# memory_jobs

id: 8fbe2179-52a2-463e-bfac-c0fc9b36d28a
memory_id: 16452c40-50bc-49ba-adbe-970ab89828a7
job_type: extract
status: completed
leased_at: 2026-02-24T11:16:36.544Z
completed_at: 2026-02-24T11:17:48.202Z
created_at: 2026-02-24T08:02:10.607Z
updated_at: 2026-02-24T11:17:48.202Z
result:
  {"facts":[{"content":"The current OpenCode integration uses a string-template approach for plugin implementation","type":"fact","confidence":0.9},{"content":"A comprehensive plan exists to replace the current string-template OpenCode integration with a proper TypeScript plugin implementation","type":"decision","confidence":0.9},{"content":"The replacement OpenCode integration will be implemented as a proper TypeScript plugin","type":"decision","confidence":0.9}],"entities":[{"source":"OpenCode integration","relationship":"currently-uses","target":"string-template approach","confidence":0.9},{"source":"OpenCode integration","relationship":"will-be-replaced-by","target":"TypeScript plugin","confidence":0.9},{"source":"plan","relationship":"describes-replacement-of","target":"OpenCode integration","confidence":0.9}],"proposals":[{"action":"none","confidence":0.9,"reason":"Candidate [2] already captures this fact: 'replacing the current string-template OpenCode integration with a proper TypeScript plugin' — the new fact is redundant and covered by existing memory","fact":{"content":"The current OpenCode integration uses a string-template approach for plugin implementation","type":"fact","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"New fact is already captured by candidate [4] (ID: 16452c40-50bc-49ba-adbe-970ab89828a7), which explicitly states the comprehensive plan to replace string-template OpenCode integration with proper TypeScript plugin. No new information or refinement.","fact":{"content":"A comprehensive plan exists to replace the current string-template OpenCode integration with a proper TypeScript plugin implementation","type":"decision","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [3] already captures this decision — it explicitly states the plan includes 'replacing the current string-template OpenCode integration with a proper TypeScript plugin.' The new fact is semantically equivalent and adds no new information.","fact":{"content":"The replacement OpenCode integration will be implemented as a proper TypeScript plugin","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: d2b913cb-f18d-4c89-ad00-217c5fba88b9
memory_id: 9ec6a7bd-b7a2-4f98-9b0f-76c9dab0b500
job_type: extract
status: completed
leased_at: 2026-02-24T11:17:50.204Z
completed_at: 2026-02-24T11:18:53.479Z
created_at: 2026-02-24T08:02:10.618Z
updated_at: 2026-02-24T11:18:53.479Z
result:
  {"facts":[{"content":"A new package @signet/opencode-plugin is being created as a self-contained runtime plugin with zero workspace dependencies from other @signet/* packages","type":"decision","confidence":0.9},{"content":"The connector/adapter architecture for OpenCode follows the established OpenClaw pattern that was previously successful","type":"decision","confidence":0.85},{"content":"@signet/opencode-plugin is published as an npm package for distribution","type":"procedural","confidence":0.85}],"entities":[{"source":"@signet/opencode-plugin","relationship":"follows_architectural_pattern_of","target":"OpenClaw","confidence":0.85},{"source":"@signet/opencode-plugin","relationship":"has_zero_dependencies_on","target":"@signet/* workspace packages","confidence":0.9},{"source":"packages/opencode-plugin","relationship":"publishes_as","target":"@signet/opencode-plugin","confidence":0.9},{"source":"@signet/opencode-plugin","relationship":"is_type_of","target":"runtime plugin","confidence":0.85}],"proposals":[{"action":"none","confidence":0.95,"reason":"New fact is already captured by candidate 3, which explicitly states 'New `packages/opencode-plugin/` — Self-contained runtime plugin with zero @signet/* workspace dependencies, published as @signet/opencode-plugin.' No new information to add.","fact":{"content":"A new package @signet/opencode-plugin is being created as a self-contained runtime plugin with zero workspace dependencies from other @signet/* packages","type":"decision","confidence":0.9}},{"action":"none","confidence":0.9,"reason":"Candidate [2] already documents that the connector/adapter architecture follows the established OpenClaw pattern. The new fact is a confirmation of what's already captured in the plan.","fact":{"content":"The connector/adapter architecture for OpenCode follows the established OpenClaw pattern that was previously successful","type":"decision","confidence":0.85}},{"action":"none","confidence":0.9,"reason":"Candidate [4] already explicitly states that @signet/opencode-plugin is 'published as @signet/opencode-plugin', directly capturing the core claim of the new fact. The new fact adds no new information beyond what's already documented.","fact":{"content":"@signet/opencode-plugin is published as an npm package for distribution","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: f6a682af-b3cd-4423-b2ed-ff64b30a5d84
memory_id: 068563df-6807-4fd8-8b93-89c2158a4713
job_type: extract
status: completed
leased_at: 2026-02-24T11:18:55.481Z
completed_at: 2026-02-24T11:20:23.922Z
created_at: 2026-02-24T08:02:10.628Z
updated_at: 2026-02-24T11:20:23.922Z
result:
  {"facts":[{"content":"A memory management system includes 8 tools: remember, recall, memory_search, memory_store, memory_get, memory_list, memory_modify, and memory_forget","type":"semantic","confidence":0.95},{"content":"The system includes a daemon client component for communicating with a background service","type":"semantic","confidence":0.9},{"content":"The system includes TypeScript type definitions","type":"semantic","confidence":0.95},{"content":"The system includes lifecycle hooks for component initialization and cleanup events","type":"semantic","confidence":0.9}],"entities":[{"source":"memory system","relationship":"includes","target":"8 memory operation tools","confidence":0.95},{"source":"memory system","relationship":"includes","target":"daemon client","confidence":0.9},{"source":"memory system","relationship":"includes","target":"TypeScript types","confidence":0.95},{"source":"memory system","relationship":"includes","target":"lifecycle hooks","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [4] already captures this exact fact: '8 tools (remember/recall, memory_search/store/get/list/modify/forget)'. New fact is already covered by existing memory.","fact":{"content":"A memory management system includes 8 tools: remember, recall, memory_search, memory_store, memory_get, memory_list, memory_modify, and memory_forget","type":"semantic","confidence":0.95}},{"action":"none","confidence":0.85,"reason":"The existence of daemon communication and a daemon component is already covered by candidates 1-2, which discuss the daemon as a central architectural layer that other components communicate with. The new fact provides no specific technical details (location, interface, purpose beyond generic communication) that would warrant separate storage.","fact":{"content":"The system includes a daemon client component for communicating with a background service","type":"semantic","confidence":0.9}},{"action":"none","confidence":0.92,"reason":"Existing candidate already captures this - it specifically documents types.ts with McpServerConfig and McpClientManager interfaces, which is more detailed than the generic new fact about TypeScript type definitions existing","fact":{"content":"The system includes TypeScript type definitions","type":"semantic","confidence":0.95}},{"action":"update","targetMemoryId":"00e80b17-cdd2-480f-a9bb-9bba28491835","confidence":0.85,"reason":"New fact describes the general architectural pattern (lifecycle hooks for component initialization/cleanup), while the candidate provides specific implementations (session.compacted, session.idle, session.deleted hooks). Merging creates a more complete picture—the pattern and its concrete manifestations.","fact":{"content":"The system includes lifecycle hooks for component initialization and cleanup events","type":"semantic","confidence":0.9},"targetContent":"All install paths (fresh, update, migrate) funnel through a single idempotent connector.install() method. Plugin lifecycle hooks (session.compacted, session.idle, session.deleted) fire for memory compaction and session tracking."}],"writeMode":"phase-c","writeStats":{"added":0,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 85f5bdb8-8d99-4e9e-be51-9b0be82aa777
memory_id: 2a6bca5f-81d1-48b7-a94f-d88778f70c4b
job_type: extract
status: completed
leased_at: 2026-02-24T11:20:25.923Z
completed_at: 2026-02-24T11:21:50.763Z
created_at: 2026-02-24T08:02:10.638Z
updated_at: 2026-02-24T11:21:50.763Z
result:
  {"facts":[{"content":"The @signet/connector-opencode package has been refactored as an install-time setup utility","type":"decision","confidence":0.95},{"content":"The @signet/connector-opencode install process writes the compiled Signet plugin bundle to ~/.config/opencode/plugins/signet.mjs","type":"procedural","confidence":0.95},{"content":"The @signet/connector-opencode install process generates AGENTS.md during setup","type":"procedural","confidence":0.95},{"content":"The @signet/connector-opencode install process creates symlinks to the skills directory","type":"procedural","confidence":0.95},{"content":"The @signet/connector-opencode install process includes migration logic to transition from the legacy memory.mjs format to the new signet.mjs format","type":"procedural","confidence":0.9}],"entities":[{"source":"@signet/connector-opencode","relationship":"writes bundled plugin to","target":"~/.config/opencode/plugins/signet.mjs","confidence":0.95},{"source":"@signet/connector-opencode","relationship":"generates","target":"AGENTS.md","confidence":0.95},{"source":"@signet/connector-opencode","relationship":"symlinks","target":"skills directory","confidence":0.95},{"source":"@signet/connector-opencode","relationship":"migrates from","target":"legacy memory.mjs format","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate 5 (ID: 2a6bca5f-81d1-48b7-a94f-d88778f70c4b) already contains this fact: 'Refactored `packages/connector-opencode/` — Install-time setup that writes the bundled plugin...'. The new fact is a summary/abstraction of what's already documented in detail.","fact":{"content":"The @signet/connector-opencode package has been refactored as an install-time setup utility","type":"decision","confidence":0.95}},{"action":"none","confidence":0.92,"reason":"New fact is already fully covered by candidate [4], which explicitly states the connector-opencode install-time setup writes the bundled plugin to ~/.config/opencode/plugins/signet.mjs. No new information or refinement to merge.","fact":{"content":"The @signet/connector-opencode install process writes the compiled Signet plugin bundle to ~/.config/opencode/plugins/signet.mjs","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already documents that connector-opencode 'generates AGENTS.md, symlinks skills, and handles migration from legacy memory.mjs format.' The new fact is redundant and fully covered by existing memory.","fact":{"content":"The @signet/connector-opencode install process generates AGENTS.md during setup","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already captures this detail: 'symlinks skills' is explicitly mentioned in the connector-opencode install-time setup description","fact":{"content":"The @signet/connector-opencode install process creates symlinks to the skills directory","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already covers this: 'handles migration from legacy memory.mjs format' is explicitly mentioned as part of the install-time setup in @signet/connector-opencode. The new fact is a restatement of existing procedural knowledge.","fact":{"content":"The @signet/connector-opencode install process includes migration logic to transition from the legacy memory.mjs format to the new signet.mjs format","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: 9dd5b62a-d5fa-4fb0-b28f-77e663a483bf
memory_id: c16cc98f-cfd5-4859-bca2-77fe867292fe
job_type: extract
status: completed
leased_at: 2026-02-24T11:21:52.780Z
completed_at: 2026-02-24T11:22:56.197Z
created_at: 2026-02-24T08:02:10.651Z
updated_at: 2026-02-24T11:22:56.197Z
result:
  {"facts":[{"content":"OpenCode auto-discovers plugins from ~/.config/opencode/plugins/ directory on application launch without requiring manual configuration patching","type":"fact","confidence":0.95},{"content":"The Signet connector integration uses OpenCode's auto-discovery mechanism instead of manual config patching to install plugins","type":"decision","confidence":0.9},{"content":"Auto-discovery mechanism eliminates the need for config patching because plugins are automatically loaded from the standard ~/.config/opencode/plugins/ directory on launch, reducing setup complexity and manual configuration requirements","type":"rationale","confidence":0.9}],"entities":[{"source":"OpenCode","relationship":"auto-discovers","target":"plugins from ~/.config/opencode/plugins/","confidence":0.95},{"source":"Signet integration","relationship":"leverages","target":"OpenCode auto-discovery mechanism","confidence":0.9},{"source":"auto-discovery mechanism","relationship":"eliminates","target":"config patching requirement","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [4] (c16cc98f-cfd5-4859-bca2-77fe867292fe) already captures the exact concept: 'The integration leverages OpenCode's auto-discovery mechanism — plugins from ~/.config/opencode/plugins/ are auto-discovered on launch, eliminating the need for config patching.' New fact is semantically identical, no new information to store.","fact":{"content":"OpenCode auto-discovers plugins from ~/.config/opencode/plugins/ directory on application launch without requiring manual configuration patching","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"New fact is already explicitly covered by candidate [4] (c16cc98f-cfd5-4859-bca2-77fe867292fe), which states: 'The integration leverages OpenCode's auto-discovery mechanism — plugins from ~/.config/opencode/plugins/ are auto-discovered on launch, eliminating the need for config patching.' This memory captures the exact same architectural decision.","fact":{"content":"The Signet connector integration uses OpenCode's auto-discovery mechanism instead of manual config patching to install plugins","type":"decision","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [4] already captures this exact architectural principle: 'OpenCode's auto-discovery mechanism — plugins from ~/.config/opencode/plugins/ are auto-discovered on launch, eliminating the need for config patching.' New fact is redundant with existing memory.","fact":{"content":"Auto-discovery mechanism eliminates the need for config patching because plugins are automatically loaded from the standard ~/.config/opencode/plugins/ directory on launch, reducing setup complexity and manual configuration requirements","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: ca5bd65d-a310-458a-9a4c-e292b3978565
