extract
status: completed
leased_at: 2026-03-01T22:23:44.915Z
completed_at: 2026-03-01T22:24:19.478Z
created_at: 2026-03-01T22:22:55.818Z
updated_at: 2026-03-01T22:24:19.478Z
result:
  {"facts":[{"content":"A database fix was implemented by adding the `dimensions` parameter to both INSERT and ON CONFLICT UPDATE clauses in a vector operation","type":"procedural","confidence":0.85},{"content":"The `dimensions` parameter is set to `vector.length` in both INSERT and ON CONFLICT UPDATE clauses","type":"procedural","confidence":0.85}],"entities":[{"source":"INSERT clause","relationship":"includes","target":"dimensions parameter","confidence":0.85},{"source":"ON CONFLICT UPDATE clause","relationship":"includes","target":"dimensions parameter","confidence":0.85},{"source":"dimensions parameter","relationship":"set_to","target":"vector.length","confidence":0.85}],"proposals":[{"action":"none","confidence":0.95,"reason":"New fact is already comprehensively covered by existing memory [3]. The fix details (adding `dimensions` to INSERT and ON CONFLICT UPDATE clauses) are identical to what's documented. Candidates [2] and [3] together provide complete context: the problem identification and the specific solution implementation.","fact":{"content":"A database fix was implemented by adding the `dimensions` parameter to both INSERT and ON CONFLICT UPDATE clauses in a vector operation","type":"procedural","confidence":0.85}},{"action":"none","confidence":0.95,"reason":"Candidate 3 already captures this exact procedural detail: dimensions added to both INSERT and ON CONFLICT UPDATE clauses with vector.length as value","fact":{"content":"The `dimensions` parameter is set to `vector.length` in both INSERT and ON CONFLICT UPDATE clauses","type":"procedural","confidence":0.85}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 9a131555-111e-4928-a370-330d023428bb
memory_id: 0b8e5d02-04f7-4857-9a81-6b065d876a69
job_type: extract
status: completed
leased_at: 2026-03-01T22:24:21.479Z
completed_at: 2026-03-01T22:25:23.908Z
created_at: 2026-03-01T22:22:55.829Z
updated_at: 2026-03-01T22:25:23.908Z
result:
  {"facts":[{"content":"The `user-prompt-submit` hook builds invalid FTS (full-text search) recall queries due to upstream property name mismatches","type":"fact","confidence":0.95},{"content":"The CLI at cli.ts:4816 only checks for `parsed.user_prompt` or `parsed.userPrompt` properties when processing prompt input","type":"fact","confidence":0.95},{"content":"Claude Code sends prompt data on stdin formatted as `{ prompt: \"...\" }` instead of using `user_prompt` or `userPrompt` property names","type":"fact","confidence":0.95},{"content":"The property name mismatch between the CLI's expected format (`user_prompt`, `userPrompt`) and Claude Code's actual format (`prompt`) causes the FTS recall query builder to receive undefined/null values and generate garbage queries","type":"rationale","confidence":0.95}],"entities":[{"source":"user-prompt-submit hook","relationship":"builds","target":"FTS recall queries","confidence":0.95},{"source":"Claude Code","relationship":"sends via stdin","target":"prompt data","confidence":0.95},{"source":"Claude Code prompt format","relationship":"incompatible with","target":"CLI cli.ts:4816 property checks","confidence":0.95},{"source":"CLI at cli.ts:4816","relationship":"expects properties","target":"user_prompt or userPrompt","confidence":0.95}],"proposals":[{"action":"update","targetMemoryId":"0b8e5d02-04f7-4857-9a81-6b065d876a69","confidence":0.9,"reason":"New fact provides technical root cause detail (property name mismatches in FTS queries) for the same bug already documented in candidate [5]. Merge to create comprehensive record of the issue including both the problem manifestation and technical root cause.","fact":{"content":"The `user-prompt-submit` hook builds invalid FTS (full-text search) recall queries due to upstream property name mismatches","type":"fact","confidence":0.95},"targetContent":"**Bug 2 – Prompt Submit Recall Queries Broken**: The `user-prompt-submit` hook was building garbage FTS recall queries due to two upstream issues: - **Claude Code path**: The CLI at `cli.ts:4816` was only checking `parsed.user_prompt || parsed.userPrompt`, but Claude Code sends `{ prompt: \"...\" }` on stdin."},{"action":"none","confidence":0.95,"reason":"Candidate [3] (procedural memory) already captures this exact fact: 'The CLI looks for either user_prompt or userPrompt fields in the parsed JSON input to extract the prompt'. Candidate [4] also covers this as part of the broader 'Prompt Submit Recall Queries Broken' bug context. New fact adds no novel information.","fact":{"content":"The CLI at cli.ts:4816 only checks for `parsed.user_prompt` or `parsed.userPrompt` properties when processing prompt input","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Memory ID 0b8e5d02-04f7-4857-9a81-6b065d876a69 already documents this exact fact: 'Claude Code sends `{ prompt: \"...\" }` on stdin' in the context of the prompt submit hook bug. No new information to capture.","fact":{"content":"Claude Code sends prompt data on stdin formatted as `{ prompt: \"...\" }` instead of using `user_prompt` or `userPrompt` property names","type":"fact","confidence":0.95}},{"action":"update","targetMemoryId":"0b8e5d02-04f7-4857-9a81-6b065d876a69","confidence":0.95,"reason":"New fact provides deeper root cause analysis for the existing bug: property name mismatch leads to undefined/null values, which break FTS recall query building. This refines and clarifies the mechanism already identified in candidate [4].","fact":{"content":"The property name mismatch between the CLI's expected format (`user_prompt`, `userPrompt`) and Claude Code's actual format (`prompt`) causes the FTS recall query builder to receive undefined/null values and generate garbage queries","type":"rationale","confidence":0.95},"targetContent":"**Bug 2 – Prompt Submit Recall Queries Broken**: The `user-prompt-submit` hook was building garbage FTS recall queries due to two upstream issues: - **Claude Code path**: The CLI at `cli.ts:4816` was only checking `parsed.user_prompt || parsed.userPrompt`, but Claude Code sends `{ prompt: \"...\" }` on stdin."}],"writeMode":"phase-c","writeStats":{"added":0,"updated":2,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 5d9d5499-4541-4eb1-8dd6-dca8870a4dae
memory_id: 9972e6dc-1cd1-4b62-a8cb-a7c26a31fa22
job_type: extract
status: completed
leased_at: 2026-03-01T22:25:25.909Z
completed_at: 2026-03-01T22:26:13.239Z
created_at: 2026-03-01T22:22:55.840Z
updated_at: 2026-03-01T22:26:13.239Z
result:
  {"facts":[{"content":"A prompt handling fix was implemented by adding `parsed.prompt` as the first fallback option","type":"decision","confidence":0.85},{"content":"OpenClaw's `before_agent_start` event passes the entire formatted prompt including a metadata preamble containing conversation info, sender identification, and untrusted content markers, rather than just the user's message","type":"fact","confidence":0.9},{"content":"The OpenClaw adapter receives full formatted prompts with metadata in the `before_agent_start` event, which requires fallback handling to extract the user's message component","type":"semantic","confidence":0.85}],"entities":[{"source":"OpenClaw's before_agent_start event","relationship":"passes","target":"entire formatted prompt with metadata preamble","confidence":0.9},{"source":"formatted prompt metadata preamble","relationship":"contains","target":"conversation info, sender, untrusted content markers","confidence":0.9},{"source":"prompt handling fix","relationship":"uses","target":"parsed.prompt as first fallback","confidence":0.85},{"source":"OpenClaw adapter path","relationship":"receives from","target":"before_agent_start event","confidence":0.85}],"proposals":[{"action":"none","confidence":0.95,"reason":"New fact is already comprehensively documented in candidate 5 (ID: 9972e6dc-1cd1-4b62-a8cb-a7c26a31fa22), which explicitly states 'Fixed by adding `parsed.prompt` as the first fallback' along with relevant OpenClaw adapter context. No new information to add.","fact":{"content":"A prompt handling fix was implemented by adding `parsed.prompt` as the first fallback option","type":"decision","confidence":0.85}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already contains this exact technical fact about OpenClaw's before_agent_start event passing the formatted prompt with metadata preamble instead of just the user message. No new information to capture.","fact":{"content":"OpenClaw's `before_agent_start` event passes the entire formatted prompt including a metadata preamble containing conversation info, sender identification, and untrusted content markers, rather than just the user's message","type":"fact","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate #5 directly covers this fact: it explicitly states OpenClaw's `before_agent_start` event passes the entire formatted prompt with metadata, and documents the fallback handling solution (`parsed.prompt`). The new fact adds no additional information.","fact":{"content":"The OpenClaw adapter receives full formatted prompts with metadata in the `before_agent_start` event, which requires fallback handling to extract the user's message component","type":"semantic","confidence":0.85}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 6c3fa4b6-db1c-4677-b3e8-b632e5bcb4ff
memory_id: 1e3ee57c-106d-4b1e-bcb2-1aa3ffdc6ea3
job_type: extract
status: completed
leased_at: 2026-03-01T22:26:15.239Z
completed_at: 2026-03-01T22:26:38.485Z
created_at: 2026-03-01T22:22:55.850Z
updated_at: 2026-03-01T22:26:38.485Z
result:
  {"facts":[{"content":"The extractUserMessage() function was implemented to strip metadata patterns from messages and return only the actual user message text","type":"procedural","confidence":0.9}],"entities":[{"source":"extractUserMessage() function","relationship":"strips","target":"metadata patterns","confidence":0.9},{"source":"extractUserMessage() function","relationship":"returns","target":"actual user message text","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [5] already contains this exact information: 'Fixed by implementing extractUserMessage() to strip metadata patterns and return only the actual user message text.' The new fact is fully covered by existing memory.","fact":{"content":"The extractUserMessage() function was implemented to strip metadata patterns from messages and return only the actual user message text","type":"procedural","confidence":0.9}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 63c3bf24-8215-4115-8e5a-4a688cd1a026
memory_id: cffe4a57-93c8-482c-9538-97fed87eacb7
job_type: extract
status: completed
leased_at: 2026-03-01T22:26:40.485Z
completed_at: 2026-03-01T22:27:19.171Z
created_at: 2026-03-01T22:22:55.864Z
updated_at: 2026-03-01T22:27:19.171Z
result:
  {"facts":[{"content":"The embedding-tracker.ts module in packages/daemon/src/ has been updated to handle the `dimensions` column for embeddings","type":"procedural","confidence":0.85},{"content":"The CLI stdin field resolution in packages/cli/src/cli.ts was updated to prioritize checking the `parsed.prompt` field first before other fallbacks","type":"procedural","confidence":0.85},{"content":"Metadata extraction logic has been implemented in packages/adapters/openclaw/src/index.ts at line 881","type":"procedural","confidence":0.85}],"entities":[{"source":"packages/daemon/src/embedding-tracker.ts","relationship":"handles","target":"dimensions column","confidence":0.85},{"source":"packages/cli/src/cli.ts","relationship":"prioritizes in stdin resolution","target":"parsed.prompt field","confidence":0.85},{"source":"packages/adapters/openclaw/src/index.ts","relationship":"implements","target":"metadata extraction logic","confidence":0.85}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [2] already documents that embedding-tracker.ts has been updated to handle the dimensions column. New fact is redundant with existing memory.","fact":{"content":"The embedding-tracker.ts module in packages/daemon/src/ has been updated to handle the `dimensions` column for embeddings","type":"procedural","confidence":0.85}},{"action":"none","confidence":0.95,"reason":"Candidate [4] already documents this exact change: 'packages/cli/src/cli.ts – Updated stdin field resolution to check `parsed.prompt` first'. The new fact is already covered by existing memory.","fact":{"content":"The CLI stdin field resolution in packages/cli/src/cli.ts was updated to prioritize checking the `parsed.prompt` field first before other fallbacks","type":"procedural","confidence":0.85}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already captures this fact: 'packages/adapters/openclaw/src/index.ts – Implemented metadata extraction logic at line 881' is listed under Files Modified","fact":{"content":"Metadata extraction logic has been implemented in packages/adapters/openclaw/src/index.ts at line 881","type":"procedural","confidence":0.85}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 1d47f762-9db4-4e1f-9de9-5e88a28afba9
memory_id: 27beb425-762c-493c-b95d-9d442be6ef19
job_type: extract
status: completed
leased_at: 2026-03-01T22:27:21.172Z
completed_at: 2026-03-01T22:28:30.433Z
created_at: 2026-03-01T22:22:55.897Z
updated_at: 2026-03-01T22:28:30.433Z
result:
  {"facts":[{"content":"The daemon must be rebuilt and verified for the absence of embedding constraint errors","type":"procedural","confidence":0.95},{"content":"CLI stdin parsing for bun cli.ts should be tested with the command: echo '{\"prompt\":\"test query\"}' | bun cli.ts hook user-prompt-submit","type":"procedural","confidence":0.95},{"content":"Daemon logs should be monitored to verify that recall queries use actual user message words rather than metadata keywords","type":"decision","confidence":0.85},{"content":"The full TypeScript type checking and test suite must be executed as part of the verification plan","type":"procedural","confidence":0.95}],"entities":[{"source":"daemon","relationship":"requires","target":"rebuild and verification for embedding constraint errors","confidence":0.9},{"source":"bun cli.ts hook","relationship":"should be tested for","target":"stdin parsing","confidence":0.95},{"source":"daemon logs","relationship":"should be monitored for","target":"recall queries using user message words instead of metadata keywords","confidence":0.85},{"source":"verification plan","relationship":"includes","target":"full test suite and typecheck","confidence":0.95}],"proposals":[{"action":"none","confidence":0.95,"reason":"New fact is already covered by candidate [5] (27beb425-762c-493c-b95d-9d442be6ef19), which explicitly includes 'Rebuild daemon and verify no more embedding constraint errors' as the first verification step in a comprehensive plan. No new information or refinement needed.","fact":{"content":"The daemon must be rebuilt and verified for the absence of embedding constraint errors","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"The exact test command 'echo '{\"prompt\":\"test query\"}' | bun cli.ts hook user-prompt-submit' is already documented in candidate [5] as part of the Verification Plan. Candidate [2] also covers the procedural details of CLI stdin parsing (chunking, concatenation, UTF-8 JSON parsing). The new fact does not add information beyond what's already captured.","fact":{"content":"CLI stdin parsing for bun cli.ts should be tested with the command: echo '{\"prompt\":\"test query\"}' | bun cli.ts hook user-prompt-submit","type":"procedural","confidence":0.95}},{"action":"add","confidence":0.85,"reason":"New fact is a specific debugging decision about verifying recall query quality. While related to candidate [5] (which describes how recall works), this is a distinct monitoring recommendation not covered by existing memories. Candidates [3] and [4] inadvertently demonstrate the problem this decision addresses.","fact":{"content":"Daemon logs should be monitored to verify that recall queries use actual user message words rather than metadata keywords","type":"decision","confidence":0.85}},{"action":"none","confidence":0.92,"reason":"New fact is substantively covered by existing candidate [2] which explicitly states 'full build, 396+ tests, typecheck' and candidate [5] which describes 'type checking, unit tests, integration tests' as part of verification strategy. The new fact restates this requirement without adding novel information.","fact":{"content":"The full TypeScript type checking and test suite must be executed as part of the verification plan","type":"procedural","confidence":0.95}}],"writeMode":"phase-c","writeStats":{"added":1,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":1},"warnings":[]}


id: 73b5d75c-9bc1-4b96-8278-9fb3d2c9ed05
memory_id: bf1618bd-1f26-47b2-8cb6-ddce7896a081
job_type: extract
status: completed
leased_at: 2026-03-01T22:51:33.199Z
completed_at: 2026-03-01T22:52:34.538Z
created_at: 2026-03-01T22:45:32.606Z
updated_at: 2026-03-01T22:52:34.538Z
result:
  {"facts":[{"content":"Quickshell's shell.json file overrides QML default values through the JsonAdapter mechanism","type":"semantic","confidence":0.9},{"content":"Configuration changes made in QML component files in Quickshell require corresponding updates in shell.json to take effect; without both updates, changes are ignored at runtime","type":"procedural","confidence":0.9},{"content":"In Quickshell, the shell.json file serves as the authoritative runtime source of truth for configuration","type":"semantic","confidence":0.9},{"content":"The Quickshell auto-lock issue was resolved by clearing all idle timeout entries in shell.json","type":"decision","confidence":0.85}],"entities":[{"source":"shell.json","relationship":"overrides via JsonAdapter","target":"QML defaults","confidence":0.9},{"source":"QML component files","relationship":"requires synchronized update in","target":"shell.json","confidence":0.9},{"source":"shell.json","relationship":"is authoritative source for","target":"Quickshell runtime configuration","confidence":0.9},{"source":"idle timeouts in shell.json","relationship":"caused","target":"auto-lock issue","confidence":0.85},{"source":"clearing idle timeouts in shell.json","relationship":"resolved","target":"auto-lock issue","confidence":0.85}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [5] already captures this exact fact: 'Quickshell shell.json overrides QML defaults via JsonAdapter... The JSON file is the runtime source of truth.' The new fact is a restatement of information already in memory with the practical implication already noted.","fact":{"content":"Quickshell's shell.json file overrides QML default values through the JsonAdapter mechanism","type":"semantic","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"New fact is already comprehensively covered by candidate [5], which explicitly states that shell.json overrides QML defaults via JsonAdapter and that config changes in QML files require corresponding shell.json updates or they have no effect. The new fact restates this core principle without adding novel information.","fact":{"content":"Configuration changes made in QML component files in Quickshell require corresponding updates in shell.json to take effect; without both updates, changes are ignored at runtime","type":"procedural","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already captures this exact principle: 'The JSON file is the runtime source of truth.' The new fact restates the same concept already present in existing memory, with no additional information that would require updating or creating a separate entry.","fact":{"content":"In Quickshell, the shell.json file serves as the authoritative runtime source of truth for configuration","type":"semantic","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [1] already contains this exact resolution: 'Fixed auto-lock issue by clearing all idle timeouts in shell.json.' The new fact is a restatement of information already captured with full context about shell.json being the runtime source of truth.","fact":{"content":"The Quickshell auto-lock issue was resolved by clearing all idle timeout entries in shell.json","type":"decision","confidence":0.85}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 849929bf-4055-4429-a5ac-ccde5f222afa
memory_id: 68995e15-66df-4c24-b708-bb5512a739f8
job_type: extract
status: completed
leased_at: 2026-03-01T22:46:35.001Z
completed_at: 2026-03-01T22:47:23.342Z
created_at: 2026-03-01T22:46:18.887Z
updated_at: 2026-03-01T22:47:23.342Z
result:
  {"facts":[{"content":"Quickshell automatically locks after approximately 30 seconds of inactivity","type":"fact","confidence":0.95},{"content":"The quickshell auto-lock behavior persists regardless of toggle settings designed to control it","type":"fact","confidence":0.9},{"content":"Nicholai wants the quickshell auto-lock feature disabled cleanly while preserving the ability to manually lock the system","type":"preference","confidence":0.95}],"entities":[{"source":"quickshell","relationship":"auto-locks after","target":"~30 seconds of inactivity","confidence":0.95},{"source":"quickshell auto-lock behavior","relationship":"persists regardless of","target":"toggle settings","confidence":0.9},{"source":"Nicholai","relationship":"reported issue with","target":"quickshell auto-lock","confidence":0.95},{"source":"Nicholai","relationship":"wants","target":"auto-lock disabled while preserving manual lock capability","confidence":0.95}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [3] already captures the core observation: 'Quickshell auto-lock triggers after ~30 seconds of keyboard/mouse inactivity.' The new fact is essentially identical to this existing memory. Candidate [3] also includes the important detail that this persists even when toggled off, which adds context beyond the new fact alone.","fact":{"content":"Quickshell automatically locks after approximately 30 seconds of inactivity","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [2] already captures this observation: 'persists even when toggled off'. The new fact rephrases the same finding - that toggle/configuration settings don't prevent the auto-lock behavior. No new information to merge.","fact":{"content":"The quickshell auto-lock behavior persists regardless of toggle settings designed to control it","type":"fact","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [3] already captures this exact preference: 'preserve manual lock capability while disabling automatic idle-based locking'. The new fact is a direct restatement of the same requirement. Candidate [4] provides broader context including investigation status.","fact":{"content":"Nicholai wants the quickshell auto-lock feature disabled cleanly while preserving the ability to manually lock the system","type":"preference","confidence":0.95}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 254bf48d-4f1e-4f38-88dc-32d0cee2625e
memory_id: 13a37ee4-e7b2-4ee8-b9c7-aa358f473c93
job_type: extract
status: completed
leased_at: 2026-03-01T22:47:25.361Z
completed_at: 2026-03-01T22:48:26.583Z
created_at: 2026-03-01T22:46:18.897Z
updated_at: 2026-03-01T22:48:26.583Z
result:
  {"facts":[{"content":"An exploration agent was launched to search for idle-related configuration settings in Quickshell and Hyprland configurations","type":"procedural","confidence":0.95},{"content":"The idle-configuration search targeted the ~/.config/quickshell/ directory","type":"procedural","confidence":0.95},{"content":"The idle-configuration search targeted the ~/.config/hypr/ directory","type":"procedural","confidence":0.95},{"content":"The idle-configuration search used patterns: idle, lock, sleep, suspend, timeout, dpms, screensaver, swayidle, hypridle","type":"procedural","confidence":0.95}],"entities":[{"source":"exploration agent","relationship":"was launched to search","target":"idle-related configuration","confidence":0.95},{"source":"exploration agent","relationship":"searched","target":"~/.config/quickshell/","confidence":0.95},{"source":"exploration agent","relationship":"searched","target":"~/.config/hypr/","confidence":0.95},{"source":"idle-configuration search","relationship":"targeted patterns","target":"idle, lock, sleep, suspend, timeout, dpms, screensaver, swayidle, hypridle","confidence":0.95}],"proposals":[{"action":"none","confidence":0.95,"reason":"Existing candidate [5] already captures this exact fact with more specificity: it records the exploration agent launch, the target directories (~/.config/quickshell/ and ~/.config/hypr/), and the search patterns used (idle, lock, sleep, suspend, timeout, dpms, screensaver, swayidle, hypridle). The new fact is a less detailed version of information already stored.","fact":{"content":"An exploration agent was launched to search for idle-related configuration settings in Quickshell and Hyprland configurations","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [3] already captures this procedural fact: it explicitly states the exploration agent targeted ~/.config/quickshell/ (and ~/.config/hypr/) with specific search patterns. The new fact is redundant with existing memory.","fact":{"content":"The idle-configuration search targeted the ~/.config/quickshell/ directory","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.85,"reason":"Existing memory [3] already captures that an exploration agent was launched to search both ~/.config/quickshell/ and ~/.config/hypr/ for idle-related configuration patterns. The new fact restates that ~/.config/hypr/ was targeted, which is already implicit in the existing memory record.","fact":{"content":"The idle-configuration search targeted the ~/.config/hypr/ directory","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.92,"reason":"Candidate [5] already documents that the exploration agent was launched with these exact patterns. The new fact restates the same patterns used but adds no new substantive information beyond what's already captured in the existing memory.","fact":{"content":"The idle-configuration search used patterns: idle, lock, sleep, suspend, timeout, dpms, screensaver, swayidle, hypridle","type":"procedural","confidence":0.95}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 6ee4d32c-2ad2-451c-baeb-c061513b451b
memory_id: 0806243e-4fd4-46fb-9bd0-69d6b6c7da7f
job_type: extract
status: completed
leased_at: 2026-03-01T22:48:28.585Z
completed_at: 2026-03-01T22:49:36.457Z
created_at: 2026-03-01T22:46:18.907Z
updated_at: 2026-03-01T22:49:36.457Z
result:
  {"facts":[{"content":"Grep analysis of the codebase found 61.2KB of matches but the analysis was not completed in the current session","type":"procedural","confidence":0.95},{"content":"An open task exists to cleanly disable the system's auto-lock mechanism","type":"decision","confidence":0.9},{"content":"The auto-lock mechanism disable task requires preserving manual locking functionality","type":"procedural","confidence":0.9},{"content":"The auto-lock mechanism disable task requires not affecting system suspend behavior","type":"procedural","confidence":0.9}],"entities":[{"source":"grep analysis","relationship":"found","target":"61.2KB of code matches","confidence":0.95},{"source":"grep analysis","relationship":"incomplete in","target":"current session","confidence":0.95},{"source":"auto-lock mechanism disable task","relationship":"must preserve","target":"manual locking functionality","confidence":0.9},{"source":"auto-lock mechanism disable task","relationship":"must not affect","target":"system suspend behavior","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [5] already contains the core information: '61.2KB of matches in grep results but analysis was not completed in this session.' This new fact is redundant and already captured in existing memory with additional context about open threads.","fact":{"content":"Grep analysis of the codebase found 61.2KB of matches but the analysis was not completed in the current session","type":"procedural","confidence":0.95}},{"action":"update","targetMemoryId":"0806243e-4fd4-46fb-9bd0-69d6b6c7da7f","confidence":0.85,"reason":"New fact formalizes the open task identified in the previous session's investigation. [5] already captures the open thread about disabling auto-lock; updating it clarifies this is an active task to work on with high confidence (0.9), incorporating the decision that this work should proceed.","fact":{"content":"An open task exists to cleanly disable the system's auto-lock mechanism","type":"decision","confidence":0.9},"targetContent":"Agent found 61.2KB of matches in grep results but analysis was not completed in this session. Open threads: Identify and cleanly disable auto-lock mechanism without breaking manual locking or affecting system suspend behavior."},{"action":"none","confidence":0.95,"reason":"The new procedural constraint is already captured by existing candidates #3 and #4, which explicitly document the preference/requirement to preserve manual lock capability while disabling auto-lock. No new information is added.","fact":{"content":"The auto-lock mechanism disable task requires preserving manual locking functionality","type":"procedural","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"The procedural constraint about not affecting system suspend behavior is already explicitly documented in existing memories [4] and [5], which both mention this requirement when disabling auto-lock. No new information to capture.","fact":{"content":"The auto-lock mechanism disable task requires not affecting system suspend behavior","type":"procedural","confidence":0.9}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 8b271079-d9e7-48e0-8221-62efb95b3cbb