memory_id: 00e80b17-cdd2-480f-a9bb-9bba28491835
job_type: extract
status: completed
leased_at: 2026-02-24T11:22:58.199Z
completed_at: 2026-02-24T11:23:45.121Z
created_at: 2026-02-24T08:02:10.662Z
updated_at: 2026-02-24T11:23:45.121Z
result:
  {"facts":[{"content":"The system provides lifecycle hooks for component initialization events","type":"semantic","confidence":0.85},{"content":"The system provides lifecycle hooks for component cleanup events","type":"semantic","confidence":0.85}],"entities":[{"source":"system","relationship":"provides","target":"lifecycle hooks","confidence":0.85},{"source":"lifecycle hooks","relationship":"handle","target":"component initialization","confidence":0.85},{"source":"lifecycle hooks","relationship":"handle","target":"cleanup events","confidence":0.85}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [4] already captures this concept: 'The system includes lifecycle hooks for component initialization and cleanup events'. The new fact is semantically identical (component initialization events are covered), and candidate [4] is more comprehensive by also mentioning cleanup events.","fact":{"content":"The system provides lifecycle hooks for component initialization events","type":"semantic","confidence":0.85}},{"action":"none","confidence":0.92,"reason":"Candidate [3] (ID: 00e80b17...) already covers this fact comprehensively, stating 'The system includes lifecycle hooks for component initialization and cleanup events.' The new fact adds no additional information.","fact":{"content":"The system provides lifecycle hooks for component cleanup events","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: e31ebe5e-99dc-4e83-b5b5-803838ab74ae
memory_id: 8b1b97d4-e685-452e-ac8d-0bfe8a685ba7
job_type: extract
status: completed
leased_at: 2026-02-24T11:23:47.123Z
completed_at: 2026-02-24T11:24:14.564Z
created_at: 2026-02-24T08:02:10.674Z
updated_at: 2026-02-24T11:24:14.564Z
result:
  {"facts":[{"content":"src/plugin-bundle.ts serves as a placeholder file that gets populated at build-time by the bundle embedding process","type":"procedural","confidence":0.95}],"entities":[{"source":"src/plugin-bundle.ts","relationship":"populated_by","target":"build-time bundle embedding process","confidence":0.95}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [5] already captures this fact with identical phrasing: 'src/plugin-bundle.ts serves as a placeholder that gets populated by the build-time bundle embedding process'. No update needed.","fact":{"content":"src/plugin-bundle.ts serves as a placeholder file that gets populated at build-time by the bundle embedding process","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: dc7fbb58-8850-4551-a3e5-b3952c70c176
memory_id: 5037b2f9-b1b2-4363-905c-e36a89dc2330
job_type: extract
status: completed
leased_at: 2026-02-24T11:24:16.566Z
completed_at: 2026-02-24T11:24:56.124Z
created_at: 2026-02-24T08:02:10.710Z
updated_at: 2026-02-24T11:24:56.124Z
result:
  {"facts":[{"content":"In Signet architecture, the database is the source of truth for all configuration and agent state","type":"semantic","confidence":0.85},{"content":"Markdown files in Signet (AGENTS.md, CLAUDE.md, SOUL.md, etc.) are generated projections derived from the database, not the authoritative source","type":"semantic","confidence":0.85}],"entities":[{"source":"database","relationship":"is_source_of_truth_for","target":"Signet configuration and state","confidence":0.85},{"source":"markdown files","relationship":"are_generated_projections_of","target":"database","confidence":0.85}],"proposals":[{"action":"none","targetMemoryId":"a0dd7766-43aa-4f99-9da7-684019b7d86e","confidence":0.95,"reason":"Existing memory already captures this principle in detail ('Database is source of truth - Markdown files are generated projections'). New fact is a restatement of existing architectural knowledge already well-documented in the candidate.","fact":{"content":"In Signet architecture, the database is the source of truth for all configuration and agent state","type":"semantic","confidence":0.85},"targetContent":"## Key Principles\n\n1. **Database is source of truth** - Markdown files are generated projections\n2. **Harness adapters** - Each platform has an adapter that:\n   - Knows the native config path (e.g., `~/.claude/CLAUDE.md`)\n   - Generates harness-specific format from database\n   - Parses changes back to database\n3. **Hook adapters** - Platform-specific integrations that work within each tool's constraints while providing the same functionality (memory persistence, context injection)\n4. **Not all tools look at ~/.agents by default** - We must play into each platform's limitations and regenerate their native config files"},{"action":"none","confidence":0.95,"reason":"Candidate [2] (rule) already comprehensively covers this fact, including the database-as-source-of-truth principle and generated markdown projections, plus architectural context about harness adapters and hook integration","fact":{"content":"Markdown files in Signet (AGENTS.md, CLAUDE.md, SOUL.md, etc.) are generated projections derived from the database, not the authoritative source","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: 36756be1-fdbc-4b7f-994f-b0df7fd631dc
memory_id: 6e9c7138-2808-4f8c-956d-c5618398cb9f
job_type: extract
status: completed
leased_at: 2026-02-24T11:24:58.125Z
completed_at: 2026-02-24T11:26:06.983Z
created_at: 2026-02-24T08:02:10.721Z
updated_at: 2026-02-24T11:26:06.983Z
result:
  {"facts":[{"content":"Each platform has a harness adapter component that manages bidirectional synchronization between the Signet database and platform-specific configuration files","type":"semantic","confidence":0.95},{"content":"Harness adapters know and maintain the native config file path for their platform (example: ~/.claude/CLAUDE.md for Claude Code harness)","type":"procedural","confidence":0.95},{"content":"Harness adapters generate platform-specific configuration format from data stored in the Signet database","type":"procedural","confidence":0.95},{"content":"Harness adapters parse user changes made to config files and sync those changes back to the Signet database","type":"procedural","confidence":0.95}],"entities":[{"source":"harness adapter","relationship":"knows native config path for","target":"platform","confidence":0.95},{"source":"harness adapter","relationship":"generates format for","target":"platform-specific configuration","confidence":0.95},{"source":"harness adapter","relationship":"reads data from","target":"Signet database","confidence":0.95},{"source":"harness adapter","relationship":"parses changes from","target":"config file","confidence":0.95},{"source":"harness adapter","relationship":"writes changes to","target":"Signet database","confidence":0.95}],"proposals":[{"action":"none","confidence":0.9,"reason":"Candidate 2 (6e9c7138-2808-4f8c-956d-c5618398cb9f) already captures this concept in detail: harness adapters know native config paths, generate harness-specific formats from the database, and parse changes back. The new fact is a higher-level restatement of bidirectional synchronization already covered by the existing memory.","fact":{"content":"Each platform has a harness adapter component that manages bidirectional synchronization between the Signet database and platform-specific configuration files","type":"semantic","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"This procedural detail is already well-documented in candidate [1] (fact) which explicitly states harness adapters 'Know the native config path (e.g., ~/.claude/CLAUDE.md)'. The new fact restates the same concept without adding novel information.","fact":{"content":"Harness adapters know and maintain the native config file path for their platform (example: ~/.claude/CLAUDE.md for Claude Code harness)","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"The new fact is already comprehensively covered in both existing candidates. Candidate [1] explicitly states 'Generates harness-specific format from database' and candidate [2] includes this as a key principle. No new information is added.","fact":{"content":"Harness adapters generate platform-specific configuration format from data stored in the Signet database","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [2] already covers this capability: 'Parses changes back to database' is the bidirectional sync behavior described in the new fact. No new information to add.","fact":{"content":"Harness adapters parse user changes made to config files and sync those changes back to the Signet database","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: b3628f1b-bebc-4f8d-8e79-9c5032494365
memory_id: 98b9e1c4-4be6-42e4-9f0c-4d0c236ba3ff
job_type: extract
status: completed
leased_at: 2026-02-24T11:26:08.985Z
completed_at: 2026-02-24T11:27:04.247Z
created_at: 2026-02-24T08:02:10.732Z
updated_at: 2026-02-24T11:27:04.247Z
result:
  {"facts":[{"content":"Hook adapters are platform-specific integrations designed to work within each tool's constraints while providing consistent functionality across different tools","type":"semantic","confidence":0.9},{"content":"Hook adapters provide memory persistence functionality as a standardized capability across different platforms","type":"fact","confidence":0.85},{"content":"Hook adapters provide context injection functionality as a standardized capability across different platforms","type":"fact","confidence":0.85}],"entities":[{"source":"Hook adapters","relationship":"are","target":"platform-specific integrations","confidence":0.9},{"source":"Hook adapters","relationship":"work within","target":"each tool's constraints","confidence":0.85},{"source":"Hook adapters","relationship":"provide","target":"memory persistence","confidence":0.85},{"source":"Hook adapters","relationship":"provide","target":"context injection","confidence":0.85}],"proposals":[{"action":"none","confidence":0.95,"reason":"Fact is already covered by existing memories. Candidate [1] includes this as a key principle, and candidate [3] contains nearly identical content about hook adapters working within tool constraints to provide consistent functionality.","fact":{"content":"Hook adapters are platform-specific integrations designed to work within each tool's constraints while providing consistent functionality across different tools","type":"semantic","confidence":0.9}},{"action":"none","confidence":0.9,"reason":"Candidate [3] already explicitly states hook adapters provide 'memory persistence' functionality as part of their standardized capability. The new fact is a restatement of existing content.","fact":{"content":"Hook adapters provide memory persistence functionality as a standardized capability across different platforms","type":"fact","confidence":0.85}},{"action":"none","confidence":0.9,"reason":"Existing candidate [3] already captures that hook adapters provide context injection (along with memory persistence) as standardized functionality across platforms. New fact is subsumed by existing memory.","fact":{"content":"Hook adapters provide context injection functionality as a standardized capability across different platforms","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: be67ee01-d2ea-4277-9e67-d0e1b8ad8101
memory_id: ed70ce13-78cb-4e78-9446-529d695aa0f8
job_type: extract
status: completed
leased_at: 2026-02-24T11:27:06.248Z
completed_at: 2026-02-24T11:28:13.374Z
created_at: 2026-02-24T08:02:10.743Z
updated_at: 2026-02-24T11:28:13.374Z
result:
  {"facts":[{"content":"Not all development tools automatically read configuration from the ~/.agents directory by default","type":"semantic","confidence":0.9},{"content":"Signet connectors regenerate platform-specific native config files (CLAUDE.md for Claude Code, AGENTS.md for OpenCode, etc.) for each harness rather than relying on all tools to read from ~/.agents","type":"decision","confidence":0.9},{"content":"Signet must regenerate native config files per-platform because different harnesses have distinct configuration file formats and loading mechanisms. Relying on all tools to discover ~/.agents is not feasible across the ecosystem.","type":"rationale","confidence":0.85}],"entities":[{"source":"development tools","relationship":"do not automatically read","target":"~/.agents directory","confidence":0.9},{"source":"Signet connectors","relationship":"regenerate","target":"platform-specific native config files","confidence":0.9},{"source":"different harnesses","relationship":"have distinct","target":"configuration mechanisms","confidence":0.85}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [2] already captures this concept as a rule and includes the practical implication (must regenerate native config files for each platform). New fact is semantically redundant with existing rule.","fact":{"content":"Not all development tools automatically read configuration from the ~/.agents directory by default","type":"semantic","confidence":0.9}},{"action":"none","confidence":0.9,"reason":"New fact is already comprehensively covered by candidate [1], which explicitly describes harness adapters that regenerate native config files (CLAUDE.md, etc.) from the database. Candidate [3] is a subset of [1]. No new information to capture.","fact":{"content":"Signet connectors regenerate platform-specific native config files (CLAUDE.md for Claude Code, AGENTS.md for OpenCode, etc.) for each harness rather than relying on all tools to read from ~/.agents","type":"decision","confidence":0.9}},{"action":"none","confidence":0.92,"reason":"Candidate [1] already comprehensively covers this principle: it explicitly states harness adapters generate platform-specific formats from the database source of truth, and directly addresses that tools don't discover ~/.agents by default. The new fact provides additional rationale (distinct formats/mechanisms) but doesn't change or improve the stored principle.","fact":{"content":"Signet must regenerate native config files per-platform because different harnesses have distinct configuration file formats and loading mechanisms. Relying on all tools to discover ~/.agents is not feasible across the ecosystem.","type":"rationale","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: b091b69a-e6cc-492d-ab2d-d9783d0616be
memory_id: 1d3e01ca-b0c4-421f-92fb-940ac0b2f681
job_type: extract
status: completed
leased_at: 2026-02-24T11:28:15.376Z
completed_at: 2026-02-24T11:29:11.164Z
created_at: 2026-02-24T08:02:10.767Z
updated_at: 2026-02-24T11:29:11.164Z
result:
  {"facts":[{"content":"pacman is the primary package manager for Arch Linux system packages","type":"semantic","confidence":0.9},{"content":"yay is a package manager tool used to access and install packages from the Arch User Repository (AUR)","type":"semantic","confidence":0.9},{"content":"Arch Linux has an established hierarchy of package installers, with pacman at the top level and yay serving a complementary role for AUR packages","type":"procedural","confidence":0.75}],"entities":[{"source":"pacman","relationship":"is-primary-for","target":"Arch packages","confidence":0.9},{"source":"yay","relationship":"provides-access-to","target":"Arch User Repository (AUR)","confidence":0.9},{"source":"yay","relationship":"complements","target":"pacman","confidence":0.8}],"proposals":[{"action":"none","confidence":0.95,"reason":"Existing memory already establishes pacman as 'the one true king of arch packages' and top of the package manager hierarchy, which directly covers the new fact that pacman is the primary Arch Linux package manager","fact":{"content":"pacman is the primary package manager for Arch Linux system packages","type":"semantic","confidence":0.9}},{"action":"add","confidence":0.9,"reason":"New fact about yay package manager is unrelated to existing candidate about signetai.sh domain. Should be stored as standalone tooling reference.","fact":{"content":"yay is a package manager tool used to access and install packages from the Arch User Repository (AUR)","type":"semantic","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [2] (fba977ca-d513-499e-9d7a-0ab90ab7258d) already comprehensively covers this fact with identical content (pacman at top level, yay for AUR), plus additional context. The new fact adds no novel information.","fact":{"content":"Arch Linux has an established hierarchy of package installers, with pacman at the top level and yay serving a complementary role for AUR packages","type":"procedural","confidence":0.75}}],"writeMode":"phase-c","writeStats":{"added":1,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":1},"warnings":[]}


id: d56ae393-af8d-4c10-8b74-3e92b53024fc
memory_id: 7db21f82-f297-4637-8da2-f923f72cec3d
job_type: extract
status: completed
leased_at: 2026-02-24T11:29:13.166Z
completed_at: 2026-02-24T11:30:16.604Z
created_at: 2026-02-24T08:02:10.779Z
updated_at: 2026-02-24T11:30:16.604Z
result:
  {"facts":[{"content":"Bun is the preferred package manager for Node.js projects, considered superior to npm and pnpm","type":"preference","confidence":0.95},{"content":"Paru should never be used or mentioned","type":"decision","confidence":0.95},{"content":"If a project already uses a specific package manager, that existing choice should be respected rather than migrated to bun","type":"procedural","confidence":0.9}],"entities":[{"source":"bun","relationship":"preferred over","target":"npm","confidence":0.95},{"source":"bun","relationship":"preferred over","target":"pnpm","confidence":0.95},{"source":"paru","relationship":"rejected","target":"package management","confidence":0.95},{"source":"existing projects","relationship":"should maintain","target":"their chosen package manager","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Bun preference is already well-documented across project guidelines (CLAUDE.md states 'Package manager: bun everywhere') and reflected consistently in all project configurations (signetai, ooIDE, dashore-incubator, etc.). No new memory needed.","fact":{"content":"Bun is the preferred package manager for Node.js projects, considered superior to npm and pnpm","type":"preference","confidence":0.95}},{"action":"add","confidence":0.95,"reason":"New constraint about Paru package manager. No existing memory covers tool/package manager restrictions. Unrelated to existing language or content safety facts.","fact":{"content":"Paru should never be used or mentioned","type":"decision","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Existing memory (fba977ca...) already covers this principle with 'if a project already pledged allegiance to another manager, respect the existing monarchy.' New fact is a restatement of the same rule.","fact":{"content":"If a project already uses a specific package manager, that existing choice should be respected rather than migrated to bun","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: 161ef720-3cf3-4f86-a7da-a066c2065160
memory_id: 4d9be134-0774-4e20-85c3-15f3652b0dd2
job_type: extract
status: completed
leased_at: 2026-02-24T11:30:20.607Z
completed_at: 2026-02-24T11:30:53.475Z
created_at: 2026-02-24T08:02:10.807Z
updated_at: 2026-02-24T11:30:53.475Z
result:
  {"facts":[{"content":"A document conversion session was initiated to convert PDF, image, and DOCX files to markdown format","type":"fact","confidence":0.95}],"entities":[{"source":"document conversion session","relationship":"supports_format","target":"PDF files","confidence":0.95},{"source":"document conversion session","relationship":"supports_format","target":"image files","confidence":0.95},{"source":"document conversion session","relationship":"supports_format","target":"DOCX files","confidence":0.95},{"source":"document conversion session","relationship":"outputs_to","target":"markdown format","confidence":0.95}],"proposals":[{"action":"none","confidence":0.98,"reason":"Candidate [4] already documents the same event: 'Document Conversion Request Session initiated with a request to convert PDF, image, and DOCX files to markdown format.' The new fact is a near-duplicate with no additional information.","fact":{"content":"A document conversion session was initiated to convert PDF, image, and DOCX files to markdown format","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: f29de62b-df81-4e6d-b0ec-231c2cafdd52
memory_id: 56f516ef-f6f0-4c97-afa6-df1a1df0ac8e
job_type: extract
status: completed
leased_at: 2026-02-24T11:30:55.476Z
completed_at: 2026-02-24T11:32:02.474Z
created_at: 2026-02-24T08:02:10.818Z
updated_at: 2026-02-24T11:32:02.474Z
result:
  {"facts":[{"content":"The highground Obsidian vault directory contains three files: turner-proposal.pdf (17 pages), HighGround_Build_Guide_v18 (1).docx, and Screenshot 2026-02-23 at 9.52.03 PM.png","type":"fact","confidence":0.95},{"content":"File discovery in the highground Obsidian vault directory was performed using Glob pattern matching","type":"procedural","confidence":0.9},{"content":"File processing session for the highground vault files was truncated before conversion completed","type":"fact","confidence":0.9}],"entities":[{"source":"highground Obsidian vault directory","relationship":"contains","target":"turner-proposal.pdf","confidence":0.95},{"source":"highground Obsidian vault directory","relationship":"contains","target":"HighGround_Build_Guide_v18 (1).docx","confidence":0.95},{"source":"highground Obsidian vault directory","relationship":"contains","target":"Screenshot 2026-02-23 at 9.52.03 PM.png","confidence":0.95},{"source":"file discovery process","relationship":"used technique","target":"Glob pattern matching","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [2] (ID: 56f516ef-f6f0-4c97-afa6-df1a1df0ac8e) already documents the exact same three files in the highground vault directory. No new information to capture.","fact":{"content":"The highground Obsidian vault directory contains three files: turner-proposal.pdf (17 pages), HighGround_Build_Guide_v18 (1).docx, and Screenshot 2026-02-23 at 9.52.03 PM.png","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [3] (ID: 56f516ef-f6f0-4c97-afa6-df1a1df0ac8e) already documents this exact procedural fact: 'Assistant identified all three files via Glob pattern matching' in the highground directory. The new fact is redundant with existing learning record.","fact":{"content":"File discovery in the highground Obsidian vault directory was performed using Glob pattern matching","type":"procedural","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [2] already explicitly documents that the highground vault file processing session was truncated before conversion completed. New fact adds no additional information.","fact":{"content":"File processing session for the highground vault files was truncated before conversion completed","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: e03ab04e-427f-47e5-b7bd-5b1972951bd7
memory_id: 841d2384-d955-44a4-a2a4-5ebc1e43645b
job_type: extract
status: completed
leased_at: 2026-02-24T11:32:04.477Z
completed_at: 2026-02-24T11:32:58.716Z
created_at: 2026-02-24T08:02:10.835Z
updated_at: 2026-02-24T11:32:58.716Z
result:
  {"facts":[{"content":"No code changes were made during this session","type":"fact","confidence":0.95},{"content":"No architectural decisions were made during this session","type":"fact","confidence":0.95}],"entities":[{"source":"Session","relationship":"contained_no","target":"code changes","confidence":0.95},{"source":"Session","relationship":"contained_no","target":"architectural decisions","confidence":0.95}],"proposals":[{"action":"update","targetMemoryId":"3bce199c-5278-418c-ac64-11d9c27064de","confidence":0.92,"reason":"New fact directly confirms existing memory (candidate 2) that states 'no substantive output to the codebase'. Merging provides explicit confirmation: 'The session was purely informational with no code changes made to the codebase and no substantive output.'","fact":{"content":"No code changes were made during this session","type":"fact","confidence":0.95},"targetContent":"The session was purely informational with no substantive output to the codebase"},{"action":"add","confidence":0.92,"reason":"New fact is specific about architectural decisions and has high confidence. While candidate [2] mentions 'no substantive work' during startup, this new fact is more specific (architectural decisions) and appears to apply to the full session scope, not just startup. Warrants separate memory entry for precision.","fact":{"content":"No architectural decisions were made during this session","type":"fact","confidence":0.95}}],"writeMode":"phase-c","writeStats":{"added":1,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":1},"warnings":[]}


id: 70916bac-35e2-4162-a2ef-6f33d1b7ed81
memory_id: 3d722db2-7933-4e84-847b-06c18f3a122b
job_type: extract
status: completed
leased_at: 2026-02-24T11:33:00.717Z
completed_at: 2026-02-24T11:34:21.435Z
created_at: 2026-02-24T08:02:10.851Z
updated_at: 2026-02-24T11:34:21.435Z
result:
  {"facts":[{"content":"OpenClaw became non-functional following Nicholai's attempt to update it","type":"fact","confidence":0.9},{"content":"Nicholai requested assistance in restoring OpenClaw to a working state","type":"fact","confidence":0.9},{"content":"Claude initiated OpenClaw troubleshooting by examining the installation location","type":"procedural","confidence":0.9},{"content":"Claude initiated OpenClaw troubleshooting by examining the service status","type":"procedural","confidence":0.9}],"entities":[{"source":"Nicholai","relationship":"reported broken state of","target":"OpenClaw","confidence":0.9},{"source":"Nicholai","relationship":"requested help restoring","target":"OpenClaw","confidence":0.9},{"source":"OpenClaw update attempt","relationship":"caused failure in","target":"OpenClaw","confidence":0.85},{"source":"Claude","relationship":"began diagnostics on","target":"OpenClaw","confidence":0.9},{"source":"Claude diagnostics","relationship":"examined","target":"OpenClaw installation location","confidence":0.9},{"source":"Claude diagnostics","relationship":"examined","target":"OpenClaw service status","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [2] already describes this exact incident: OpenClaw breaking after an update attempt with initial diagnostics begun. New fact is already covered by existing memory.","fact":{"content":"OpenClaw became non-functional following Nicholai's attempt to update it","type":"fact","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"This fact is already well-covered by existing memories (IDs 6bf64547 and 3d722db2), which both document that Nicholai reported OpenClaw was broken after an update and requested help restoring it. The new fact adds no additional information or context that would require an update.","fact":{"content":"Nicholai requested assistance in restoring OpenClaw to a working state","type":"fact","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"New fact is already covered by existing candidates 1 and 4, which explicitly document that Claude examined the OpenClaw installation location during initial diagnostics. No new information or refinement is added.","fact":{"content":"Claude initiated OpenClaw troubleshooting by examining the installation location","type":"procedural","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidates 1 and 4 already document that Claude began initial diagnostics by checking OpenClaw installation and service status during troubleshooting. New fact is redundant with existing coverage.","fact":{"content":"Claude initiated OpenClaw troubleshooting by examining the service status","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: 688ed2f7-7f36-4acb-9e4f-0b434090e5fc
memory_id: 5ea40971-df75-41a3-82cb-c4791d104901
job_type: extract
status: completed
leased_at: 2026-02-24T11:34:23.438Z
completed_at: 2026-02-24T11:35:19.229Z
created_at: 2026-02-24T08:02:10.861Z
updated_at: 2026-02-24T11:35:19.229Z
result:
  {"facts":[{"content":"The openclaw binary is located at /usr/bin/openclaw","type":"fact","confidence":0.95},{"content":"openclaw appears to be installed as a system package via pacman/yay package manager","type":"fact","confidence":0.85},{"content":"Initial investigation of openclaw was performed using version check and basic output verification commands","type":"procedural","confidence":0.85}],"entities":[{"source":"openclaw","relationship":"located at","target":"/usr/bin/openclaw","confidence":0.95},{"source":"openclaw","relationship":"installed via","target":"pacman/yay","confidence":0.85},{"source":"openclaw","relationship":"installed as","target":"system package","confidence":0.85}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate 5ea40971-df75-41a3-82cb-c4791d104901 already contains this exact fact as a standalone item: 'The binary was located at `/usr/bin/openclaw` and appears to be installed as a system package via pacman/yay.' No new information or refinement is added.","fact":{"content":"The openclaw binary is located at /usr/bin/openclaw","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate #3 (ID: 5ea40971-df75-41a3-82cb-c4791d104901) already contains this exact information: 'appears to be installed as a system package via pacman/yay'. New fact adds no additional detail or nuance.","fact":{"content":"openclaw appears to be installed as a system package via pacman/yay package manager","type":"fact","confidence":0.85}},{"action":"none","confidence":0.9,"reason":"This fact is already captured in candidate 5ea40971-df75-41a3-82cb-c4791d104901, which explicitly states 'Initial investigation commands were executed to assess the current state (version check, basic output verification).' The new fact adds no new information.","fact":{"content":"Initial investigation of openclaw was performed using version check and basic output verification commands","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: 342fe9fe-8775-4379-b4b2-60b48f29b2c0