memory_id: ae2e807a-a54f-418a-a2c8-c108254ab9fe
job_type: extract
status: completed
leased_at: 2026-03-01T22:49:38.458Z
completed_at: 2026-03-01T22:50:37.184Z
created_at: 2026-03-01T22:46:33.435Z
updated_at: 2026-03-01T22:50:37.184Z
result:
  {"facts":[{"content":"The `user-prompt-submit` hook generates garbage FTS recall queries due to upstream input parsing issues","type":"fact","confidence":0.95},{"content":"The Claude Code CLI at `cli.ts:4816` checks for `parsed.user_prompt` or `parsed.userPrompt` keys when parsing prompt input","type":"fact","confidence":0.95},{"content":"Claude Code sends prompt data as `{ prompt: \"...\" }` on stdin to the CLI","type":"fact","confidence":0.95},{"content":"The `user-prompt-submit` hook fails to correctly build recall queries because the CLI expects prompt data with `user_prompt` or `userPrompt` keys, but Claude Code sends a `prompt` key instead, causing a field name mismatch","type":"rationale","confidence":0.9}],"entities":[{"source":"user-prompt-submit hook","relationship":"generates","target":"FTS recall queries","confidence":0.95},{"source":"Claude Code CLI (cli.ts:4816)","relationship":"checks for","target":"parsed.user_prompt or parsed.userPrompt","confidence":0.95},{"source":"Claude Code","relationship":"sends on stdin","target":"{ prompt: \"...\" }","confidence":0.95},{"source":"Claude Code input format","relationship":"incompatible with","target":"CLI field name expectations","confidence":0.9}],"proposals":[{"action":"none","targetMemoryId":"ae2e807a-a54f-418a-a2c8-c108254ab9fe","confidence":0.98,"reason":"New fact is already comprehensively covered by candidate [5]. That memory contains the exact same finding (garbage FTS queries in user-prompt-submit hook) plus upstream root causes (property name mismatch, Claude Code stdin format) and code references. Storing this would duplicate existing high-fidelity memory.","fact":{"content":"The `user-prompt-submit` hook generates garbage FTS recall queries due to upstream input parsing issues","type":"fact","confidence":0.95},"targetContent":"**Bug 2 – Prompt Submit Recall Queries Broken**: The `user-prompt-submit` hook was building garbage FTS recall queries due to two upstream issues: - **Claude Code path**: The CLI at `cli.ts:4816` was only checking `parsed.user_prompt || parsed.userPrompt`, but Claude Code sends `{ prompt: \"...\" }` on stdin."},{"action":"update","targetMemoryId":"efcf6a85-c0e7-40ce-b392-fb7d3da98055","confidence":0.95,"reason":"New fact refines existing memory by adding precise code location (cli.ts:4816) to the procedural knowledge about CLI prompt key checking","fact":{"content":"The Claude Code CLI at `cli.ts:4816` checks for `parsed.user_prompt` or `parsed.userPrompt` keys when parsing prompt input","type":"fact","confidence":0.95},"targetContent":"The CLI looks for either 'user_prompt' or 'userPrompt' fields in the parsed JSON input to extract the prompt"},{"action":"none","confidence":0.98,"reason":"This fact is already explicitly captured in candidates [4] and [5], which both state that Claude Code sends { prompt: '...' } on stdin. Candidate [5] provides additional context about the bug impact.","fact":{"content":"Claude Code sends prompt data as `{ prompt: \"...\" }` on stdin to the CLI","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidates [4] and [5] already comprehensively document this exact property name mismatch between CLI's expected format (user_prompt/userPrompt) and Claude Code's actual format (prompt), along with its consequence on recall query building. The new fact is a concise restatement of information already captured in those existing memories.","fact":{"content":"The `user-prompt-submit` hook fails to correctly build recall queries because the CLI expects prompt data with `user_prompt` or `userPrompt` keys, but Claude Code sends a `prompt` key instead, causing a field name mismatch","type":"rationale","confidence":0.9}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 18dde6e6-1a02-4551-a681-5ce897b1ea20
memory_id: 2a7372bc-e3ff-4d1f-a749-2f7f259e79b4
job_type: extract
status: completed
leased_at: 2026-03-01T22:53:02.859Z
completed_at: 2026-03-01T22:53:53.354Z
created_at: 2026-03-01T22:53:01.083Z
updated_at: 2026-03-01T22:53:53.354Z
result:
  {"facts":[{"content":"The OpenClaw gateway experienced a crash loop with 62+ restarts on 2026-03-01","type":"fact","confidence":0.95},{"content":"The OpenClaw gateway crash loop was caused by gateway.bind being set to 'lan' without a corresponding gateway.controlUi.allowedOrigins configuration","type":"rationale","confidence":0.95},{"content":"Setting gateway.bind to 'lan' in OpenClaw gateway requires gateway.controlUi.allowedOrigins to be configured to prevent crash loops","type":"semantic","confidence":0.9}],"entities":[{"source":"OpenClaw gateway","relationship":"experienced","target":"crash loop with 62+ restarts","confidence":0.95},{"source":"gateway.bind","relationship":"was set to","target":"'lan'","confidence":0.95},{"source":"gateway.controlUi.allowedOrigins","relationship":"was missing from","target":"OpenClaw gateway configuration","confidence":0.95},{"source":"incomplete configuration (gateway.bind='lan' + no allowedOrigins)","relationship":"caused","target":"OpenClaw gateway crash loop","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Memory [5] already captures this incident with root cause detail: gateway.bind='lan' without allowedOrigins config. New fact restates the same crash loop event (62+ restarts) without adding new information.","fact":{"content":"The OpenClaw gateway experienced a crash loop with 62+ restarts on 2026-03-01","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already captures this exact diagnostic: OpenClaw gateway crash loop (62+ restarts) caused by gateway.bind='lan' without gateway.controlUi.allowedOrigins configuration, dated 2026-03-01. New fact is redundant.","fact":{"content":"The OpenClaw gateway crash loop was caused by gateway.bind being set to 'lan' without a corresponding gateway.controlUi.allowedOrigins configuration","type":"rationale","confidence":0.95}},{"action":"none","confidence":0.98,"reason":"New fact is already captured in candidate [5] (ID: 2a7372bc-e3ff-4d1f-a749-2f7f259e79b4), which documents the exact same crash loop issue: gateway.bind='lan' without allowedOrigins configuration causes crash loops. No new information to store.","fact":{"content":"Setting gateway.bind to 'lan' in OpenClaw gateway requires gateway.controlUi.allowedOrigins to be configured to prevent crash loops","type":"semantic","confidence":0.9}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: bfb89459-b03a-41aa-b327-cd0f572b2837
memory_id: 400bd86a-4e05-4817-950d-50d38f6a2b75
job_type: extract
status: completed
leased_at: 2026-03-01T22:53:55.355Z
completed_at: 2026-03-01T22:54:44.997Z
created_at: 2026-03-01T22:53:01.093Z
updated_at: 2026-03-01T22:54:44.997Z
result:
  {"facts":[{"content":"Tailscale creates a non-loopback interface with IP address 100.119.174.58","type":"fact","confidence":0.95},{"content":"OpenClaw enforces a security check that refuses to serve the Control UI on non-loopback interface addresses","type":"procedural","confidence":0.95},{"content":"OpenClaw's Control UI security check can be bypassed by explicitly allowlisting the origin for non-loopback addresses","type":"procedural","confidence":0.9}],"entities":[{"source":"Tailscale","relationship":"creates","target":"non-loopback interface (100.119.174.58)","confidence":0.95},{"source":"OpenClaw Control UI","relationship":"blocks-by-default","target":"non-loopback addresses","confidence":0.95},{"source":"non-loopback addresses","relationship":"requires-for-access","target":"explicit origin allowlisting","confidence":0.9},{"source":"Tailscale interface","relationship":"triggers","target":"OpenClaw security check","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [2] already covers this fact with additional context about OpenClaw's security implications. No new information to add or update.","fact":{"content":"Tailscale creates a non-loopback interface with IP address 100.119.174.58","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already captures this fact with additional context: it explicitly mentions 'OpenClaw's security check that refuses to serve Control UI on non-loopback addresses' and adds details about Tailscale triggering it and the allowlisting option. The new fact is a subset of existing memory.","fact":{"content":"OpenClaw enforces a security check that refuses to serve the Control UI on non-loopback interface addresses","type":"procedural","confidence":0.95}},{"action":"update","targetMemoryId":"400bd86a-4e05-4817-950d-50d38f6a2b75","confidence":0.95,"reason":"New fact clarifies the OpenClaw security mechanism in candidate [5]. Candidate describes the problem (Tailscale triggering security check), and new fact explains the solution (explicit origin allowlisting bypasses the check). These should be merged into one complete fact about the security check behavior and workaround.","fact":{"content":"OpenClaw's Control UI security check can be bypassed by explicitly allowlisting the origin for non-loopback addresses","type":"procedural","confidence":0.9},"targetContent":"Tailscale adds a non-loopback interface (100.119.174.58), triggering OpenClaw's security check that refuses to serve Control UI on non-loopback addresses without explicit origin allowlisting."}],"writeMode":"phase-c","writeStats":{"added":0,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 27838615-95d8-45bd-833f-8ef2a2b1f3dc
memory_id: 837c7cf3-0e78-4ed3-b1ac-e5722edfe8ee
job_type: extract
status: completed
leased_at: 2026-03-01T22:54:46.998Z
completed_at: 2026-03-01T22:55:31.943Z
created_at: 2026-03-01T22:53:01.106Z
updated_at: 2026-03-01T22:55:31.943Z
result:
  {"facts":[{"content":"The controlUi.allowedOrigins configuration property was added to ~/.openclaw/openclaw.json to allow OpenClaw control UI access from multiple network interfaces and addresses","type":"procedural","confidence":0.95},{"content":"The controlUi.allowedOrigins in ~/.openclaw/openclaw.json includes the following origins on port 18789: localhost, 127.0.0.1 (loopback), 10.0.0.189 (LAN IP), 100.119.174.58 (Tailscale IP), and archlinux (hostname)","type":"fact","confidence":0.95},{"content":"The ~/.openclaw/openclaw.json configuration file was reformatted by a linter after the controlUi.allowedOrigins edit, applying 4-space indentation and reordering keys for consistency","type":"procedural","confidence":0.9}],"entities":[{"source":"controlUi.allowedOrigins","relationship":"contains","target":"localhost:18789","confidence":0.95},{"source":"controlUi.allowedOrigins","relationship":"contains","target":"127.0.0.1:18789","confidence":0.95},{"source":"controlUi.allowedOrigins","relationship":"contains","target":"10.0.0.189:18789","confidence":0.95},{"source":"controlUi.allowedOrigins","relationship":"contains","target":"100.119.174.58:18789","confidence":0.95},{"source":"controlUi.allowedOrigins","relationship":"contains","target":"archlinux:18789","confidence":0.95},{"source":"~/.openclaw/openclaw.json","relationship":"contains","target":"controlUi.allowedOrigins","confidence":0.95}],"proposals":[{"action":"none","confidence":0.95,"reason":"Existing candidate [4] already captures this exact fact in much greater detail, including the specific addresses (localhost, 127.0.0.1, 10.0.0.189, 100.119.174.58, archlinux) and port configuration. The new fact is a more abstract description of what's already documented.","fact":{"content":"The controlUi.allowedOrigins configuration property was added to ~/.openclaw/openclaw.json to allow OpenClaw control UI access from multiple network interfaces and addresses","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.98,"reason":"Candidate #837c7cf3 already captures this exact configuration detail with additional context (linter reformatting). New fact is redundant.","fact":{"content":"The controlUi.allowedOrigins in ~/.openclaw/openclaw.json includes the following origins on port 18789: localhost, 127.0.0.1 (loopback), 10.0.0.189 (LAN IP), 100.119.174.58 (Tailscale IP), and archlinux (hostname)","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already captures this procedural detail: 'Config file was also reformatted by a linter after the edit (4-space indent, reordered keys).' The new fact is a restatement of information already documented in the controlUi.allowedOrigins memory.","fact":{"content":"The ~/.openclaw/openclaw.json configuration file was reformatted by a linter after the controlUi.allowedOrigins edit, applying 4-space indentation and reordering keys for consistency","type":"procedural","confidence":0.9}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 3ee087c7-13dd-4c8b-89c9-5f3f6a5c84d2
memory_id: 884f0187-22a6-4a2e-8b1b-e4b3fc907101
job_type: extract
status: completed
leased_at: 2026-03-01T22:55:33.945Z
completed_at: 2026-03-01T22:56:16.090Z
created_at: 2026-03-01T22:53:01.117Z
updated_at: 2026-03-01T22:56:16.090Z
result:
  {"facts":[{"content":"The openclaw-gateway.service is a user-level systemd service managed at the user level","type":"fact","confidence":0.95},{"content":"To restart the openclaw-gateway.service, use the command: systemctl --user restart openclaw-gateway.service","type":"procedural","confidence":0.95}],"entities":[{"source":"openclaw-gateway.service","relationship":"managed by","target":"systemctl","confidence":0.95},{"source":"systemctl","relationship":"restarts","target":"openclaw-gateway.service","confidence":0.95}],"proposals":[{"action":"add","confidence":0.85,"reason":"New fact establishes a foundational characteristic of the service (user-level scope) that's distinct from candidate [5], which documents a specific action. While [5] demonstrates this through the --user flag, the new fact explicitly codifies the service's configuration level as reusable knowledge. This supports future interactions without needing to infer from past actions.","fact":{"content":"The openclaw-gateway.service is a user-level systemd service managed at the user level","type":"fact","confidence":0.95}},{"action":"none","confidence":0.9,"reason":"Candidate [5] already documents this exact command as part of the 2026-03-01 gateway crash-loop fix narrative. The new procedural fact is covered by existing memory.","fact":{"content":"To restart the openclaw-gateway.service, use the command: systemctl --user restart openclaw-gateway.service","type":"procedural","confidence":0.95}}],"writeMode":"phase-c","writeStats":{"added":1,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":1},"warnings":[]}


id: 71595cd1-5c81-4715-af4a-a03c46305d17
memory_id: eab5d339-92e4-4a17-9eac-8fd19e955752
job_type: extract
status: completed
leased_at: 2026-03-01T22:56:18.091Z
completed_at: 2026-03-01T22:57:11.077Z
created_at: 2026-03-01T22:56:10.436Z
updated_at: 2026-03-01T22:57:11.077Z
result:
  {"facts":[{"content":"OpenClaw gateway crashes in a loop when the `controlUi.allowedOrigins` configuration parameter is missing","type":"fact","confidence":0.95},{"content":"The OpenClaw gateway crash loop issue caused by missing `controlUi.allowedOrigins` configuration has been fixed","type":"decision","confidence":0.95},{"content":"The `controlUi.allowedOrigins` configuration is a required parameter in OpenClaw gateway configuration","type":"procedural","confidence":0.85}],"entities":[{"source":"OpenClaw gateway","relationship":"crashes_when_missing","target":"controlUi.allowedOrigins configuration","confidence":0.95},{"source":"OpenClaw gateway crash loop","relationship":"has_been_fixed","target":"by adding controlUi.allowedOrigins configuration","confidence":0.9}],"proposals":[{"action":"none","confidence":0.92,"reason":"New fact is already covered by existing memories. Candidate [1] documents the exact scenario (bind='lan' + missing allowedOrigins + crash loop), and candidate [3] captures the conditional rule (non-loopback interfaces require allowedOrigins). The new fact is less specific than what's already documented; existing memories clarify this only happens with non-loopback bindings, not whenever allowedOrigins is missing.","fact":{"content":"OpenClaw gateway crashes in a loop when the `controlUi.allowedOrigins` configuration parameter is missing","type":"fact","confidence":0.95}},{"action":"none","confidence":0.92,"reason":"New fact is already well-covered by existing memories. Candidate [5] directly states 'OpenClaw Gateway Crash Loop Fix Fixed' with the same core information. Candidate [2] provides richer context (62+ restarts, configuration details). The new fact adds no novel information beyond what's already documented.","fact":{"content":"The OpenClaw gateway crash loop issue caused by missing `controlUi.allowedOrigins` configuration has been fixed","type":"decision","confidence":0.95}},{"action":"none","confidence":0.9,"reason":"Candidate [3] already comprehensively covers this: it documents that `gateway.controlUi.allowedOrigins` is required when `gateway.bind` is set to 'lan' mode, with the specific rationale (non-loopback interfaces trigger origin validation). The new fact is less specific and doesn't add new information beyond what's already stored. Candidate [4] also documents a related crash loop fix from this missing configuration.","fact":{"content":"The `controlUi.allowedOrigins` configuration is a required parameter in OpenClaw gateway configuration","type":"procedural","confidence":0.85}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 85b18d27-ead3-4fc6-bc62-1f6451f1dd4a
memory_id: 4d8cb1b3-23c3-43e2-bf78-b20e3674ca07
job_type: extract
status: completed
leased_at: 2026-03-01T22:57:13.078Z
completed_at: 2026-03-01T22:58:32.911Z
created_at: 2026-03-01T22:56:10.448Z
updated_at: 2026-03-01T22:58:32.911Z
result:
  {"facts":[{"content":"Setting the gateway configuration parameter `bind: \"lan\"` adds a Tailscale network interface as a non-loopback address","type":"procedural","confidence":0.95},{"content":"The Tailscale interface created by gateway `bind: \"lan\"` configuration has the IP address 100.119.174.58","type":"fact","confidence":0.95},{"content":"OpenClaw's Control UI includes a security check that requires explicit origin allowlisting when accessed from non-loopback network addresses","type":"fact","confidence":0.95},{"content":"Non-loopback network addresses assigned to gateway interfaces trigger OpenClaw's origin allowlisting security check for Control UI access","type":"procedural","confidence":0.9}],"entities":[{"source":"gateway","relationship":"configured_with","target":"bind: \"lan\"","confidence":0.95},{"source":"bind: \"lan\"","relationship":"adds","target":"Tailscale interface","confidence":0.95},{"source":"Tailscale interface","relationship":"assigned_address","target":"100.119.174.58","confidence":0.95},{"source":"Tailscale interface","relationship":"classified_as","target":"non-loopback address","confidence":0.95},{"source":"OpenClaw Control UI","relationship":"requires","target":"origin allowlisting for non-loopback access","confidence":0.95}],"proposals":[{"action":"none","confidence":0.92,"reason":"New procedural fact is already captured in candidate [4] which explicitly states that setting bind='lan' added a Tailscale interface as a non-loopback address. The technical principle is also implicit in candidate [2]'s rule about non-loopback interfaces triggering origin validation. No new information to retain.","fact":{"content":"Setting the gateway configuration parameter `bind: \"lan\"` adds a Tailscale network interface as a non-loopback address","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already documents that `bind: 'lan'` added a Tailscale interface with IP 100.119.174.58 as a non-loopback address. The new fact is already covered in existing memory.","fact":{"content":"The Tailscale interface created by gateway `bind: \"lan\"` configuration has the IP address 100.119.174.58","type":"fact","confidence":0.95}},{"action":"none","confidence":0.92,"reason":"Candidate [4d8cb1b3-23c3-43e2-bf78-b20e3674ca07] already captures this exact principle: 'OpenClaw's security check that requires explicit origin allowlisting for non-loopback Control UI access.' The new fact is a generalized restatement of the same architectural rule already documented in that memory.","fact":{"content":"OpenClaw's Control UI includes a security check that requires explicit origin allowlisting when accessed from non-loopback network addresses","type":"fact","confidence":0.95}},{"action":"none","confidence":0.85,"reason":"The core information is already captured by existing memories. Candidate [2] explicitly states 'non-loopback interfaces (like Tailscale) trigger origin validation' and [4] documents the specific case where a non-loopback address triggered the security check. The new fact is a general restatement of this mechanism without adding new information about the behavior, triggers, consequences, or solutions.","fact":{"content":"Non-loopback network addresses assigned to gateway interfaces trigger OpenClaw's origin allowlisting security check for Control UI access","type":"procedural","confidence":0.9}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 1b99082e-eda9-4587-a01a-72bc72b7db69
memory_id: 106a2b32-62ec-4ea3-95f1-67ed2836a895
job_type: extract
status: completed
leased_at: 2026-03-01T22:58:34.913Z
completed_at: 2026-03-01T22:59:22.627Z
created_at: 2026-03-01T22:56:10.459Z
updated_at: 2026-03-01T22:59:22.627Z
result:
  {"facts":[{"content":"OpenClaw non-loopback Control UI requires either gateway.controlUi.allowedOrigins (set with explicit origin list) OR gateway.controlUi.dangerouslyAllowHostHeaderOriginFallback=true to be configured","type":"semantic","confidence":0.95},{"content":"The OpenClaw Control UI configuration error was fixed by editing /home/nicholai/.openclaw/openclaw.json to add a controlUi section containing an allowedOrigins array","type":"procedural","confidence":0.85},{"content":"The OpenClaw gateway configuration file located at /home/nicholai/.openclaw/openclaw.json supports a controlUi object with allowedOrigins and dangerouslyAllowHostHeaderOriginFallback properties","type":"fact","confidence":0.9}],"entities":[{"source":"OpenClaw Control UI (non-loopback)","relationship":"requires configuration","target":"gateway.controlUi.allowedOrigins","confidence":0.95},{"source":"gateway.controlUi","relationship":"alternative configuration","target":"dangerouslyAllowHostHeaderOriginFallback","confidence":0.9},{"source":"Fix implementation","relationship":"modified file","target":"/home/nicholai/.openclaw/openclaw.json","confidence":0.85}],"proposals":[{"action":"update","targetMemoryId":"15c182d9-ba2d-49f7-8e41-a8dd572d9e3e","confidence":0.9,"reason":"New fact is a more complete rule statement covering both valid configuration approaches (allowedOrigins OR dangerouslyAllowHostHeaderOriginFallback) for the same OpenClaw gateway Control UI security requirement. Supersedes the existing rule which only mentions one solution path.","fact":{"content":"OpenClaw non-loopback Control UI requires either gateway.controlUi.allowedOrigins (set with explicit origin list) OR gateway.controlUi.dangerouslyAllowHostHeaderOriginFallback=true to be configured","type":"semantic","confidence":0.95},"targetContent":"OpenClaw gateway requires gateway.controlUi.allowedOrigins configuration when gateway.bind is set to 'lan' mode, as non-loopback interfaces (like Tailscale) trigger origin validation"},{"action":"none","confidence":0.95,"reason":"Existing memories (IDs 837c7cf3 and 106a2b32) comprehensively cover this fact with greater detail: specific allowed origins (localhost, 127.0.0.1, LAN IP, Tailscale IP, hostname), port number, linting details, config structure, and error context. The new fact is a higher-level summary already subsumed by these detailed candidates.","fact":{"content":"The OpenClaw Control UI configuration error was fixed by editing /home/nicholai/.openclaw/openclaw.json to add a controlUi section containing an allowedOrigins array","type":"procedural","confidence":0.85}},{"action":"update","targetMemoryId":"6f8710d3-0e93-47ba-b709-21bc163db00f","confidence":0.88,"reason":"New fact provides structural documentation of controlUi object properties. Candidate [4] already mentions controlUi.allowedOrigins in the gateway config, but the new fact adds explicit documentation that the object supports both allowedOrigins and dangerouslyAllowHostHeaderOriginFallback. Merging provides complete property reference.","fact":{"content":"The OpenClaw gateway configuration file located at /home/nicholai/.openclaw/openclaw.json supports a controlUi object with allowedOrigins and dangerouslyAllowHostHeaderOriginFallback properties","type":"fact","confidence":0.9},"targetContent":"/home/nicholai/.openclaw/openclaw.json gateway config has auth section followed by tailscale section, with controlUi.allowedOrigins block inserted between them"}],"writeMode":"phase-c","writeStats":{"added":0,"updated":2,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: d17cea4a-2a96-4763-bdbb-9743684c3cdf
memory_id: c0fd22c7-88da-40c9-a0de-0bf824228fb7
job_type: extract
status: completed
leased_at: 2026-03-01T22:59:24.628Z
completed_at: 2026-03-01T23:00:42.717Z
created_at: 2026-03-01T22:56:10.471Z
updated_at: 2026-03-01T23:00:42.717Z
result:
  {"facts":[{"content":"A service is accessible on port 18789 via multiple loopback addresses: http://localhost:18789 and http://127.0.0.1:18789","type":"semantic","confidence":0.95},{"content":"A service on port 18789 is accessible from the local network at http://10.0.0.189:18789","type":"semantic","confidence":0.95},{"content":"A service on port 18789 is accessible via Tailscale interface at http://100.119.174.58:18789","type":"semantic","confidence":0.95},{"content":"A service on port 18789 is accessible via hostname at http://archlinux:18789","type":"semantic","confidence":0.95},{"content":"A controlUi block was inserted in configuration between auth and tailscale sections","type":"procedural","confidence":0.85}],"entities":[{"source":"localhost","relationship":"resolves_to","target":"port 18789","confidence":0.95},{"source":"127.0.0.1","relationship":"resolves_to","target":"port 18789","confidence":0.95},{"source":"10.0.0.189","relationship":"routes_to","target":"port 18789","confidence":0.95},{"source":"100.119.174.58","relationship":"routes_to","target":"port 18789","confidence":0.95},{"source":"archlinux","relationship":"resolves_to","target":"port 18789","confidence":0.95},{"source":"controlUi","relationship":"positioned_between","target":"auth and tailscale sections","confidence":0.85}],"proposals":[{"action":"none","confidence":0.95,"reason":"New fact is already covered by existing memory [5], which explicitly lists loopback addresses (http://localhost:18789, http://127.0.0.1:18789) among the service's accessible endpoints. The information is redundant.","fact":{"content":"A service is accessible on port 18789 via multiple loopback addresses: http://localhost:18789 and http://127.0.0.1:18789","type":"semantic","confidence":0.95}},{"action":"none","confidence":0.9,"reason":"Candidate [4] already documents the fix that enables this exact accessibility: controlUi.allowedOrigins was explicitly configured to include 10.0.0.189 on port 18789. The new fact is a verification/consequence of that existing memory, not new information.","fact":{"content":"A service on port 18789 is accessible from the local network at http://10.0.0.189:18789","type":"semantic","confidence":0.95}},{"action":"update","targetMemoryId":"837c7cf3-0e78-4ed3-b1ac-e5722edfe8ee","confidence":0.88,"reason":"New fact operationally confirms the configuration fix in candidate #3. Both describe the same service (port 18789) accessible via the same Tailscale interface (100.119.174.58). Merging adds verification that the configuration is working.","fact":{"content":"A service on port 18789 is accessible via Tailscale interface at http://100.119.174.58:18789","type":"semantic","confidence":0.95},"targetContent":"Fix: added controlUi.allowedOrigins to ~/.openclaw/openclaw.json covering localhost, 127.0.0.1, LAN IP (10.0.0.189), Tailscale IP (100.119.174.58), and hostname (archlinux), all on port 18789. Config file was also reformatted by a linter after the edit (4-space indent, reordered keys)."},{"action":"none","confidence":0.92,"reason":"New fact is already comprehensively covered by existing candidates [3] and [5], which detail both the OpenClaw controlUi.allowedOrigins configuration and the resulting accessible URLs including http://archlinux:18789. The new fact adds no additional detail or context beyond what's already stored.","fact":{"content":"A service on port 18789 is accessible via hostname at http://archlinux:18789","type":"semantic","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate 5 already documents this exact configuration detail: 'The `controlUi` block was inserted between `auth` and `tailscale` sections'. The new fact does not add additional procedural or structural information beyond what's already captured.","fact":{"content":"A controlUi block was inserted in configuration between auth and tailscale sections","type":"procedural","confidence":0.85}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 87fa01ce-67ec-4f61-a38d-dba9eb9bada0