memory_id: d2e00d20-8cb9-4c9b-97cc-9aacc424066e
job_type: extract
status: completed
leased_at: 2026-02-24T11:35:21.231Z
completed_at: 2026-02-24T11:36:24.324Z
created_at: 2026-02-24T08:02:10.871Z
updated_at: 2026-02-24T11:36:24.324Z
result:
  {"facts":[{"content":"A session was interrupted during the diagnostic phase before root cause analysis or remediation steps could be completed","type":"fact","confidence":1},{"content":"Root cause analysis was not performed due to session interruption during the diagnostic phase","type":"fact","confidence":0.95},{"content":"Remediation steps were not initiated because the session was interrupted before reaching that stage","type":"fact","confidence":0.95}],"entities":[{"source":"session","relationship":"interrupted_during","target":"diagnostic phase","confidence":1},{"source":"diagnostic phase","relationship":"precedes","target":"root cause analysis","confidence":0.95},{"source":"root cause analysis","relationship":"precedes","target":"remediation steps","confidence":0.95}],"proposals":[{"action":"none","confidence":0.95,"reason":"New fact is already captured verbatim in candidate [4]. This fact is also embedded in the OpenClaw troubleshooting narrative at candidate [1].","fact":{"content":"A session was interrupted during the diagnostic phase before root cause analysis or remediation steps could be completed","type":"fact","confidence":1}},{"action":"none","confidence":0.95,"reason":"Candidate [5] (d2e00d20-8cb9-4c9b-97cc-9aacc424066e) already captures this fact: 'The session was interrupted during the diagnostic phase before root cause analysis or remediation steps were completed.' The new fact is a restatement of information already in existing memory.","fact":{"content":"Root cause analysis was not performed due to session interruption during the diagnostic phase","type":"fact","confidence":0.95}},{"action":"update","targetMemoryId":"d2e00d20-8cb9-4c9b-97cc-9aacc424066e","confidence":0.88,"reason":"New fact refines candidate [4] with specific detail that remediation steps were never initiated (not just incomplete). Both describe session interruption during diagnostic phase before remediation. Merging into single, more precise memory.","fact":{"content":"Remediation steps were not initiated because the session was interrupted before reaching that stage","type":"fact","confidence":0.95},"targetContent":"The session was interrupted during the diagnostic phase before root cause analysis or remediation steps were completed."}],"writeMode":"phase-c","writeStats":{"added":0,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 90bd526a-f777-408a-acfa-7c6804b263be
memory_id: df76d0f7-28f3-4f53-af85-3b4191709f15
job_type: extract
status: completed
leased_at: 2026-02-24T11:36:26.342Z
completed_at: 2026-02-24T11:37:37.264Z
created_at: 2026-02-24T08:02:10.885Z
updated_at: 2026-02-24T11:37:37.264Z
result:
  {"facts":[{"content":"The docs-worker component is responsible for creating six Astro components and config files","type":"procedural","confidence":0.85},{"content":"content.config.ts is a glob-based content collection loader for Astro documentation","type":"semantic","confidence":0.9},{"content":"content.config.ts points to the ../../docs directory for content sourcing","type":"procedural","confidence":0.9},{"content":"content.config.ts excludes the docs/wip/ directory from the content collection glob pattern","type":"procedural","confidence":0.9}],"entities":[{"source":"docs-worker","relationship":"creates","target":"Astro components and config files","confidence":0.85},{"source":"content.config.ts","relationship":"is-type","target":"glob-based content collection loader","confidence":0.9},{"source":"content.config.ts","relationship":"points-to","target":"../../docs","confidence":0.9},{"source":"content.config.ts","relationship":"excludes","target":"docs/wip/","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate #5 already contains this exact information about docs-worker responsibility. The preview shows it explicitly states 'The docs-worker is responsible for creating six Astro components and config files' with detailed task breakdown.","fact":{"content":"The docs-worker component is responsible for creating six Astro components and config files","type":"procedural","confidence":0.85}},{"action":"none","confidence":0.95,"reason":"Candidate [4] already documents content.config.ts as a glob-based content collection loader pointing at ../../docs with wip/ exclusion. New fact is a general restatement of what's already captured with greater specificity.","fact":{"content":"content.config.ts is a glob-based content collection loader for Astro documentation","type":"semantic","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [3] already contains this exact information: 'content.config.ts — Glob-based content collection loader pointing at ../../docs, excluding docs/wip/'. The new fact is a subset of existing memory and adds no new information.","fact":{"content":"content.config.ts points to the ../../docs directory for content sourcing","type":"procedural","confidence":0.9}},{"action":"update","targetMemoryId":"df76d0f7-28f3-4f53-af85-3b4191709f15","confidence":0.95,"reason":"New fact directly refines existing incomplete candidate about content.config.ts. Candidate 5 mentions docs-worker creating content.config.ts with glob-based loading excluding docs/wip/, and new fact provides the concrete implementation detail confirming this behavior.","fact":{"content":"content.config.ts excludes the docs/wip/ directory from the content collection glob pattern","type":"procedural","confidence":0.9},"targetContent":"## Task Scope The docs-worker is responsible for creating six Astro components and config files: 1. **content.config.ts** — Glob-based content collection loader pointing at `../../docs`, excluding `docs/wip/` 2."}],"writeMode":"phase-c","writeStats":{"added":0,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 06e92e0f-1997-462e-9552-fc8672b703b9
memory_id: a20a0ea1-bece-40f5-91c1-cdbe17726d08
job_type: extract
status: completed
leased_at: 2026-02-24T11:37:39.265Z
completed_at: 2026-02-24T11:39:01.978Z
created_at: 2026-02-24T08:02:10.896Z
updated_at: 2026-02-24T11:39:01.978Z
result:
  {"facts":[{"content":"docs.css provides styles for sidebar, prose, code blocks, and responsive layouts using Signet CSS variables","type":"semantic","confidence":0.95},{"content":"Docs.astro is a layout component that combines a sidebar with a content grid","type":"semantic","confidence":0.95},{"content":"Docs.astro layout inherits from Base layout","type":"semantic","confidence":0.95},{"content":"Sidebar.astro component groups documentation navigation by section","type":"semantic","confidence":0.95},{"content":"Sidebar.astro component sorts documentation sections by an order field","type":"procedural","confidence":0.9}],"entities":[{"source":"docs.css","relationship":"uses","target":"Signet CSS variables","confidence":0.95},{"source":"Docs.astro","relationship":"inherits-from","target":"Base layout","confidence":0.95},{"source":"Docs.astro","relationship":"contains","target":"sidebar","confidence":0.95},{"source":"Docs.astro","relationship":"contains","target":"content-grid","confidence":0.95},{"source":"Sidebar.astro","relationship":"groups-by","target":"section","confidence":0.9},{"source":"Sidebar.astro","relationship":"sorts-by","target":"order-field","confidence":0.9}],"proposals":[{"action":"none","confidence":0.98,"reason":"Candidate [3] already contains this exact fact: 'docs.css — Sidebar, prose, code block, and responsive layout styles using Signet CSS variables'. New fact is redundant with existing memory.","fact":{"content":"docs.css provides styles for sidebar, prose, code blocks, and responsive layouts using Signet CSS variables","type":"semantic","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [3] already explicitly documents 'Docs.astro layout — Sidebar + content grid with Base layout inheritance', which directly covers the new fact","fact":{"content":"Docs.astro is a layout component that combines a sidebar with a content grid","type":"semantic","confidence":0.95}},{"action":"update","targetMemoryId":"5bdd49f5-b45e-4a9d-ad92-5708705c12a1","confidence":0.85,"reason":"New fact directly refines existing memory about Base layout by documenting how it's inherited by Docs.astro. Shows Base layout is serving as architectural foundation for other Astro layouts.","fact":{"content":"Docs.astro layout inherits from Base layout","type":"semantic","confidence":0.95},"targetContent":"## Astro Landing Page Migration (Task #1) **Component Architecture:** Created Base layout (`src/layouts/Base.astro`) with HTML/head structure, Google Fonts preconnection, global CSS import, theme script inline, noise SVG filter definition, and bg-grid element."},{"action":"none","confidence":0.95,"reason":"Candidate [3] already explicitly covers this: 'Sidebar.astro component — Navigation sidebar that groups docs by section and sorts by order field'. New fact is redundant with existing memory.","fact":{"content":"Sidebar.astro component groups documentation navigation by section","type":"semantic","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [3] already documents this exact behavior: 'Sidebar.astro component — Navigation sidebar that groups docs by section and sorts by order field'. New fact is a duplicate of existing memory.","fact":{"content":"Sidebar.astro component sorts documentation sections by an order field","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: 007f8553-496f-4020-ab6e-3fe517ca6803
memory_id: e7da5f44-36df-4cd1-8a43-e354cc894d2f
job_type: extract
status: completed
leased_at: 2026-02-24T11:39:03.979Z
completed_at: 2026-02-24T11:39:43.286Z
created_at: 2026-02-24T08:02:10.907Z
updated_at: 2026-02-24T11:39:43.286Z
result:
  {"facts":[{"content":"The file docs/index.astro implements a 301 permanent redirect to the /docs/quickstart route","type":"procedural","confidence":0.95},{"content":"The file docs/[...slug].astro is a dynamic Astro route that renders individual documentation pages based on URL slugs","type":"procedural","confidence":0.95}],"entities":[{"source":"docs/index.astro","relationship":"redirects_to","target":"/docs/quickstart","confidence":0.95},{"source":"docs/[...slug].astro","relationship":"renders","target":"individual documentation pages","confidence":0.95}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate #4 already explicitly documents that docs/index.astro implements a 301 redirect to /docs/quickstart. New fact is fully covered by existing memory.","fact":{"content":"The file docs/index.astro implements a 301 permanent redirect to the /docs/quickstart route","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [5] explicitly states '**docs/[...slug].astro** — Dynamic route rendering individual docs', which directly captures the new fact. The information is already present in existing memory.","fact":{"content":"The file docs/[...slug].astro is a dynamic Astro route that renders individual documentation pages based on URL slugs","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: 9902a25e-c9da-478d-ae36-a12bc6da3ab5
memory_id: f2c2fa84-8a37-42fe-843a-810b4f95c78c
job_type: extract
status: completed
leased_at: 2026-02-24T11:39:45.288Z
completed_at: 2026-02-24T11:40:16.723Z
created_at: 2026-02-24T08:02:10.921Z
updated_at: 2026-02-24T11:40:16.723Z
result:
  {"facts":[{"content":"OpenClaw enforces single-occupancy on the memory slot, permitting only one plugin with kind: \"memory\" to be active at any given time","type":"fact","confidence":0.95}],"entities":[{"source":"OpenClaw","relationship":"enforces","target":"single-occupancy memory slot constraint","confidence":0.95},{"source":"memory slot (OpenClaw)","relationship":"accepts","target":"one active plugin with kind: \"memory\"","confidence":0.95}],"proposals":[{"action":"none","confidence":0.95,"reason":"New fact is already covered by candidate f2c2fa84-8a37-42fe-843a-810b4f95c78c (type: fact) which states the identical constraint: 'OpenClaw enforces single-occupancy on the memory slot—only one plugin with kind: \"memory\" can be active.' Also partially captured in candidate efff832a-aad8-4c11-9207-be39a33b73d7 (type: rule) with full context of the fix implemented. No new information to capture.","fact":{"content":"OpenClaw enforces single-occupancy on the memory slot, permitting only one plugin with kind: \"memory\" to be active at any given time","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: 77b847a3-b117-41ac-91ea-964840bc301e
memory_id: e49e1539-91c4-48e7-a610-5403772ad544
job_type: extract
status: completed
leased_at: 2026-02-24T11:40:18.723Z
completed_at: 2026-02-24T11:41:27.654Z
created_at: 2026-02-24T08:02:10.931Z
updated_at: 2026-02-24T11:41:27.654Z
result:
  {"facts":[{"content":"The signet-memory-openclaw plugin was being shadowed by OpenClaw's built-in memory-core plugin","type":"fact","confidence":0.95},{"content":"The shadowing of signet-memory-openclaw plugin occurred because the @signet/connector-openclaw package never set plugins.slots.memory in its config patch","type":"fact","confidence":0.95},{"content":"The fix to the shadowing bug required three changes to packages/connector-openclaw/src/index.ts (specific changes not detailed in provided text)","type":"procedural","confidence":0.7}],"entities":[{"source":"signet-memory-openclaw plugin","relationship":"shadowed by","target":"memory-core plugin","confidence":0.95},{"source":"@signet/connector-openclaw","relationship":"failed to set","target":"plugins.slots.memory config parameter","confidence":0.95},{"source":"packages/connector-openclaw/src/index.ts","relationship":"requires fix for","target":"plugin shadowing bug","confidence":0.9}],"proposals":[{"action":"none","confidence":0.92,"reason":"The shadowing issue is already comprehensively covered by candidate [1] (ID: efff832a), which documents the full problem and solution including the exact shadowing mechanism and three specific fixes to the connector. The new fact is subsumed within this existing rule.","fact":{"content":"The signet-memory-openclaw plugin was being shadowed by OpenClaw's built-in memory-core plugin","type":"fact","confidence":0.95}},{"action":"none","confidence":0.92,"reason":"Candidate [1] already comprehensively documents this root cause as part of the OpenClaw memory slot conflict session memory. The new fact is a distilled version of what's already captured in that existing rule.","fact":{"content":"The shadowing of signet-memory-openclaw plugin occurred because the @signet/connector-openclaw package never set plugins.slots.memory in its config patch","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [3] already comprehensively documents the shadowing bug fix with all three required changes to packages/connector-openclaw/src/index.ts in detail. The new fact adds no novel information.","fact":{"content":"The fix to the shadowing bug required three changes to packages/connector-openclaw/src/index.ts (specific changes not detailed in provided text)","type":"procedural","confidence":0.7}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: ebccbb1f-df97-43a0-9a81-3cae1436b516
memory_id: 2cafd35b-1d0e-45c4-8071-d9f52d31a05e
job_type: extract
status: completed
leased_at: 2026-02-24T11:41:29.671Z
completed_at: 2026-02-24T11:42:39.551Z
created_at: 2026-02-24T08:02:10.961Z
updated_at: 2026-02-24T11:42:39.551Z
result:
  {"facts":[{"content":"The @signet/connector-openclaw config patch at line 291 includes the setting `plugins.slots.memory: \"signet-memory-openclaw\"` to claim OpenClaw's memory slot 2","type":"procedural","confidence":0.95},{"content":"The @signet/connector-openclaw config patch sets `agents.defaults.memorySearch.enabled: false` to disable OpenClaw's native memory search system","type":"procedural","confidence":0.95},{"content":"OpenClaw's native memory search system must be disabled in the connector-openclaw config patch because its functionality directly conflicts with Signet's daemon-based memory and search system, which would otherwise cause duplicate or conflicting behavior","type":"rationale","confidence":0.9}],"entities":[{"source":"signet-memory-openclaw plugin","relationship":"claims","target":"OpenClaw memory slot 2","confidence":0.95},{"source":"@signet/connector-openclaw","relationship":"disables","target":"OpenClaw agents.defaults.memorySearch","confidence":0.95},{"source":"OpenClaw native memory search system","relationship":"conflicts-with","target":"Signet daemon-based memory and search system","confidence":0.9}],"proposals":[{"action":"none","confidence":0.92,"reason":"Candidate 1 (efff832a) already comprehensively documents this exact detail: 'Add `plugins.slots.memory: \"signet-memory-openclaw\"` to the connector's config patch (~line 291)' within the broader context of the OpenClaw memory slot conflict fix. The new fact is a narrower restatement of information already captured.","fact":{"content":"The @signet/connector-openclaw config patch at line 291 includes the setting `plugins.slots.memory: \"signet-memory-openclaw\"` to claim OpenClaw's memory slot 2","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"New fact is already comprehensively covered by candidate 2 (efff832a-aad8-4c11-9207-be39a33b73d7), which documents the exact same config setting (`agents.defaults.memorySearch.enabled: false`) as part of the OpenClaw memory slot conflict fix. No new information to capture.","fact":{"content":"The @signet/connector-openclaw config patch sets `agents.defaults.memorySearch.enabled: false` to disable OpenClaw's native memory search system","type":"procedural","confidence":0.95}},{"action":"update","targetMemoryId":"efff832a-aad8-4c11-9207-be39a33b73d7","confidence":0.85,"reason":"New fact provides explicit rationale for step 2 (disabling agents.defaults.memorySearch) already mentioned in candidate [1]. Merging adds crucial context about why this conflict exists and what consequences it prevents. This makes the existing memory more complete and actionable.","fact":{"content":"OpenClaw's native memory search system must be disabled in the connector-openclaw config patch because its functionality directly conflicts with Signet's daemon-based memory and search system, which would otherwise cause duplicate or conflicting behavior","type":"rationale","confidence":0.9},"targetContent":"## OpenClaw Memory Slot Conflict Fix Session began with implementation of a plan to fix the OpenClaw memory slot conflict. OpenClaw enforces single-occupancy on the memory slot—only one plugin with `kind: \"memory\"` can be active. The `signet-memory-openclaw` plugin was being shadowed by OpenClaw's built-in `memory-core` plugin because the connector never set `plugins.slots.memory` in its config patch. The fix involved three changes to `packages/connector-openclaw/src/index.ts`: 1. Add `plugins.slots.memory: \"signet-memory-openclaw\"` to the connector's config patch (~line 291) to claim the memory slot 2. Disable OpenClaw's native `agents.defaults.memorySearch` system (which conflicts with Signet's daemon-based memory/search) by setting `enabled: false` 3. Add migration logic in `patchAllConfigsWithPlugin()` (~line 526) to fix existing installations that already have the plugin entry but are missing the slot assignment Session began reading the connector source to understand current implementation before applying changes."}],"writeMode":"phase-c","writeStats":{"added":0,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 49a8cef7-f20a-4c45-b242-a726b27db508
memory_id: 9b65a660-b2b0-41af-9cf4-af55001c7dac
job_type: extract
status: completed
leased_at: 2026-02-24T11:42:41.552Z
completed_at: 2026-02-24T11:43:49.010Z
created_at: 2026-02-24T08:02:10.972Z
updated_at: 2026-02-24T11:43:49.010Z
result:
  {"facts":[{"content":"The `patchAllConfigsWithPlugin()` function at approximately line 526 in the connector requires migration logic to fix existing installations","type":"procedural","confidence":0.9},{"content":"The migration logic targets existing installations that have a plugin entry but are missing the slot assignment configuration","type":"semantic","confidence":0.85},{"content":"The current session involves reading the connector source code to understand the current implementation before applying migration changes","type":"procedural","confidence":0.9}],"entities":[{"source":"patchAllConfigsWithPlugin() function","relationship":"requires","target":"migration logic","confidence":0.9},{"source":"migration logic","relationship":"fixes","target":"existing installations with incomplete slot assignment","confidence":0.85},{"source":"existing installations","relationship":"have incomplete","target":"slot assignment","confidence":0.85},{"source":"session workflow","relationship":"includes","target":"reading connector source code","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate #4 already captures this fact in greater detail, explicitly noting the location (~line 526), the function name (patchAllConfigsWithPlugin()), and the specific problem (missing slot assignment). The new fact is a restatement of the same procedural insight with less specificity.","fact":{"content":"The `patchAllConfigsWithPlugin()` function at approximately line 526 in the connector requires migration logic to fix existing installations","type":"procedural","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already covers this exact concept: 'Add migration logic in patchAllConfigsWithPlugin() to fix existing installations that already have the plugin entry but are missing the slot assignment'. New fact is semantically identical but less detailed.","fact":{"content":"The migration logic targets existing installations that have a plugin entry but are missing the slot assignment configuration","type":"semantic","confidence":0.85}},{"action":"none","confidence":0.85,"reason":"Candidate 5 already documents this session activity: 'Session began reading the connector source to understand current implementation before applying changes.' The new fact is already captured in existing memory.","fact":{"content":"The current session involves reading the connector source code to understand the current implementation before applying migration changes","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: 009a4244-91c0-4ce7-bacc-abe230a19a1d
memory_id: 1de89217-e874-40b3-b53a-629c37de3256
job_type: extract
status: completed
leased_at: 2026-02-24T11:43:51.011Z
completed_at: 2026-02-24T11:44:37.744Z
created_at: 2026-02-24T08:02:10.990Z
updated_at: 2026-02-24T11:44:37.744Z
result:
  {"facts":[{"content":"The Signet system tray app is being implemented using Tauri v2 framework","type":"decision","confidence":0.95},{"content":"A comprehensive implementation plan was created for the Signet system tray app","type":"procedural","confidence":0.85}],"entities":[{"source":"Signet system tray app","relationship":"uses","target":"Tauri v2","confidence":0.95},{"source":"implementation plan","relationship":"targets","target":"Signet system tray app","confidence":0.85}],"proposals":[{"action":"none","confidence":0.95,"reason":"New fact is already well-covered by existing memories: candidate #1 explicitly mentions 'Tauri v2' in title, and candidates #2-4 detail the implementation architecture (Rust tray lifecycle, TypeScript polling, state management via SDK)","fact":{"content":"The Signet system tray app is being implemented using Tauri v2 framework","type":"decision","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"The new fact is already comprehensively covered by existing candidates [2], [3], and [4], which document the plan creation, architecture, and phased implementation approach for the Signet system tray app.","fact":{"content":"A comprehensive implementation plan was created for the Signet system tray app","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: dadefc1d-06a2-431d-901c-15121dd9affa
memory_id: dae16b2f-7914-4ac4-a7c5-ff3eab428c4d
job_type: extract
status: completed
leased_at: 2026-02-24T11:44:39.745Z
completed_at: 2026-02-24T11:45:36.738Z
created_at: 2026-02-24T08:02:11.000Z
updated_at: 2026-02-24T11:45:36.738Z
result:
  {"facts":[{"content":"The feature provides a persistent, visible handle on the daemon without requiring users to access it via terminal or browser","type":"fact","confidence":0.95},{"content":"The feature targets Linux as the initial platform","type":"decision","confidence":0.9},{"content":"The feature includes platform abstraction designed to enable future support for macOS and Windows","type":"decision","confidence":0.9}],"entities":[{"source":"feature","relationship":"provides","target":"persistent visible handle on daemon","confidence":0.95},{"source":"feature","relationship":"eliminates_need_for","target":"terminal or browser","confidence":0.9},{"source":"feature","relationship":"targets_initially","target":"Linux","confidence":0.9},{"source":"feature","relationship":"includes_abstraction_for","target":"macOS and Windows support","confidence":0.85}],"proposals":[{"action":"none","confidence":0.88,"reason":"New fact is already fully covered by candidate [2] (dae16b2f-7914-4ac4-a7c5-ff3eab428c4d), which contains an identical core concept with additional detail (Linux targeting, platform abstraction plans). No new information to capture.","fact":{"content":"The feature provides a persistent, visible handle on the daemon without requiring users to access it via terminal or browser","type":"fact","confidence":0.95}},{"action":"none","targetMemoryId":"dae16b2f-7914-4ac4-a7c5-ff3eab428c4d","confidence":0.95,"reason":"Existing memory (candidate 2) already explicitly states 'targeting Linux first with platform abstraction for future macOS/Windows support' — the new fact is already captured and redundant","fact":{"content":"The feature targets Linux as the initial platform","type":"decision","confidence":0.9},"targetContent":"This feature gives users a persistent, visible handle on the daemon without needing a terminal or browser, targeting Linux first with platform abstraction for future macOS/Windows support."},{"action":"none","confidence":0.95,"reason":"Candidate [2] (dae16b2f-7914-4ac4-a7c5-ff3eab428c4d) already explicitly covers this fact: 'platform abstraction for future macOS/Windows support' is the core of that memory. New fact is redundant.","fact":{"content":"The feature includes platform abstraction designed to enable future support for macOS and Windows","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: d4acb18a-9f60-48f5-a3d2-45dc37ee2959
memory_id: 6c7f6840-5ae0-49e8-8865-aced3b828f60
job_type: extract
status: completed
leased_at: 2026-02-24T11:45:38.740Z
completed_at: 2026-02-24T11:47:25.118Z
created_at: 2026-02-24T08:02:11.011Z
updated_at: 2026-02-24T11:47:25.118Z
result:
  {"facts":[{"content":"The macOS tray application uses a split-responsibility architecture where Rust handles tray lifecycle, native menus, and daemon process management, while TypeScript runs a polling loop to monitor daemon state and update the display","type":"decision","confidence":0.95},{"content":"The Rust component in the macOS tray is responsible for tray lifecycle management","type":"procedural","confidence":0.95},{"content":"The Rust component in the macOS tray is responsible for native menu creation and management","type":"procedural","confidence":0.95},{"content":"The Rust component in the macOS tray is responsible for daemon process management including start and stop operations","type":"procedural","confidence":0.95},{"content":"The TypeScript component in the macOS tray runs a polling loop using the @signet/sdk library to query daemon state","type":"procedural","confidence":0.95},{"content":"The TypeScript component in the macOS tray updates the tray display via IPC (inter-process communication) based on the current daemon state","type":"procedural","confidence":0.95}],"entities":[{"source":"Rust component (macOS tray)","relationship":"handles","target":"tray lifecycle","confidence":0.95},{"source":"Rust component (macOS tray)","relationship":"handles","target":"native menus","confidence":0.95},{"source":"Rust component (macOS tray)","relationship":"manages","target":"daemon process (start/stop)","confidence":0.95},{"source":"TypeScript component (macOS tray)","relationship":"uses","target":"@signet/sdk","confidence":0.95},{"source":"TypeScript component (macOS tray)","relationship":"monitors via polling loop","target":"daemon state","confidence":0.95},{"source":"TypeScript component (macOS tray)","relationship":"updates via IPC","target":"tray display","confidence":0.95}],"proposals":[{"action":"none","confidence":0.95,"reason":"New fact is already thoroughly covered by existing memories [2] and [5]. Candidate [2] explicitly states the identical split-responsibility architecture (Rust for tray lifecycle/menus/process management, TypeScript polling loop with @signet/sdk for state detection and display updates). The new fact adds no novel information beyond what's already captured.","fact":{"content":"The macOS tray application uses a split-responsibility