memory_id: c2f73626-69e1-414f-8b7e-10e85a0a738f
job_type: extract
status: completed
leased_at: 2026-03-01T23:00:54.782Z
completed_at: 2026-03-01T23:01:21.884Z
created_at: 2026-03-01T22:56:10.491Z
updated_at: 2026-03-01T23:01:21.884Z
result:
  {"facts":[{"content":"The openclaw-gateway.service user-mode restart is verified by running `systemctl --user restart openclaw-gateway.service` followed by inspection of systemctl status output and journal logs","type":"procedural","confidence":0.95}],"entities":[{"source":"openclaw-gateway.service","relationship":"verified_via","target":"systemctl --user restart","confidence":0.95},{"source":"openclaw-gateway.service","relationship":"verified_with","target":"systemctl status output","confidence":0.95},{"source":"openclaw-gateway.service","relationship":"verified_with","target":"journal logs","confidence":0.95}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [4] already captures the identical procedural knowledge: restart the service via `systemctl --user restart openclaw-gateway.service` followed by verification with status and journal log inspection. New fact is redundant.","fact":{"content":"The openclaw-gateway.service user-mode restart is verified by running `systemctl --user restart openclaw-gateway.service` followed by inspection of systemctl status output and journal logs","type":"procedural","confidence":0.95}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: e7b37bb5-4865-4068-8a0c-d200fd56a342
memory_id: 4c3bf58c-c077-45ca-93b6-c8e6864aa8ef
job_type: extract
status: completed
leased_at: 2026-03-01T23:04:06.627Z
completed_at: 2026-03-01T23:05:03.731Z
created_at: 2026-03-01T23:04:04.871Z
updated_at: 2026-03-01T23:05:03.731Z
result:
  {"facts":[{"content":"The signetai monorepo's packages/ directory contains approximately 81,649 lines of TypeScript, TSX, and Svelte source code across 378 files","type":"semantic","confidence":0.95},{"content":"The signetai monorepo line count measurement excluded node_modules, dist, and build directories","type":"procedural","confidence":0.95},{"content":"A bash command was used to count lines of code in TypeScript, TSX, and Svelte files across the signetai monorepo's packages/ directory","type":"procedural","confidence":0.9},{"content":"Nicholai confirmed that node_modules should be excluded from codebase metrics and verified this was correctly handled in the initial line count","type":"decision","confidence":0.9}],"entities":[{"source":"signetai monorepo","relationship":"contains","target":"81,649 lines of code","confidence":0.95},{"source":"signetai monorepo","relationship":"has","target":"378 source files","confidence":0.95},{"source":"signetai monorepo","relationship":"written in","target":"TypeScript, TSX, Svelte","confidence":0.95},{"source":"line count methodology","relationship":"excludes","target":"node_modules, dist, build directories","confidence":0.95},{"source":"Nicholai","relationship":"requested","target":"codebase metrics for signetai monorepo","confidence":0.9},{"source":"Claude","relationship":"executed","target":"bash command for line counting","confidence":0.9}],"proposals":[{"action":"none","confidence":0.98,"reason":"Exact fact already stored in candidate 5 (ID: 4c3bf58c-c077-45ca-93b6-c8e6864aa8ef) with additional context (how the metric was obtained, Nicholai's confirmation). Candidate 4 also contains the same core metric. No new information to add.","fact":{"content":"The signetai monorepo's packages/ directory contains approximately 81,649 lines of TypeScript, TSX, and Svelte source code across 378 files","type":"semantic","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"New fact is already well-covered by candidate [5], which explicitly documents the procedural details: the bash command run, what was counted (TypeScript/TSX/Svelte files), and what was excluded (node_modules, dist, build). Candidate [4] also mentions the exclusion criteria alongside the result (81,649 lines).","fact":{"content":"The signetai monorepo line count measurement excluded node_modules, dist, and build directories","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate 5 already comprehensively captures this procedural fact, explicitly stating 'Claude ran a bash command to count TypeScript, TSX, and Svelte source files across the packages/ directory'. The new fact would be redundant with existing memory.","fact":{"content":"A bash command was used to count lines of code in TypeScript, TSX, and Svelte files across the signetai monorepo's packages/ directory","type":"procedural","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"This fact is already comprehensively covered by candidate [4c3bf58c-c077-45ca-93b6-c8e6864aa8ef], which explicitly documents both the node_modules exclusion and Nicholai's confirmation of correct filtering in the initial count.","fact":{"content":"Nicholai confirmed that node_modules should be excluded from codebase metrics and verified this was correctly handled in the initial line count","type":"decision","confidence":0.9}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 48dca8d8-b2dc-4951-98dc-16598fcefabe
memory_id: d5ece1e4-d4f1-4839-8ed7-f29362865611
job_type: extract
status: completed
leased_at: 2026-03-01T23:16:41.392Z
completed_at: 2026-03-01T23:17:52.925Z
created_at: 2026-03-01T23:10:56.561Z
updated_at: 2026-03-01T23:17:52.925Z
result:
  {"facts":[{"content":"A grep search found 61.2KB of matching content related to a system mechanism","type":"fact","confidence":0.95},{"content":"Analysis of the grep search results was not completed in the current session","type":"fact","confidence":0.95},{"content":"An open task exists to disable an auto-lock mechanism in the system","type":"procedural","confidence":0.9},{"content":"Disabling the auto-lock mechanism must preserve manual locking functionality","type":"procedural","confidence":0.9},{"content":"Disabling the auto-lock mechanism must not affect system suspend behavior","type":"procedural","confidence":0.9}],"entities":[{"source":"grep search","relationship":"returned","target":"61.2KB of matches","confidence":0.95},{"source":"grep analysis","relationship":"status","target":"incomplete","confidence":0.95},{"source":"auto-lock mechanism","relationship":"open task","target":"disable cleanly","confidence":0.9},{"source":"auto-lock disabling","relationship":"must preserve","target":"manual locking","confidence":0.9},{"source":"auto-lock disabling","relationship":"must not affect","target":"system suspend behavior","confidence":0.9}],"proposals":[{"action":"none","confidence":0.92,"reason":"Candidate [5] already records the same 61.2KB grep search result with additional context (auto-lock mechanism, open threads). New fact is a less specific restatement of existing memory.","fact":{"content":"A grep search found 61.2KB of matching content related to a system mechanism","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already captures this exact fact with richer context: it explicitly states 'analysis was not completed in this session' with 61.2KB of grep results and open threads. The new fact is redundant and less informative than existing memory.","fact":{"content":"Analysis of the grep search results was not completed in the current session","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [4] already documents this exact fact: an open task to disable the auto-lock mechanism. The new fact is redundant and adds no additional information.","fact":{"content":"An open task exists to disable an auto-lock mechanism in the system","type":"procedural","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate 2 (de3439a3...) already captures this exact requirement as a preference: 'preserve manual lock capability while disabling automatic idle-based locking'. The new fact restates the same procedural constraint—no novel information to add.","fact":{"content":"Disabling the auto-lock mechanism must preserve manual locking functionality","type":"procedural","confidence":0.9}},{"action":"update","targetMemoryId":"d5ece1e4-d4f1-4839-8ed7-f29362865611","confidence":0.85,"reason":"New fact establishes a critical constraint for the auto-lock disabling task. Candidate 5 already mentions 'affecting system suspend behavior' as an open thread; this fact clarifies that suspend behavior preservation is a hard requirement, not just a concern.","fact":{"content":"Disabling the auto-lock mechanism must not affect system suspend behavior","type":"procedural","confidence":0.9},"targetContent":"Agent found 61.2KB of matches in grep results but analysis was not completed in this session. Open threads: Identify and cleanly disable auto-lock mechanism without breaking manual locking or affecting system suspend behavior."}],"writeMode":"phase-c","writeStats":{"added":0,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 1768101f-c3ac-40d8-8ba1-fe63b6d17d32
memory_id: 0bc5d05f-187c-4eac-b3f3-b8946c48541f
job_type: extract
status: completed
leased_at: 2026-03-01T23:22:04.665Z
completed_at: 2026-03-01T23:23:04.463Z
created_at: 2026-03-01T23:22:03.268Z
updated_at: 2026-03-01T23:23:04.463Z
result:
  {"facts":[{"content":"An open development task is to cleanly disable an auto-lock mechanism","type":"procedural","confidence":0.9},{"content":"When disabling the auto-lock mechanism, manual locking functionality must be preserved","type":"procedural","confidence":0.9},{"content":"When disabling the auto-lock mechanism, system suspend behavior must not be affected","type":"procedural","confidence":0.9}],"entities":[{"source":"auto-lock mechanism","relationship":"must preserve","target":"manual locking functionality","confidence":0.9},{"source":"auto-lock mechanism","relationship":"must not affect","target":"system suspend behavior","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [4] already documents this exact fact: 'An open task exists to cleanly disable the system's auto-lock mechanism.' The new fact is functionally identical, adding only minor wording variation (development task vs task). No update needed.","fact":{"content":"An open development task is to cleanly disable an auto-lock mechanism","type":"procedural","confidence":0.9}},{"action":"none","confidence":0.85,"reason":"This procedural constraint is already captured in candidate 2 (preference: preserve manual lock capability while disabling automatic idle-based locking). The new fact restates the same requirement in procedural language but adds no new information.","fact":{"content":"When disabling the auto-lock mechanism, manual locking functionality must be preserved","type":"procedural","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [5] contains the identical procedural constraint: 'Disabling the auto-lock mechanism must not affect system suspend behavior'. New fact is already captured in existing memory.","fact":{"content":"When disabling the auto-lock mechanism, system suspend behavior must not be affected","type":"procedural","confidence":0.9}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 49000b19-75f9-4d6a-8b47-2c70ad919690
memory_id: 62d4c311-01ee-4a0f-9f5b-02db1d4c4c2b
job_type: extract
status: completed
leased_at: 2026-03-01T23:28:42.221Z
completed_at: 2026-03-01T23:29:46.840Z
created_at: 2026-03-01T23:28:42.065Z
updated_at: 2026-03-01T23:29:46.840Z
result:
  {"facts":[{"content":"The Signet marketing website is located at /home/nicholai/signet/signetai/web","type":"fact","confidence":0.95},{"content":"A work session was initiated on the Signet marketing website to add SEO and AEO features","type":"fact","confidence":0.95},{"content":"AEO is an acronym for AI Engine Optimization","type":"semantic","confidence":0.95},{"content":"SEO feature implementation is planned for the Signet marketing website","type":"procedural","confidence":0.9},{"content":"AEO (AI Engine Optimization) feature implementation is planned for the Signet marketing website","type":"procedural","confidence":0.9}],"entities":[{"source":"Signet marketing website","relationship":"located at","target":"/home/nicholai/signet/signetai/web","confidence":0.95},{"source":"work session","relationship":"targets","target":"Signet marketing website","confidence":0.95},{"source":"work session","relationship":"adds feature","target":"SEO","confidence":0.9},{"source":"work session","relationship":"adds feature","target":"AEO","confidence":0.9},{"source":"AEO","relationship":"acronym for","target":"AI Engine Optimization","confidence":0.95}],"proposals":[{"action":"none","confidence":0.95,"reason":"The location /home/nicholai/signet/signetai/web is already comprehensively documented in multiple existing memories, particularly [2] and [4] which capture this as core facts with additional context about Astro, Cloudflare Pages, and tech stack details","fact":{"content":"The Signet marketing website is located at /home/nicholai/signet/signetai/web","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"New fact is already captured in candidate [5] (ID: 62d4c311-01ee-4a0f-9f5b-02db1d4c4c2b) which documents the exact same session work on SEO/AEO enhancements for the Signet marketing website","fact":{"content":"A work session was initiated on the Signet marketing website to add SEO and AEO features","type":"fact","confidence":0.95}},{"action":"add","confidence":0.95,"reason":"New acronym definition with no overlap to existing candidates. All existing memories concern project tech, fonts, and architecture—none mention AEO or AI Engine Optimization.","fact":{"content":"AEO is an acronym for AI Engine Optimization","type":"semantic","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate 5 (ID: 62d4c311-01ee-4a0f-9f5b-02db1d4c4c2b) already documents SEO and AEO enhancements for the Signet marketing website. The new procedural fact about SEO implementation planning is already covered by this existing memory.","fact":{"content":"SEO feature implementation is planned for the Signet marketing website","type":"procedural","confidence":0.9}},{"action":"update","targetMemoryId":"62d4c311-01ee-4a0f-9f5b-02db1d4c4c2b","confidence":0.95,"reason":"New fact directly relates to existing candidate about AEO enhancements on Signet marketing website. Both describe AEO (AI Engine Optimization) work on the same project. Merging would clarify that AEO implementation is in active planning/development phase.","fact":{"content":"AEO (AI Engine Optimization) feature implementation is planned for the Signet marketing website","type":"procedural","confidence":0.9},"targetContent":"## Signet Marketing Site SEO/AEO Enhancements Session initiated work on the Signet marketing website (/home/nicholai/signet/signetai/web) to add SEO and AEO (AI Engine Optimization) features."}],"writeMode":"phase-c","writeStats":{"added":1,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":1},"warnings":[]}


id: 11b3e2ac-8321-422d-9cf8-c79681dc0230
memory_id: 57e2e188-450f-4d72-9312-96278e6c5235
job_type: extract
status: completed
leased_at: 2026-03-01T23:29:48.842Z
completed_at: 2026-03-01T23:31:17.437Z
created_at: 2026-03-01T23:28:42.074Z
updated_at: 2026-03-01T23:31:17.437Z
result:
  {"facts":[{"content":"The astro-portfolio-site skill guides implementation of llms.txt and llms-full.txt endpoints for AI and LLM discovery and citation purposes","type":"procedural","confidence":0.95},{"content":"The astro-portfolio-site skill guides implementation of RSS feeds for blog content distribution","type":"procedural","confidence":0.95},{"content":"The astro-portfolio-site skill guides implementation of additional SEO improvements including structured data, meta tags, sitemaps, and robots.txt configuration","type":"procedural","confidence":0.95},{"content":"The Astro 5 portfolio site is built with React 19 for UI components","type":"fact","confidence":0.95},{"content":"The Astro 5 portfolio site uses Tailwind CSS 4 for styling","type":"fact","confidence":0.95},{"content":"The Astro 5 portfolio site uses GSAP for animations","type":"fact","confidence":0.95},{"content":"The Astro 5 portfolio site is deployed to Cloudflare Pages","type":"fact","confidence":0.95}],"entities":[{"source":"astro-portfolio-site skill","relationship":"guides implementation of","target":"llms.txt and llms-full.txt endpoints","confidence":0.95},{"source":"astro-portfolio-site skill","relationship":"guides implementation of","target":"RSS feeds for blog distribution","confidence":0.95},{"source":"astro-portfolio-site skill","relationship":"guides implementation of","target":"SEO improvements","confidence":0.95},{"source":"Astro 5 site","relationship":"uses","target":"React 19","confidence":0.95},{"source":"Astro 5 site","relationship":"uses","target":"Tailwind CSS 4","confidence":0.95},{"source":"Astro 5 site","relationship":"uses","target":"GSAP","confidence":0.95},{"source":"Astro 5 site","relationship":"deploys to","target":"Cloudflare Pages","confidence":0.95}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [4] already captures this procedural knowledge: it explicitly states that the astro-portfolio-site skill guides implementation of llms.txt and llms-full.txt endpoints for AI/LLM discovery and citation. The new fact is a restatement of information already in memory.","fact":{"content":"The astro-portfolio-site skill guides implementation of llms.txt and llms-full.txt endpoints for AI and LLM discovery and citation purposes","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [4] already contains this exact fact: 'The astro-portfolio-site skill was invoked to guide implementation of... **RSS feeds** for blog content distribution'. New fact adds no new information.","fact":{"content":"The astro-portfolio-site skill guides implementation of RSS feeds for blog content distribution","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [4] already captures this exact information: 'The astro-portfolio-site skill was invoked to guide implementation of... Additional SEO improvements including structured data, meta tags, sitemaps, and robots.txt configuration.' The new fact is redundant with existing memory.","fact":{"content":"The astro-portfolio-site skill guides implementation of additional SEO improvements including structured data, meta tags, sitemaps, and robots.txt configuration","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already contains this exact information: 'The Astro 5 site is built with React 19, Tailwind CSS 4, and GSAP for animations, deployed to Cloudflare Pages.' No new information to capture.","fact":{"content":"The Astro 5 portfolio site is built with React 19 for UI components","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate 5 already captures this fact: 'The project uses Tailwind CSS 4 for styling and design utilities' covers the new fact about Astro 5 portfolio using Tailwind CSS 4","fact":{"content":"The Astro 5 portfolio site uses Tailwind CSS 4 for styling","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already contains this exact information: 'The Astro 5 site is built with React 19, Tailwind CSS 4, and GSAP for animations, deployed to Cloudflare Pages.' No new memory needed.","fact":{"content":"The Astro 5 portfolio site uses GSAP for animations","type":"fact","confidence":0.95}},{"action":"none","confidence":0.9,"reason":"New fact combines information already captured separately: Astro 5 framework (candidate 1) + Cloudflare Pages deployment (candidate 2). Both components already exist in memory.","fact":{"content":"The Astro 5 portfolio site is deployed to Cloudflare Pages","type":"fact","confidence":0.95}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: f2b0d936-3cd3-4a1f-a094-fbfd96051d5f
memory_id: 281ed901-04f2-4d8e-a307-d01b0a3f5be1
job_type: extract
status: completed
leased_at: 2026-03-01T23:31:19.438Z
completed_at: 2026-03-01T23:32:11.800Z
created_at: 2026-03-01T23:28:42.084Z
updated_at: 2026-03-01T23:32:11.800Z
result:
  {"facts":[{"content":"The skill documentation outlines 12 implementation phases for the project","type":"procedural","confidence":0.95},{"content":"Blog infrastructure implementation includes content collections and archives","type":"procedural","confidence":0.95},{"content":"Contact form backend integration uses Resend for email functionality","type":"fact","confidence":0.95},{"content":"Deployment patterns are included as part of the 12 implementation phases","type":"procedural","confidence":0.95}],"entities":[{"source":"skill documentation","relationship":"outlines","target":"12 implementation phases","confidence":0.95},{"source":"implementation phases","relationship":"includes","target":"blog infrastructure","confidence":0.95},{"source":"blog infrastructure","relationship":"includes","target":"content collections","confidence":0.95},{"source":"blog infrastructure","relationship":"includes","target":"archives","confidence":0.95},{"source":"contact form backend","relationship":"uses","target":"Resend","confidence":0.95},{"source":"implementation phases","relationship":"includes","target":"deployment patterns","confidence":0.95}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [5] already contains this exact information: it explicitly states 'The skill documentation outlines 12 implementation phases' with specific examples (blog infrastructure, contact form backend, deployment patterns). The new fact is a summary of what's already documented.","fact":{"content":"The skill documentation outlines 12 implementation phases for the project","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.92,"reason":"Candidate #5 already captures this information: it explicitly states that skill documentation includes 'blog infrastructure (content collections, archives)'. The new procedural fact is redundant with the existing memory.","fact":{"content":"Blog infrastructure implementation includes content collections and archives","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [4] already captures this fact in greater detail - it specifies Resend is used for dual email (notification + confirmation) with honeypot protection. New fact is a less specific version of existing memory.","fact":{"content":"Contact form backend integration uses Resend for email functionality","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate 5 (ID: 281ed901-04f2-4d8e-a307-d01b0a3f5be1) already captures this fact: it explicitly states '12 implementation phases' and 'deployment patterns' as a component. The new fact is redundant.","fact":{"content":"Deployment patterns are included as part of the 12 implementation phases","type":"procedural","confidence":0.95}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: d482ef5d-337d-4465-abca-b9883cd309e3
memory_id: d7cde8ff-c74a-4299-8c0f-2ce5d8a940de
job_type: extract
status: completed
leased_at: 2026-03-01T23:32:13.801Z
completed_at: 2026-03-01T23:33:35.417Z
created_at: 2026-03-01T23:28:42.095Z
updated_at: 2026-03-01T23:33:35.417Z
result:
  {"facts":[{"content":"The project implements a prerendered RSS endpoint using @astrojs/rss for content distribution","type":"procedural","confidence":0.95},{"content":"LLM-specific endpoints are planned: llms.txt serves as the content index and llms-full.txt delivers complete content for AI systems","type":"procedural","confidence":0.95},{"content":"The robots.txt file is enhanced with LLM-Policy directive to guide AI search engines on content access","type":"procedural","confidence":0.95},{"content":"JSON-LD structured data is implemented for Organization, Article, and Product entity schemas to enable AI understanding of site entities","type":"procedural","confidence":0.95},{"content":"Blog collection uses Zod schema for runtime type validation with dynamic routing for individual blog post pages","type":"procedural","confidence":0.95},{"content":"Project is currently in planning/scaffolding phase with focus on maximizing discoverability across both traditional search engines and AI search/citation systems","type":"fact","confidence":0.9}],"entities":[{"source":"project","relationship":"implements","target":"@astrojs/rss RSS endpoint","confidence":0.95},{"source":"project","relationship":"implements","target":"llms.txt and llms-full.txt endpoints","confidence":0.95},{"source":"project","relationship":"enhances","target":"robots.txt with LLM-Policy directive","confidence":0.95},{"source":"project","relationship":"uses","target":"JSON-LD structured data","confidence":0.95},{"source":"blog collection","relationship":"uses","target":"Zod schema","confidence":0.95},{"source":"project","relationship":"targets","target":"AI search and citation discoverability","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [4] already explicitly captures this fact: '@astrojs/rss is used for prerendered RSS feed endpoints (src/pages/rss.xml.ts)'. Candidate [5] also includes this in the broader implementation areas. The new fact is fully covered by existing memory.","fact":{"content":"The project implements a prerendered RSS endpoint using @astrojs/rss for content distribution","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate 3 already captures this fact with greater specificity: llms.txt endpoint provides page/post index for LLM discovery; llms-full.txt includes full blog content. The new fact is a restatement using slightly different wording but conveys identical information.","fact":{"content":"LLM-specific endpoints are planned: llms.txt serves as the content index and llms-full.txt delivers complete content for AI systems","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"New fact is already covered by candidate 4 (ID: 2347fa1a-51e9-484b-8f92-b41366460d6a), which states 'robots.txt should include LLM-Policy directive alongside traditional robots rules for AEO compliance'. Both express the same core concept with nearly identical information.","fact":{"content":"The robots.txt file is enhanced with LLM-Policy directive to guide AI search engines on content access","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already explicitly mentions 'JSON-LD structured data for Organization, Article, and Product schemas' as a key implementation area. New fact provides no additional information beyond what's already captured.","fact":{"content":"JSON-LD structured data is implemented for Organization, Article, and Product entity schemas to enable AI understanding of site entities","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"New fact is already well-covered by candidate [5] (a5657c44-48d1-49c4-a7bb-8ffda077da6c), which explicitly states 'Blog infrastructure uses Astro Content Collections API with Zod schema and glob loader for dynamic [...slug] routing'. Both memories cover the same core details: Zod schema usage and dynamic [...slug] routing. The new fact adds minor clarification about 'runtime type validation', but this is implicit in Zod schema itself.","fact":{"content":"Blog collection uses Zod schema for runtime type validation with dynamic routing for individual blog post pages","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already contains this exact information: 'Work is in planning/scaffolding phase with focus on maximizing discoverability across both traditional search and AI search/citation.' The new fact adds no new insight and is fully covered by existing memory.","fact":{"content":"Project is currently in planning/scaffolding phase with focus on maximizing discoverability across both traditional search engines and AI search/citation systems","type":"fact","confidence":0.9}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 2f3513b6-43d6-408f-aebb-1f5972e9dea3