architecture where Rust handles tray lifecycle, native menus, and daemon process management, while TypeScript runs a polling loop to monitor daemon state and update the display","type":"decision","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"New fact is already covered by candidate [3] which explicitly states 'Rust handles tray lifecycle, native menus, and process management' and candidate [5] which states 'Rust handles tray lifecycle/menus'. No new information to capture.","fact":{"content":"The Rust component in the macOS tray is responsible for tray lifecycle management","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [3] already explicitly documents that Rust handles native menus and tray lifecycle. New fact restates existing architectural knowledge without adding novel information.","fact":{"content":"The Rust component in the macOS tray is responsible for native menu creation and management","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [3] already explicitly documents this architecture: 'Rust handles...process management (start/stop daemon)'. The new fact is a restatement of what's already captured there.","fact":{"content":"The Rust component in the macOS tray is responsible for daemon process management including start and stop operations","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [1] (6c7f6840-5ae0-49e8-8865-aced3b828f60) already explicitly covers this fact: 'TypeScript runs a polling loop using the existing @signet/sdk to derive daemon state'. The new fact is identical in substance and already well-documented in existing memory.","fact":{"content":"The TypeScript component in the macOS tray runs a polling loop using the @signet/sdk library to query daemon state","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [2] already explicitly documents this exact mechanism: 'TypeScript runs a polling loop using the existing `@signet/sdk` to derive daemon state and update the display via IPC.' The new fact adds no new information.","fact":{"content":"The TypeScript component in the macOS tray updates the tray display via IPC (inter-process communication) based on the current daemon state","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: 20b53225-e84e-4138-9fca-b6206276095f
memory_id: a3ccc7ad-4cc2-405b-8a3d-a36536d57a57
job_type: extract
status: completed
leased_at: 2026-02-24T11:47:27.120Z
completed_at: 2026-02-24T11:48:12.786Z
created_at: 2026-02-24T08:02:11.022Z
updated_at: 2026-02-24T11:48:12.786Z
result:
  {"facts":[{"content":"The chosen approach avoids duplicating SDK logic (types, retry, error handling) in Rust","type":"decision","confidence":0.8},{"content":"SDK logic duplication in Rust was avoided to leverage Rust's core strength in OS-level operations rather than reimplementing application-layer concerns","type":"rationale","confidence":0.8}],"entities":[{"source":"approach","relationship":"avoids","target":"SDK logic duplication in Rust","confidence":0.8},{"source":"Rust","relationship":"excels at","target":"OS-level operations","confidence":0.85}],"proposals":[{"action":"none","confidence":0.95,"reason":"Existing memory [2] already captures this exact fact with additional context about leveraging Rust's OS-level strengths. New fact is redundant.","fact":{"content":"The chosen approach avoids duplicating SDK logic (types, retry, error handling) in Rust","type":"decision","confidence":0.8}},{"action":"none","confidence":0.95,"reason":"Candidate [2] already contains this exact architectural decision: avoiding SDK duplication in Rust while leveraging OS-level strengths. New fact restates the same rationale with slightly different wording. No new information to capture.","fact":{"content":"SDK logic duplication in Rust was avoided to leverage Rust's core strength in OS-level operations rather than reimplementing application-layer concerns","type":"rationale","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: d639da41-7972-4830-86a5-c5ffa9eed26a
memory_id: 38272186-c612-4184-87fd-791ac9824fe6
job_type: extract
status: completed
leased_at: 2026-02-24T11:48:14.787Z
completed_at: 2026-02-24T11:49:34.091Z
created_at: 2026-02-24T08:02:11.032Z
updated_at: 2026-02-24T11:49:34.091Z
result:
  {"facts":[{"content":"The tray app displays context-aware menu options that change based on the daemon's running state","type":"fact","confidence":0.9},{"content":"When the daemon is running, the tray menu displays three options: open the dashboard, stop the daemon, and restart the daemon","type":"procedural","confidence":0.9},{"content":"When the daemon is stopped, the tray menu displays a single start button as the only option","type":"procedural","confidence":0.9},{"content":"The tray app icon visual state reflects daemon health with three states: normal appearance (daemon running), gray (daemon stopped), and red (daemon error)","type":"procedural","confidence":0.9}],"entities":[{"source":"tray app","relationship":"manages","target":"daemon","confidence":0.85},{"source":"tray menu","relationship":"adapts to","target":"daemon state","confidence":0.9},{"source":"tray icon","relationship":"reflects","target":"daemon health","confidence":0.9},{"source":"daemon","relationship":"has states","target":"running/stopped/error","confidence":0.9}],"proposals":[{"action":"none","confidence":0.9,"reason":"Candidate [4] already comprehensively covers this fact, detailing context-aware menus with specific examples (dashboard/stop/restart when running, start when stopped) and icon state behavior. The new fact is a generalization of information already captured.","fact":{"content":"The tray app displays context-aware menu options that change based on the daemon's running state","type":"fact","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [3] already captures this exact information: 'when the daemon is running, users see options to open the dashboard, stop, or restart'. The new fact adds no new details.","fact":{"content":"When the daemon is running, the tray menu displays three options: open the dashboard, stop the daemon, and restart the daemon","type":"procedural","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate #38272186 already documents this behavior: 'when stopped, a simple start button appears.' The new fact provides the same information with slightly different phrasing ('single start button as the only option' vs 'simple start button appears'), and is already captured by the existing memory.","fact":{"content":"When the daemon is stopped, the tray menu displays a single start button as the only option","type":"procedural","confidence":0.9}},{"action":"update","targetMemoryId":"38272186-c612-4184-87fd-791ac9824fe6","confidence":0.85,"reason":"New fact refines and clarifies the icon state mapping already mentioned in candidate [4]. Merging provides explicit visual-to-state mapping: normal (running), gray (stopped), red (error).","fact":{"content":"The tray app icon visual state reflects daemon health with three states: normal appearance (daemon running), gray (daemon stopped), and red (daemon error)","type":"procedural","confidence":0.9},"targetContent":"The tray app shows context-aware menus: when the daemon is running, users see options to open the dashboard, stop, or restart; when stopped, a simple start button appears. Icon state reflects daemon health (normal, gray/stopped, red/error)."}],"writeMode":"phase-c","writeStats":{"added":0,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 2232d9ff-1e7b-426e-b5b6-80925d5d593e
memory_id: a416e4a0-9532-4ad1-8a4d-8791725a630b
job_type: extract
status: completed
leased_at: 2026-02-24T11:49:36.093Z
completed_at: 2026-02-24T11:51:09.308Z
created_at: 2026-02-24T08:02:11.043Z
updated_at: 2026-02-24T11:51:09.308Z
result:
  {"facts":[{"content":"The polling loop runs every 5 seconds when the system is in a stable state","type":"procedural","confidence":0.95},{"content":"The polling loop runs every 2 seconds when the system is stopped to enable quick detection of startup","type":"decision","confidence":0.95},{"content":"The polling interval is shortened to 2 seconds during stopped state to minimize latency in detecting daemon startup","type":"rationale","confidence":0.9},{"content":"The project directory structure mirrors typical Tauri v2 projects with TypeScript source in src-ts/ and Rust backend in src-tauri/","type":"procedural","confidence":0.95},{"content":"Platform-specific daemon implementations are abstracted behind a DaemonManager trait for cross-platform compatibility","type":"decision","confidence":0.9}],"entities":[{"source":"polling loop","relationship":"runs at interval","target":"5 seconds (during stable operation)","confidence":0.95},{"source":"polling loop","relationship":"runs at interval","target":"2 seconds (when stopped)","confidence":0.95},{"source":"project structure","relationship":"follows","target":"Tauri v2 conventions","confidence":0.95},{"source":"project","relationship":"contains","target":"TypeScript source (src-ts/)","confidence":0.95},{"source":"project","relationship":"contains","target":"Rust backend (src-tauri/)","confidence":0.95},{"source":"DaemonManager trait","relationship":"abstracts","target":"platform-specific implementations","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [4] already contains this exact fact: 'The polling loop runs every 5 seconds when stable and 2 seconds when stopped...' The new fact is fully covered by existing memory with additional context about behavior in stopped state.","fact":{"content":"The polling loop runs every 5 seconds when the system is in a stable state","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate 4 already captures the full adaptive polling pattern: '2 seconds when stopped to detect startup quickly'. Candidate 5 also covers this. The new fact is redundant and already stored.","fact":{"content":"The polling loop runs every 2 seconds when the system is stopped to enable quick detection of startup","type":"decision","confidence":0.95}},{"action":"none","confidence":0.85,"reason":"New fact is already covered by candidates 4 and 5, which both describe the adaptive polling pattern (5s when running, 2s when stopped). The new fact adds minimal detail about the *reason* for the 2-second interval (minimize latency), which aligns with candidate 4's existing explanation (detect startup quickly). No new information that warrants a separate memory.","fact":{"content":"The polling interval is shortened to 2 seconds during stopped state to minimize latency in detecting daemon startup","type":"rationale","confidence":0.9}},{"action":"update","targetMemoryId":"2e7dff8e-82a7-458a-908a-e28cb8d1f286","confidence":0.92,"reason":"New fact provides concrete architectural details about the Tauri project structure (src-ts/, src-tauri/) that directly refines candidate [4]'s implementation plan task of scaffolding Tauri. These should be merged to document both the planned task and its structural realization.","fact":{"content":"The project directory structure mirrors typical Tauri v2 projects with TypeScript source in src-ts/ and Rust backend in src-tauri/","type":"procedural","confidence":0.95},"targetContent":"## Implementation Plan Key tasks identified: 1. Scaffold Tauri project structure in existing repo 2. Port HTML/CSS UI from customtkinter layout (title, deps status bar, URL/filename inputs, format/quality dropdowns, modal dialogs) 3."},{"action":"add","confidence":0.85,"reason":"New fact describes a specific architectural pattern (DaemonManager trait) for platform abstraction. While related to candidate 4's goal of cross-platform support, this is a distinct implementation decision warranting its own memory entry. Candidate 4 focuses on feature scope (visible daemon handle), while this fact describes the architectural mechanism enabling platform compatibility.","fact":{"content":"Platform-specific daemon implementations are abstracted behind a DaemonManager trait for cross-platform compatibility","type":"decision","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: 12ed193a-c7c2-4d73-bc36-9a2c97d2285d
memory_id: d09ff196-940a-4db6-a6a5-5b678fb02db1
job_type: extract
status: completed
leased_at: 2026-02-24T11:51:11.315Z
completed_at: 2026-02-24T11:51:53.475Z
created_at: 2026-02-24T08:02:11.054Z
updated_at: 2026-02-24T11:51:53.475Z
result:
  {"facts":[{"content":"Icon assets are specified as 32x32 PNG format","type":"procedural","confidence":0.95},{"content":"Process management implementation mirrors the existing logic in packages/daemon/src/service.ts","type":"decision","confidence":0.9},{"content":"Process management uses systemd as the primary method when available, with fallback to direct process management","type":"procedural","confidence":0.95}],"entities":[{"source":"icons","relationship":"specified as","target":"32x32 PNG","confidence":0.95},{"source":"process management","relationship":"mirrors logic from","target":"packages/daemon/src/service.ts","confidence":0.9},{"source":"process management","relationship":"primary method","target":"systemd","confidence":0.95},{"source":"process management","relationship":"fallback","target":"direct process management","confidence":0.95}],"proposals":[{"action":"add","confidence":0.95,"reason":"No existing memories match this fact","fact":{"content":"Icon assets are specified as 32x32 PNG format","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"New fact is already covered by candidate [4], which explicitly states: 'Process management mirrors existing logic from packages/daemon/src/service.ts, supporting systemd when available and falling back to direct process management.'","fact":{"content":"Process management implementation mirrors the existing logic in packages/daemon/src/service.ts","type":"decision","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [3] (d09ff196-940a-4db6-a6a5-5b678fb02db1) already covers this exact pattern: 'Process management mirrors existing logic from packages/daemon/src/service.ts, supporting systemd when available and falling back to direct process management.' New fact is redundant.","fact":{"content":"Process management uses systemd as the primary method when available, with fallback to direct process management","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: 5af252ba-148c-47cd-9e9f-c30719b8d79f
memory_id: 788810d9-85b3-49f8-8e8a-567c79d0f981
job_type: extract
status: completed
leased_at: 2026-02-24T11:51:55.478Z
completed_at: 2026-02-24T11:53:28.767Z
created_at: 2026-02-24T08:02:11.065Z
updated_at: 2026-02-24T11:53:28.767Z
result:
  {"facts":[{"content":"The implementation plan consists of 8 sequential phases: project scaffold, Rust core, platform abstraction, IPC commands, TypeScript state/menu builders, polling loop, icons, and build verification","type":"procedural","confidence":0.95},{"content":"Phase 2 involves building the Rust core with main, lib, and tray components","type":"procedural","confidence":0.95},{"content":"Autostart functionality is deferred beyond the initial 8-phase implementation plan","type":"decision","confidence":0.9},{"content":"Notifications functionality is deferred beyond the initial 8-phase implementation plan","type":"decision","confidence":0.9},{"content":"Platform-specific support for launchd (macOS) and Windows is deferred beyond the initial 8-phase implementation plan","type":"decision","confidence":0.9}],"entities":[{"source":"implementation plan","relationship":"structured_as","target":"8 sequential phases","confidence":0.95},{"source":"Phase 2","relationship":"builds","target":"Rust core","confidence":0.95},{"source":"Rust core","relationship":"includes_components","target":"main, lib, tray","confidence":0.95},{"source":"autostart feature","relationship":"scope_status","target":"deferred","confidence":0.9},{"source":"notifications feature","relationship":"scope_status","target":"deferred","confidence":0.9},{"source":"platform-specific support","relationship":"scope_status","target":"deferred","confidence":0.9}],"proposals":[{"action":"none","confidence":0.98,"reason":"Candidate [4] already captures the exact same 8-phase implementation plan with additional context (platform-specific deferral details). New fact is redundant.","fact":{"content":"The implementation plan consists of 8 sequential phases: project scaffold, Rust core, platform abstraction, IPC commands, TypeScript state/menu builders, polling loop, icons, and build verification","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.92,"reason":"New fact is already covered by candidate [3] (788810d9...), which explicitly documents the 8-phase implementation plan including 'Rust core (main/lib/tray)' as a distinct phase. No new information to merge or store.","fact":{"content":"Phase 2 involves building the Rust core with main, lib, and tray components","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already explicitly states: 'Autostart, notifications, and platform-specific launchd/Windows support are deferred to future phases.' This existing memory fully covers the new fact about autostart deferral.","fact":{"content":"Autostart functionality is deferred beyond the initial 8-phase implementation plan","type":"decision","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already explicitly states 'Autostart, notifications, and platform-specific launchd/Windows support are deferred to future phases.' The new fact is fully covered by this existing memory.","fact":{"content":"Notifications functionality is deferred beyond the initial 8-phase implementation plan","type":"decision","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [3] already explicitly states that 'platform-specific launchd/Windows support are deferred to future phases' as part of the 8-phase implementation plan. The new fact is redundant with existing memory.","fact":{"content":"Platform-specific support for launchd (macOS) and Windows is deferred beyond the initial 8-phase implementation plan","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: 8eca612e-1d1f-47bb-a1ab-20877772435f
memory_id: 93ec0a12-18ef-46de-96c5-b20c7a1b1268
job_type: extract
status: completed
leased_at: 2026-02-24T11:53:30.768Z
completed_at: 2026-02-24T11:54:29.778Z
created_at: 2026-02-24T08:02:11.078Z
updated_at: 2026-02-24T11:54:29.778Z
result:
  {"facts":[{"content":"DASHBOARD.md incorrectly references non-existent UI tabs including DiagnosticsTab and AnalyticsTab","type":"fact","confidence":0.95},{"content":"The Signet dashboard actually contains the following tabs: Config, Settings, Memory, Embeddings, Logs, Secrets, Skills","type":"fact","confidence":0.95},{"content":"DIAGNOSTICS.md documentation is missing the `update` domain (weighted at 0.11)","type":"fact","confidence":0.9}],"entities":[{"source":"DASHBOARD.md","relationship":"incorrectly_references","target":"DiagnosticsTab, AnalyticsTab (non-existent UI tabs)","confidence":0.95},{"source":"Signet dashboard","relationship":"contains","target":"Config, Settings, Memory, Embeddings, Logs, Secrets, Skills tabs","confidence":0.95},{"source":"DIAGNOSTICS.md","relationship":"missing_documentation_for","target":"update domain","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Exact issue already captured in candidate 4 (ID: 93ec0a12...) with additional detail. Candidate 4 explicitly lists the non-existent tabs (DiagnosticsTab, AnalyticsTab) and actual tabs (Config, Settings, Memory, Embeddings, Logs, Secrets, Skills). New fact provides no new information.","fact":{"content":"DASHBOARD.md incorrectly references non-existent UI tabs including DiagnosticsTab and AnalyticsTab","type":"fact","confidence":0.95}},{"action":"add","confidence":0.95,"reason":"New fact provides specific dashboard tab structure (Config, Settings, Memory, Embeddings, Logs, Secrets, Skills). Existing candidates cover UI components and Tasks tab implementation but don't document the overall tab inventory. This is distinct, factual reference material useful for navigation and feature planning.","fact":{"content":"The Signet dashboard actually contains the following tabs: Config, Settings, Memory, Embeddings, Logs, Secrets, Skills","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [4] already contains this exact fact: 'DIAGNOSTICS.md missing the `update` domain (weight 0.11)' as part of Priority 1 findings","fact":{"content":"DIAGNOSTICS.md documentation is missing the `update` domain (weighted at 0.11)","type":"fact","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: 4f712bb3-a8d9-4191-a2f9-384c221ba45f
memory_id: e11a1a6c-e2c4-4cb3-8876-b9bcb9942ef7
job_type: extract
status: completed
leased_at: 2026-02-24T11:54:31.778Z
completed_at: 2026-02-24T11:55:58.722Z
created_at: 2026-02-24T08:02:11.089Z
updated_at: 2026-02-24T11:55:58.722Z
result:
  {"facts":[{"content":"The Signet daemon API includes three undocumented endpoints: GET /api/embeddings/projection (server-side UMAP 2D/3D projection), GET /api/repair/embedding-gaps (repair operations), and POST /api/repair/re-embed (re-embedding vectors)","type":"fact","confidence":0.95},{"content":"The HTTP API endpoint reference table in CLAUDE.md at /home/nicholai/signet/signetai/CLAUDE.md is missing three required entries for endpoints: GET /api/embeddings/projection, GET /api/repair/embedding-gaps, and POST /api/repair/re-embed","type":"fact","confidence":0.95},{"content":"A Tauri v2-based tray application exists at packages/tray/ and was shipped with zero documentation","type":"fact","confidence":0.9},{"content":"Documentation gaps for undocumented endpoints and tray app are tracked as priority items needing resolution","type":"procedural","confidence":0.85}],"entities":[{"source":"GET /api/embeddings/projection endpoint","relationship":"lacks_documentation_in","target":"CLAUDE.md HTTP API reference table","confidence":0.95},{"source":"GET /api/repair/embedding-gaps endpoint","relationship":"lacks_documentation_in","target":"CLAUDE.md HTTP API reference table","confidence":0.95},{"source":"POST /api/repair/re-embed endpoint","relationship":"lacks_documentation_in","target":"CLAUDE.md HTTP API reference table","confidence":0.95},{"source":"packages/tray/ Tauri v2 tray app","relationship":"has_zero_documentation","target":"documentation system","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [3] already documents all three endpoints as undocumented and flags them for CLAUDE.md documentation. New fact is redundant with existing memory.","fact":{"content":"The Signet daemon API includes three undocumented endpoints: GET /api/embeddings/projection (server-side UMAP 2D/3D projection), GET /api/repair/embedding-gaps (repair operations), and POST /api/repair/re-embed (re-embedding vectors)","type":"fact","confidence":0.95}},{"action":"none","confidence":0.92,"reason":"The missing CLAUDE.md endpoint table entries (GET /api/embeddings/projection, GET /api/repair/embedding-gaps, POST /api/repair/re-embed) are already documented in candidates [3] and [4], which specifically note 'CLAUDE.md endpoint table also needs these three entries'. The new fact confirms existing memory rather than adding new information.","fact":{"content":"The HTTP API endpoint reference table in CLAUDE.md at /home/nicholai/signet/signetai/CLAUDE.md is missing three required entries for endpoints: GET /api/embeddings/projection, GET /api/repair/embedding-gaps, and POST /api/repair/re-embed","type":"fact","confidence":0.95}},{"action":"none","confidence":0.9,"reason":"Candidate [5] already documents this exact fact: 'Tray app (packages/tray/, Tauri v2) shipped with zero documentation' as part of a Priority 3 documentation issue. The new fact is redundant with existing memory.","fact":{"content":"A Tauri v2-based tray application exists at packages/tray/ and was shipped with zero documentation","type":"fact","confidence":0.9}},{"action":"none","confidence":0.9,"reason":"Candidate [2] already contains detailed documentation of these exact gaps (three undocumented endpoints + tray app) and their priority status. New fact is a higher-level restatement already covered by existing memory.","fact":{"content":"Documentation gaps for undocumented endpoints and tray app are tracked as priority items needing resolution","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: f6cc6c43-f94d-49fe-ae54-9b7678119d2b
memory_id: cf2a7af6-fa9a-4f0e-b9ee-1b456f6f1aee
job_type: extract
status: completed
leased_at: 2026-02-24T11:56:02.724Z
completed_at: 2026-02-24T11:57:33.280Z
created_at: 2026-02-24T08:02:11.112Z
updated_at: 2026-02-24T11:57:33.280Z
result:
  {"facts":[{"content":"Rust handles tray lifecycle management and menu rendering in the system architecture","type":"decision","confidence":0.95},{"content":"TypeScript implements a polling loop for detecting application state changes","type":"decision","confidence":0.95},{"content":"The polling loop uses adaptive intervals: 5 seconds when the application is running, 2 seconds when stopped","type":"procedural","confidence":0.95},{"content":"On Linux, the system uses systemd for process management with bunx discovery as a fallback mechanism","type":"procedural","confidence":0.95}],"entities":[{"source":"Rust","relationship":"handles","target":"tray lifecycle and menus","confidence":0.95},{"source":"TypeScript","relationship":"implements","target":"polling loop","confidence":0.95},{"source":"Linux system","relationship":"uses","target":"systemd","confidence":0.95},{"source":"Linux system","relationship":"falls back to","target":"bunx discovery","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate 6c7f6840-5ae0-49e8-8865-aced3b828f60 already documents the same architectural detail with greater specificity: 'Rust handles tray lifecycle, native menus, and process management.' Candidate cf2a7af6-fa9a-4f0e-b9ee-1b456f6f1aee also covers this. New fact adds no novel information.","fact":{"content":"Rust handles tray lifecycle management and menu rendering in the system architecture","type":"decision","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"New fact is already comprehensively covered by existing candidates [2] and [3], which detail the TypeScript polling loop's implementation (5s/2s adaptive intervals), architecture, and platform-specific behavior. No new information to capture.","fact":{"content":"TypeScript implements a polling loop for detecting application state changes","type":"decision","confidence":0.95}},{"action":"none","confidence":0.98,"reason":"Candidates 4 and 5 already contain this exact information: polling at 5s when running and 2s when stopped. Candidate 4 provides fuller context with architecture notes. No new information to capture.","fact":{"content":"The polling loop uses adaptive intervals: 5 seconds when the application is running, 2 seconds when stopped","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Existing memory [4] already contains this exact information: 'Linux uses systemd with fallback to bunx discovery.' The new fact is fully covered.","fact":{"content":"On Linux, the system uses systemd for process management with bunx discovery as a fallback mechanism","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: 045b3e36-f1eb-4283-99b7-f6dd98d62328
memory_id: fb26f5fd-9789-4f59-b08c-e5a4eb0561b6
job_type: extract
status: completed
leased_at: 2026-02-24T11:57:35.282Z
completed_at: 2026-02-24T12:00:01.329Z
created_at: 2026-02-24T08:02:11.123Z
updated_at: 2026-02-24T12:00:01.329Z
result:
  {"facts":[{"content":"The packages/daemon/src/pipeline/provider.ts module provides LLM abstraction supporting Ollama and Claude models and is currently undocumented","type":"fact","confidence":0.95},{"content":"The packages/daemon/src/pipeline/reranker.ts module implements timeout-guarded search result reranking and is currently undocumented","type":"fact","confidence":0.95},{"content":"The packages/daemon/src/pipeline/url-fetcher.ts module handles document ingest with enforced constraints: 30-second timeout and 10MB maximum file size; currently undocumented","type":"fact","confidence":0.95},{"content":"ARCHITECTURE.md schema section is incomplete and requires documentation of 16 database tables distributed across migration files","type":"fact","confidence":0.95},{"content":"CLI embed subcommands are undocumented","type":"fact","confidence":0.95},{"content":"Content normalization logic and UMAP algorithm implementation notes are undocumented internal modules in the pipeline","type":"fact","confidence":0.95},{"content":"Documentation of provider.ts, reranker.ts, and url-fetcher.ts pipeline modules is classified as Priority 4","type":"procedural","confidence":0.95},{"content":"ARCHITECTURE.md schema section documentation is classified as Priority 4","type":"procedural","confidence":0.95},{"content":"CLI embed subcommands and internal module documentation (content normalization, UMAP notes) are classified as Priority 5-6","type":"procedural","confidence":0.95}],"entities":[{"source":"provider.ts","relationship":"provides LLM abstraction for","target":"Ollama","confidence":0.95},{"source":"provider.ts","relationship":"provides LLM abstraction for","target":"Claude","confidence":0.95},{"source":"reranker.ts","relationship":"implements","target":"timeout-guarded search reranking","confidence":0.95},{"source":"url-fetcher.ts","relationship":"enforces timeout constraint","target":"30 seconds","confidence":0.95},{"source":"url-fetcher.ts","relationship":"enforces size constraint","target":"10MB maximum","confidence":0.95},{"source":"url-fetcher.ts","relationship":"handles","target":"document ingest","confidence":0.95},{"source":"ARCHITECTURE.md","relationship":"has incomplete section","target":"schema with 16 database tables","confidence":0.95},{"source":"CLI","relationship":"has undocumented subcommand","target":"embed","confidence":0.95}],"proposals":[{"action":"none","confidence":0.92,"reason":"Candidate [4] already documents provider.ts as an undocumented pipeline module providing Ollama/Claude LLM abstraction. The new fact is a duplicate of existing memory and adds no new information.","fact":{"content":"The packages/daemon/src/pipeline/provider.ts module provides LLM abstraction supporting Ollama and Claude models and is currently undocumented","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Existing memory [3] already identifies reranker.ts as one of three undocumented pipeline modules with identical description (timeout-guarded search reranking). New fact adds no new information.","fact":{"content":"The packages/daemon/src/pipeline/reranker.ts module implements timeout-guarded search result reranking and is currently undocumented","type":"fact","confidence":0.95}},{"action":"none","targetMemoryId":"fb26f5fd-9789-4f59-b08c-e5a4eb0561b6","confidence":0.95,"reason":"Existing memory (candidate 5) already documents url-fetcher.ts with identical constraints (30s timeout, 10MB max) as part of Priority 4 undocumented modules. New fact adds no new information.","fact":{"content":"The packages/daemon/src/pipeline/url-fetcher.ts module handles document ingest with enforced constraints: 30-second timeout and 10MB maximum file size; currently undocumented","type":"fact","confidence":0.95},"targetContent":"**Priority 4 (Pipeline Gaps):** - Three pipeline modules undocumented: provider.ts (Ollama/Claude LLM abstraction), reranker.ts (timeout-guarded search reranking), url-fetcher.ts (document ingest with 30s timeout, 10MB max) - ARCHITECTURE.md schema section incomplete; needs full table of 16 tables across migrations **Priority 5-6:** CLI embed subcommands and internal modules (content normalization, UMAP algorithm notes)."