memory_id: 79e94223-e2e2-4e7e-a83b-fc7c8bc9cc84
job_type: extract
status: completed
leased_at: 2026-03-02T04:59:18.629Z
completed_at: 2026-03-02T05:00:04.678Z
created_at: 2026-03-02T04:59:18.131Z
updated_at: 2026-03-02T05:00:04.678Z
result:
  {"facts":[{"content":"A session was initialized in the signet/signetai monorepo on the main branch","type":"procedural","confidence":0.95},{"content":"The session initialization was triggered by a session startup hook event","type":"semantic","confidence":0.9},{"content":"No substantive work or conversations were recorded in the session data provided","type":"fact","confidence":0.95}],"entities":[{"source":"session","relationship":"initialized_in","target":"signet/signetai monorepo","confidence":0.95},{"source":"session","relationship":"on_branch","target":"main","confidence":0.95},{"source":"session_startup_hook_event","relationship":"triggers","target":"session_initialization","confidence":0.9}],"proposals":[{"action":"none","confidence":0.98,"reason":"New fact is already comprehensively covered by all 5 existing candidates. Each candidate documents a session initialization in the signet/signetai monorepo on the main branch. No new information is introduced by this fact.","fact":{"content":"A session was initialized in the signet/signetai monorepo on the main branch","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"New fact is already comprehensively covered by all existing candidates (1-5). Each candidate explicitly documents that session initialization was triggered by the SessionStart:startup hook event. The new fact adds no novel information beyond what's already captured.","fact":{"content":"The session initialization was triggered by a session startup hook event","type":"semantic","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"New fact is already well-covered by existing candidates, particularly [5] which explicitly states 'no substantive work or conversations recorded' in a session startup context. Candidate [5] includes additional context (monorepo/branch) making it more useful than the generic new fact alone.","fact":{"content":"No substantive work or conversations were recorded in the session data provided","type":"fact","confidence":0.95}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 45e1551f-4451-4f3d-84c4-edc9f57c7947
memory_id: dbc31358-d260-403a-af8b-ae97b8fd3284
job_type: extract
status: completed
leased_at: 2026-03-02T05:10:22.021Z
completed_at: 2026-03-02T05:10:58.634Z
created_at: 2026-03-02T05:10:22.014Z
updated_at: 2026-03-02T05:10:58.634Z
result:
  {"facts":[{"content":"Signet Documentation Audit Task #3 is incomplete and involves expanding feature documentation files for the signetai monorepo","type":"procedural","confidence":0.85},{"content":"Agent C was assigned to expand three feature documentation files in the signetai monorepo as part of the docs-audit team effort","type":"procedural","confidence":0.8}],"entities":[{"source":"Agent C","relationship":"began work on","target":"Signet Documentation Audit Task #3","confidence":0.85},{"source":"docs-audit team","relationship":"organizing","target":"signetai monorepo documentation expansion","confidence":0.8},{"source":"Task #3","relationship":"applies to","target":"signetai monorepo","confidence":0.85}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [5] already captures this fact: Task #3 is incomplete and involves expanding feature documentation files for signetai. The new fact provides no additional information or clarifications beyond what's already stored.","fact":{"content":"Signet Documentation Audit Task #3 is incomplete and involves expanding feature documentation files for the signetai monorepo","type":"procedural","confidence":0.85}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already captures this exact information: Agent C's assignment to expand three feature documentation files for the signetai monorepo docs-audit effort. The new fact is a condensed restatement of what's already documented.","fact":{"content":"Agent C was assigned to expand three feature documentation files in the signetai monorepo as part of the docs-audit team effort","type":"procedural","confidence":0.8}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: e7f82bf0-4150-4026-a8d3-1d2e8ce55e8b
memory_id: 5fbe779d-f86c-456c-81b7-2a2e790e43f3
job_type: extract
status: completed
leased_at: 2026-03-02T05:11:00.635Z
completed_at: 2026-03-02T05:11:57.725Z
created_at: 2026-03-02T05:10:22.025Z
updated_at: 2026-03-02T05:11:57.725Z
result:
  {"facts":[{"content":"The docs/MCP.md file should document tool signatures for eight tools: memory_search, memory_store, memory_get, memory_list, memory_modify, memory_forget, secret_list, and secret_exec","type":"procedural","confidence":0.95},{"content":"The docs/MCP.md file should document the MCP discovery protocol","type":"procedural","confidence":0.95},{"content":"The docs/MCP.md file should include a decision guide for choosing between MCP and hooks approaches","type":"procedural","confidence":0.95},{"content":"The docs/MCP.md file should include usage examples for the documented tools and protocols","type":"procedural","confidence":0.95}],"entities":[{"source":"docs/MCP.md","relationship":"should document signatures for","target":"memory_search, memory_store, memory_get, memory_list, memory_modify, memory_forget","confidence":0.95},{"source":"docs/MCP.md","relationship":"should document signatures for","target":"secret_list, secret_exec","confidence":0.95},{"source":"MCP","relationship":"compared with","target":"hooks","confidence":0.95}],"proposals":[{"action":"none","confidence":0.98,"reason":"Candidate [5] is a fact that already documents the exact requirement: docs/MCP.md should document tool signatures for the same eight tools (memory_search, memory_store, memory_get, memory_list, memory_modify, memory_forget, secret_list, secret_exec). Candidate [4] is a decision capturing the same requirement. New fact adds no new information.","fact":{"content":"The docs/MCP.md file should document tool signatures for eight tools: memory_search, memory_store, memory_get, memory_list, memory_modify, memory_forget, secret_list, and secret_exec","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.92,"reason":"Candidate [5] already documents that docs/MCP.md needs to include the MCP discovery protocol as part of its comprehensive content list (alongside tool signatures, decision guide, and usage examples). The new fact is a specific subset of what's already captured.","fact":{"content":"The docs/MCP.md file should document the MCP discovery protocol","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already captures this requirement. It explicitly states that docs/MCP.md should include 'decision guide for MCP vs hooks' along with tool signatures, discovery protocol, and usage examples. The new fact is a subset of that existing memory.","fact":{"content":"The docs/MCP.md file should include a decision guide for choosing between MCP and hooks approaches","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.92,"reason":"Candidate [5] already documents that docs/MCP.md should include 'usage examples' among other components (tool signatures, discovery protocol, decision guide). The new fact restates this requirement without adding substantive new information.","fact":{"content":"The docs/MCP.md file should include usage examples for the documented tools and protocols","type":"procedural","confidence":0.95}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 2b2c8af8-d016-4ae8-a640-89f94c7036c5
memory_id: 0f810e58-2c14-4f9d-87c0-8fbc39560fe5
job_type: extract
status: completed
leased_at: 2026-03-02T05:11:59.726Z
completed_at: 2026-03-02T05:13:28.991Z
created_at: 2026-03-02T05:10:22.037Z
updated_at: 2026-03-02T05:13:28.991Z
result:
  {"facts":[{"content":"docs/SCHEDULING.md requires documentation updates covering task streaming, cron presets, spawn-based execution, error handling, and a complete API endpoint table","type":"procedural","confidence":0.95},{"content":"docs/CONNECTORS.md requires documentation updates covering custom connector registration guide, cursor/incremental sync patterns, ConnectorStatus states, health lifecycle documentation, and example implementations","type":"procedural","confidence":0.95},{"content":"The scheduling system supports task streaming as a feature that needs documentation","type":"semantic","confidence":0.85},{"content":"The scheduling system supports cron presets as a feature that needs documentation","type":"semantic","confidence":0.85},{"content":"The connector system supports cursor-based and incremental sync patterns that require documentation","type":"semantic","confidence":0.85},{"content":"The connector system defines a ConnectorStatus state machine with health lifecycle transitions","type":"semantic","confidence":0.8}],"entities":[{"source":"docs/SCHEDULING.md","relationship":"needs_documentation_for","target":"task streaming","confidence":0.95},{"source":"docs/SCHEDULING.md","relationship":"needs_documentation_for","target":"cron presets","confidence":0.95},{"source":"docs/SCHEDULING.md","relationship":"needs_documentation_for","target":"spawn-based execution","confidence":0.95},{"source":"docs/SCHEDULING.md","relationship":"needs_documentation_for","target":"error handling","confidence":0.95},{"source":"docs/SCHEDULING.md","relationship":"needs_documentation_for","target":"API endpoint table","confidence":0.95},{"source":"docs/CONNECTORS.md","relationship":"needs_documentation_for","target":"custom connector registration","confidence":0.95},{"source":"docs/CONNECTORS.md","relationship":"needs_documentation_for","target":"cursor/incremental sync patterns","confidence":0.95},{"source":"docs/CONNECTORS.md","relationship":"needs_documentation_for","target":"ConnectorStatus states","confidence":0.95},{"source":"docs/CONNECTORS.md","relationship":"needs_documentation_for","target":"health lifecycle","confidence":0.95},{"source":"docs/CONNECTORS.md","relationship":"needs_documentation_for","target":"example implementations","confidence":0.95}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [3] is already a decision capturing the identical requirement: SCHEDULING.md needs task streaming API, cron presets, spawn-based execution, error handling/retry, and full API endpoint table. New fact adds no material information beyond what's already stored.","fact":{"content":"docs/SCHEDULING.md requires documentation updates covering task streaming, cron presets, spawn-based execution, error handling, and a complete API endpoint table","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"New fact is already covered by candidate [4] (exact decision about CONNECTORS.md requirements) and candidate [5] (broader documentation task list including identical CONNECTORS.md requirements). The high-confidence new fact confirms existing memories rather than introducing new information.","fact":{"content":"docs/CONNECTORS.md requires documentation updates covering custom connector registration guide, cursor/incremental sync patterns, ConnectorStatus states, health lifecycle documentation, and example implementations","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.92,"reason":"Candidate [5] (decision ID: af17aa33-87fb-4348-8c26-f908121eb404) already explicitly covers this fact by identifying 'task streaming API' as required documentation coverage in docs/SCHEDULING.md. The new fact is subsumed by this more comprehensive decision about scheduler documentation requirements.","fact":{"content":"The scheduling system supports task streaming as a feature that needs documentation","type":"semantic","confidence":0.85}},{"action":"none","confidence":0.95,"reason":"Candidate [4] already explicitly captures that scheduler documentation requires coverage of 'cron presets' in SCHEDULING.md. The new fact is a restatement of this existing decision and adds no new information.","fact":{"content":"The scheduling system supports cron presets as a feature that needs documentation","type":"semantic","confidence":0.85}},{"action":"none","confidence":0.95,"reason":"Candidates [4] and [5] already capture this exact point—both explicitly state that cursor/incremental sync patterns should be included in docs/CONNECTORS.md documentation. The new fact adds no new information beyond what these existing memories already document.","fact":{"content":"The connector system supports cursor-based and incremental sync patterns that require documentation","type":"semantic","confidence":0.85}},{"action":"update","targetMemoryId":"88242ed0-47e3-449f-adfb-8245c3af53de","confidence":0.85,"reason":"The new fact provides concrete implementation details (state machine with health lifecycle transitions) about ConnectorStatus that directly supports candidate [5]'s documentation requirement. Merging confirms the connector architecture includes formal state management for connector health.","fact":{"content":"The connector system defines a ConnectorStatus state machine with health lifecycle transitions","type":"semantic","confidence":0.8},"targetContent":"The connectors documentation (docs/CONNECTORS.md) should include custom connector registration guide, cursor/incremental sync patterns, ConnectorStatus state enumeration, health lifecycle, and example implementations"}],"writeMode":"phase-c","writeStats":{"added":0,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 0fc986b9-5fba-4256-be5f-bf11bc3f7598
memory_id: 3d1824ef-9e01-4531-844f-28c78f3d0487
job_type: extract
status: completed
leased_at: 2026-03-02T05:13:30.992Z
completed_at: 2026-03-02T05:14:31.212Z
created_at: 2026-03-02T05:10:22.053Z
updated_at: 2026-03-02T05:14:31.212Z
result:
  {"facts":[{"content":"File Exploration Agent C discovered 6 source files in packages/daemon/src/scheduler/ through file globbing: cron.ts, index.ts, task-stream.ts, spawn.ts, worker.test.ts, worker.ts","type":"fact","confidence":0.95},{"content":"File Exploration Agent C discovered 2 source files in packages/daemon/src/connectors/ through file globbing: filesystem.ts, registry.ts","type":"fact","confidence":0.95},{"content":"File reading and documentation expansion work was in initial stages when the conversation record became truncated","type":"fact","confidence":0.85},{"content":"The project uses a monorepo structure with daemon source code organized under packages/daemon/src/ containing scheduler and connectors subdirectories","type":"semantic","confidence":0.9}],"entities":[{"source":"File Exploration Agent C","relationship":"discovered_files_in","target":"packages/daemon/src/scheduler/","confidence":0.95},{"source":"File Exploration Agent C","relationship":"discovered_files_in","target":"packages/daemon/src/connectors/","confidence":0.95},{"source":"packages/daemon/src/scheduler/","relationship":"contains","target":"worker.ts, worker.test.ts, spawn.ts, task-stream.ts, index.ts, cron.ts","confidence":0.95},{"source":"packages/daemon/src/connectors/","relationship":"contains","target":"registry.ts, filesystem.ts","confidence":0.95}],"proposals":[{"action":"none","confidence":0.98,"reason":"Existing candidate [4] already captures this exact fact: the scheduler module location and the six source files. The new fact adds no new information and is redundant with existing memory.","fact":{"content":"File Exploration Agent C discovered 6 source files in packages/daemon/src/scheduler/ through file globbing: cron.ts, index.ts, task-stream.ts, spawn.ts, worker.test.ts, worker.ts","type":"fact","confidence":0.95}},{"action":"none","confidence":0.98,"reason":"This fact is already comprehensively covered by candidate [4], which explicitly documents File Exploration Agent C discovering the same 2 files (filesystem.ts, registry.ts) in packages/daemon/src/connectors/ through file globbing. Candidate [4] also provides additional context about the scheduler directory discovery in the same session.","fact":{"content":"File Exploration Agent C discovered 2 source files in packages/daemon/src/connectors/ through file globbing: filesystem.ts, registry.ts","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already contains this exact statement ('File reading and documentation expansion appeared to be in initial stages when conversation record became truncated') plus significantly more context about Agent C's file exploration work, specific directories discovered, and the broader Signet Documentation Audit task. The new fact is a simplified extraction of information already well-captured in candidate [5].","fact":{"content":"File reading and documentation expansion work was in initial stages when the conversation record became truncated","type":"fact","confidence":0.85}},{"action":"add","confidence":0.85,"reason":"New fact adds architectural context about the monorepo structure and specifically mentions a 'connectors' subdirectory under packages/daemon/src/ that isn't documented in existing candidates. While related to candidates 4 and 5 (which detail specific module contents), this provides broader structural context deserving separate storage.","fact":{"content":"The project uses a monorepo structure with daemon source code organized under packages/daemon/src/ containing scheduler and connectors subdirectories","type":"semantic","confidence":0.9}}],"writeMode":"phase-c","writeStats":{"added":1,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":1},"warnings":[]}


id: a8aa8763-d131-4571-b902-daffbca7cf20
memory_id: e2154d9e-bd7d-4079-af2e-7f146fdd6554
job_type: extract
status: completed
leased_at: 2026-03-02T05:14:33.214Z
completed_at: 2026-03-02T05:15:15.588Z
created_at: 2026-03-02T05:10:22.068Z
updated_at: 2026-03-02T05:15:15.588Z
result:
  {"facts":[{"content":"Style Guidelines Documentation preserves existing markdown style using plain markdown format with `##` section headers and code blocks","type":"procedural","confidence":0.95},{"content":"Documentation should only document things confirmed in source code, not speculation or unverified information","type":"procedural","confidence":0.95},{"content":"Items marked with (WIP) tag indicate scaffolding or incomplete work in documentation","type":"semantic","confidence":0.9}],"entities":[{"source":"Style Guidelines Documentation","relationship":"preserves","target":"existing markdown style","confidence":0.95},{"source":"Style Guidelines Documentation","relationship":"uses","target":"plain markdown format","confidence":0.95},{"source":"Style Guidelines Documentation","relationship":"uses","target":"## section headers","confidence":0.95},{"source":"Style Guidelines Documentation","relationship":"uses","target":"code blocks","confidence":0.95},{"source":"Style Guidelines Documentation","relationship":"emphasizes","target":"source-code-confirmed information","confidence":0.9},{"source":"(WIP) tag","relationship":"marks","target":"scaffolding or incomplete items","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"New fact is already comprehensively covered by existing candidates, particularly [3] (ID: e2154d9e-bd7d-4079-af2e-7f146fdd6554) which contains identical guidance about Style Guidelines Documentation preserving markdown style with ## headers and code blocks. Candidates [2], [4], and [5] also document this same convention from different angles. No new information to add.","fact":{"content":"Style Guidelines Documentation preserves existing markdown style using plain markdown format with `##` section headers and code blocks","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate 5 (e2154d9e-bd7d-4079-af2e-7f146fdd6554) already explicitly documents this principle: 'emphasis on documenting only things confirmed in source code, not speculation'. The new fact is already captured.","fact":{"content":"Documentation should only document things confirmed in source code, not speculation or unverified information","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Existing memory [5] already documents that items marked with (WIP) indicate scaffolding or incomplete work - identical semantic content","fact":{"content":"Items marked with (WIP) tag indicate scaffolding or incomplete work in documentation","type":"semantic","confidence":0.9}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 28c2d20a-609a-43ee-86d8-b6179ae590db
memory_id: 457ea528-a1cd-49db-8e05-3fa1f7f5966d
job_type: extract
status: completed
leased_at: 2026-03-02T05:15:17.590Z
completed_at: 2026-03-02T05:16:26.877Z
created_at: 2026-03-02T05:11:05.361Z
updated_at: 2026-03-02T05:16:26.877Z
result:
  {"facts":[{"content":"Agent-a was assigned Task #1: a documentation audit of the signetai monorepo with the goal of updating core infrastructure documentation files","type":"procedural","confidence":0.95},{"content":"CLAUDE.md in the signetai monorepo requires endpoint and package table updates as part of Task #1","type":"procedural","confidence":0.95},{"content":"docs/API.md in the signetai monorepo requires endpoint listings updates as part of Task #1","type":"procedural","confidence":0.95},{"content":"docs/ARCHITECTURE.md in the signetai monorepo requires package and key files information updates as part of Task #1","type":"procedural","confidence":0.95},{"content":"The documentation audit task focuses on core infrastructure documentation across three key files: CLAUDE.md, docs/API.md, and docs/ARCHITECTURE.md","type":"semantic","confidence":0.9}],"entities":[{"source":"Agent-a","relationship":"assigned_to","target":"Task #1 (documentation audit)","confidence":0.95},{"source":"Task #1","relationship":"targets","target":"signetai monorepo","confidence":0.95},{"source":"Task #1","relationship":"requires_update","target":"CLAUDE.md","confidence":0.95},{"source":"Task #1","relationship":"requires_update","target":"docs/API.md","confidence":0.95},{"source":"Task #1","relationship":"requires_update","target":"docs/ARCHITECTURE.md","confidence":0.95}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [3] already captures this exact assignment: Agent-a assigned Task #1 for signetai docs audit targeting core infrastructure files (CLAUDE.md, docs/API.md, docs/ARCHITECTURE.md). The new fact is less specific but fully covered by existing memory.","fact":{"content":"Agent-a was assigned Task #1: a documentation audit of the signetai monorepo with the goal of updating core infrastructure documentation files","type":"procedural","confidence":0.95}},{"action":"none","targetMemoryId":"457ea528-a1cd-49db-8e05-3fa1f7f5966d","confidence":0.95,"reason":"Existing candidate [3] already captures this exact detail: Task #1 includes updating CLAUDE.md with endpoint and package tables. New fact is redundant with no additional context.","fact":{"content":"CLAUDE.md in the signetai monorepo requires endpoint and package table updates as part of Task #1","type":"procedural","confidence":0.95},"targetContent":"## Documentation Audit Task Initialization Agent-a was assigned documentation audit Task #1 for the signetai monorepo, with the goal of updating core infrastructure docs: CLAUDE.md (endpoint and package tables), docs/API.md (endpoint listings), and docs/ARCHITECTURE.md (package and key files)."},{"action":"none","confidence":0.95,"reason":"New fact is already captured by candidate #2 (ID: 457ea528-a1cd-49db-8e05-3fa1f7f5966d), which explicitly states that Task #1 includes updating docs/API.md with endpoint listings. The new fact provides no additional information beyond what's already documented.","fact":{"content":"docs/API.md in the signetai monorepo requires endpoint listings updates as part of Task #1","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [2] already captures this fact as part of Task #1: 'docs/ARCHITECTURE.md (package and key files)' is explicitly listed as a documentation goal for the audit. The new fact is a specific detail already contained within the existing memory.","fact":{"content":"docs/ARCHITECTURE.md in the signetai monorepo requires package and key files information updates as part of Task #1","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"New fact is already comprehensively covered by candidates [2] and [3]. Candidate [3] explicitly states the task focuses on updating 'CLAUDE.md, docs/API.md, and docs/ARCHITECTURE.md' with specific detail about what each file requires. The new fact adds no additional information beyond what's already captured.","fact":{"content":"The documentation audit task focuses on core infrastructure documentation across three key files: CLAUDE.md, docs/API.md, and docs/ARCHITECTURE.md","type":"semantic","confidence":0.9}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 6108675e-f588-4f8e-bafe-91ee95cf6fbf
memory_id: b74e8e8e-f024-499a-aa60-6d281ce52e79
job_type: extract
status: completed
leased_at: 2026-03-02T05:16:28.879Z
completed_at: 2026-03-02T05:17:29.559Z
created_at: 2026-03-02T05:11:05.371Z
updated_at: 2026-03-02T05:17:29.559Z
result:
  {"facts":[{"content":"daemon.ts file is 69.2k tokens in size, exceeding the 25k token read limit for single file operations","type":"fact","confidence":0.95},{"content":"An agent attempted to read daemon.ts to extract API endpoints during source file discovery","type":"procedural","confidence":0.9},{"content":"The agent encountered issues with sibling tool calls during initial reads of daemon.ts","type":"fact","confidence":0.85},{"content":"The agent marked a task as in_progress before beginning source file discovery work","type":"procedural","confidence":0.9}],"entities":[{"source":"daemon.ts","relationship":"exceeds","target":"25k token read limit","confidence":0.95},{"source":"agent","relationship":"attempted to read","target":"daemon.ts","confidence":0.9},{"source":"daemon.ts","relationship":"contains","target":"API endpoints","confidence":0.85},{"source":"agent","relationship":"encountered issues with","target":"sibling tool calls","confidence":0.8},{"source":"agent","relationship":"marked as","target":"in_progress task","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [4] already captures this fact as a learning constraint with the exact token count (69.2k) and solution approach (offset/limit or grep). Candidate [5] also documents this constraint in the context of the in_progress task.","fact":{"content":"daemon.ts file is 69.2k tokens in size, exceeding the 25k token read limit for single file operations","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"This fact is already documented in candidate [4] which describes the exact scenario: agent attempted to read daemon.ts to extract API endpoints but hit token limits. Candidate [5] also references this and provides the resolution (use grep searches). No new information to capture.","fact":{"content":"An agent attempted to read daemon.ts to extract API endpoints during source file discovery","type":"procedural","confidence":0.9}},{"action":"none","targetMemoryId":"b74e8e8e-f024-499a-aa60-6d281ce52e79","confidence":0.95,"reason":"Existing candidate [5] already captures this exact fact: it documents the agent encountering sibling tool call issues during initial reads of daemon.ts when file size exceeded limits. The new fact is redundant.","fact":{"content":"The agent encountered issues with sibling tool calls during initial reads of daemon.ts","type":"fact","confidence":0.85},"targetContent":"The agent marked the task as in_progress and began source file discovery by attempting to read daemon.ts to extract API endpoints. However, the file exceeded the 25k token read limit (69.2k tokens). The agent encountered issues with sibling tool calls during initial reads."},{"action":"none","confidence":0.85,"reason":"The procedural pattern is already documented in existing memories. Candidates 3, 4, and 5 all demonstrate this behavior in specific instances: tasks marked as in_progress before source file discovery work (Task #1, Task #5). The new fact is a generalized observation of a pattern already captured in session-specific records.","fact":{"content":"The agent marked a task as in_progress before beginning source file discovery work","type":"procedural","confidence":0.9}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