},{"action":"none","confidence":0.98,"reason":"New fact is already captured in candidate [5] (fb26f5fd-9789-4f59-b08c-e5a4eb0561b6), which explicitly states 'ARCHITECTURE.md schema section incomplete; needs full table of 16 tables across migrations'","fact":{"content":"ARCHITECTURE.md schema section is incomplete and requires documentation of 16 database tables distributed across migration files","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate 4 (fb26f5fd...) already explicitly lists 'CLI embed subcommands' as undocumented under Priority 5-6, and Candidate 2 (e4ccb54c...) documents the task to add this documentation. New fact is already covered by existing memories.","fact":{"content":"CLI embed subcommands are undocumented","type":"fact","confidence":0.95}},{"action":"none","confidence":0.92,"reason":"Candidate [2] already documents that content normalization and UMAP algorithm notes are undocumented internal modules (listed in Priority 5-6). New fact is a more concise restatement of existing documentation gap.","fact":{"content":"Content normalization logic and UMAP algorithm implementation notes are undocumented internal modules in the pipeline","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [4] already documents these three pipeline modules (provider.ts, reranker.ts, url-fetcher.ts) as Priority 4 undocumented items with implementation details. The new fact adds no new information beyond what's already captured.","fact":{"content":"Documentation of provider.ts, reranker.ts, and url-fetcher.ts pipeline modules is classified as Priority 4","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [3] (ID: fb26f5fd...) already explicitly lists 'ARCHITECTURE.md schema section incomplete' as part of Priority 4 work. The new fact is a restatement/confirmation of information already captured in that memory.","fact":{"content":"ARCHITECTURE.md schema section documentation is classified as Priority 4","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already documents this exact classification: 'Priority 5-6: CLI embed subcommands and internal modules (content normalization, UMAP algorithm notes).' The new fact is already well-covered by existing memory.","fact":{"content":"CLI embed subcommands and internal module documentation (content normalization, UMAP notes) are classified as Priority 5-6","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: f5890154-4c14-4a04-82df-6d15bc6a11ed
memory_id: cf96f1de-86f9-4c46-86e9-87165c0e3c17
job_type: extract
status: completed
leased_at: 2026-02-24T12:00:03.331Z
completed_at: 2026-02-24T12:00:48.888Z
created_at: 2026-02-24T08:02:11.137Z
updated_at: 2026-02-24T12:00:48.888Z
result:
  {"facts":[{"content":"Nicholai provided a comprehensive plan to add observability to Signet's auto-update system","type":"decision","confidence":1},{"content":"Signet has an auto-update system that requires observability improvements","type":"fact","confidence":0.9}],"entities":[{"source":"Nicholai","relationship":"provided","target":"Auto-Update Observability Plan","confidence":1},{"source":"Auto-Update Observability Plan","relationship":"targets","target":"Signet auto-update system","confidence":0.95}],"proposals":[{"action":"none","confidence":1,"reason":"Candidate #3 (cf96f1de-86f9-4c46-86e9-87165c0e3c17) already contains identical content about the auto-update observability plan. Fact is fully covered by existing memory.","fact":{"content":"Nicholai provided a comprehensive plan to add observability to Signet's auto-update system","type":"decision","confidence":1}},{"action":"none","confidence":0.9,"reason":"Fact is already well-covered by existing memories [3], [4], [5] which provide detailed specifics: the plan itself, the root problem (missing observability), and the API surface solution. New fact is a generic summary of information already captured with more precision and actionability.","fact":{"content":"Signet has an auto-update system that requires observability improvements","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: 4229118c-736b-4280-9287-ac5a2a4bc75a
memory_id: e7ac776b-898b-4b43-bc1e-f555e2e70008
job_type: extract
status: completed
leased_at: 2026-02-24T12:00:50.905Z
completed_at: 2026-02-24T12:02:26.384Z
created_at: 2026-02-24T08:02:11.149Z
updated_at: 2026-02-24T12:02:26.384Z
result:
  {"facts":[{"content":"The daemon has implemented complete update mechanics including GitHub/npm version checks, package manager invocation, and timer-based scheduling","type":"fact","confidence":0.95},{"content":"The daemon's update system has zero observability—update errors are logged internally but do not surface to agents or external API consumers","type":"fact","confidence":0.95},{"content":"No mechanism exists to notify agents when Signet has an available update or is running an outdated version","type":"fact","confidence":0.95},{"content":"The /api/status HTTP endpoint does not expose daemon update state, error status, or available version information","type":"fact","confidence":0.95}],"entities":[{"source":"daemon","relationship":"implements","target":"complete update mechanics","confidence":0.95},{"source":"daemon update system","relationship":"lacks","target":"observability","confidence":0.95},{"source":"update errors","relationship":"vanish into","target":"logs","confidence":0.95},{"source":"agents","relationship":"unaware of","target":"Signet outdated status","confidence":0.95},{"source":"/api/status endpoint","relationship":"blind to","target":"update state","confidence":0.95}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [2] already explicitly states 'The daemon currently has full update mechanics (GitHub/npm checks, package manager invocation, timer)' — the new fact simply confirms what's already documented in the rule about update system implementation status.","fact":{"content":"The daemon has implemented complete update mechanics including GitHub/npm version checks, package manager invocation, and timer-based scheduling","type":"fact","confidence":0.95}},{"action":"none","confidence":0.92,"reason":"Candidate [2] (e7ac776b-898b-4b43-bc1e-f555e2e70008) already captures this exact observation: 'zero observability—errors vanish into logs, agents never know...'. New fact is a restatement of the same problem with identical scope and implications. No new information or refinement.","fact":{"content":"The daemon's update system has zero observability—update errors are logged internally but do not surface to agents or external API consumers","type":"fact","confidence":0.95}},{"action":"none","confidence":0.92,"reason":"New fact directly overlaps with existing rule candidate [4], which already explicitly states 'agents never know when Signet is outdated' and identifies the observability gap. Candidate [5] adds context about the planned solution. New fact is redundant without adding novel information.","fact":{"content":"No mechanism exists to notify agents when Signet has an available update or is running an outdated version","type":"fact","confidence":0.95}},{"action":"none","confidence":0.92,"reason":"Memory [1] already captures the core observation: '/api/status is blind to update state' as part of the broader observability gap. The new fact specifies that error status and version info are missing, which are details consistent with memory [1]'s statement. Memory [3] describes the planned solution (adding an 'update' field to /api/status). The fact is already represented in existing memories.","fact":{"content":"The /api/status HTTP endpoint does not expose daemon update state, error status, or available version information","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: 69d982c1-0520-4f1a-afb5-63fd17fa65c9
memory_id: 98744e3b-cc50-4c98-9822-e0676fa64d1e
job_type: extract
status: completed
leased_at: 2026-02-24T12:02:28.387Z
completed_at: 2026-02-24T12:04:33.829Z
created_at: 2026-02-24T08:02:11.177Z
updated_at: 2026-02-24T12:04:33.829Z
result:
  {"facts":[{"content":"The `autoInstall` configuration option defaults to false in the Signet daemon, which prevents users from automatically discovering and installing available updates","type":"fact","confidence":0.95},{"content":"Update state in the Signet daemon is stored as module-scoped bindings in daemon.ts, making the state inaccessible to other modules that need to query or modify it","type":"fact","confidence":0.95},{"content":"The `getDaemonVersion()` function in the Signet daemon silently returns the fallback string \"0.0.0\" when version detection fails, without logging or raising an error","type":"fact","confidence":0.95},{"content":"The package manager fallback order in Signetai prioritizes npm over bun, which conflicts with the project standard of using bun as the primary package manager","type":"fact","confidence":0.9},{"content":"The Signet daemon's diagnostics system lacks a dedicated 'update health' domain for monitoring and reporting update-related system health metrics","type":"fact","confidence":0.9},{"content":"The root cause of poor update discoverability in Signet is that `autoInstall` defaults to false, preventing users from ever encountering update notifications","type":"rationale","confidence":0.85},{"content":"Update state encapsulation in daemon.ts as module-scoped bindings creates a maintainability problem: other modules cannot access, query, or depend on update state without tight coupling","type":"rationale","confidence":0.85}],"entities":[{"source":"autoInstall configuration","relationship":"defaults to","target":"false","confidence":0.95},{"source":"daemon.ts","relationship":"contains inaccessible","target":"update state bindings","confidence":0.95},{"source":"getDaemonVersion() function","relationship":"returns on failure","target":"\"0.0.0\"","confidence":0.95},{"source":"package manager fallback","relationship":"favors","target":"npm","confidence":0.9},{"source":"package manager fallback","relationship":"conflicts with standard","target":"bun","confidence":0.9},{"source":"diagnostics system","relationship":"lacks domain for","target":"update health","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"The new fact is already captured in existing memory ID 98744e3b-cc50-4c98-9822-e0676fa64d1e, which explicitly documents that '`autoInstall` defaults to false (users never see updates)' as a root cause of update observability failures.","fact":{"content":"The `autoInstall` configuration option defaults to false in the Signet daemon, which prevents users from automatically discovering and installing available updates","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"New fact is already covered by existing memory [3] (ID: 98744e3b-cc50-4c98-9822-e0676fa64d1e), which explicitly identifies this exact root cause: 'all update state is trapped as module-scoped bindings in daemon.ts (inaccessible to other modules)'. The solution is tracked in [4] (getUpdateState/getUpdateSummary exports).","fact":{"content":"Update state in the Signet daemon is stored as module-scoped bindings in daemon.ts, making the state inaccessible to other modules that need to query or modify it","type":"fact","confidence":0.95}},{"action":"none","confidence":0.92,"reason":"Candidate [4] already documents this exact issue: '`getDaemonVersion()` silently returns \"0.0.0\" on failure' is listed as a root cause in the update system diagnostics. New fact is already covered by existing memory.","fact":{"content":"The `getDaemonVersion()` function in the Signet daemon silently returns the fallback string \"0.0.0\" when version detection fails, without logging or raising an error","type":"fact","confidence":0.95}},{"action":"add","confidence":0.85,"reason":"New fact provides Signetai-specific diagnostic information about a potential configuration issue (npm prioritization conflicting with project standards). Existing memory covers general package manager philosophy but not this specific implementation problem. These are complementary, not duplicative.","fact":{"content":"The package manager fallback order in Signetai prioritizes npm over bun, which conflicts with the project standard of using bun as the primary package manager","type":"fact","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [2] explicitly lists 'the diagnostics system lacks an update health domain' as an identified root cause. The new fact is already captured in this existing memory.","fact":{"content":"The Signet daemon's diagnostics system lacks a dedicated 'update health' domain for monitoring and reporting update-related system health metrics","type":"fact","confidence":0.9}},{"action":"none","confidence":0.92,"reason":"Candidate [5] (ID: 98744e3b-cc50-4c98-9822-e0676fa64d1e) already documents this root cause: '`autoInstall` defaults to false (users never see updates)'. The new fact restates this existing finding without adding novel information.","fact":{"content":"The root cause of poor update discoverability in Signet is that `autoInstall` defaults to false, preventing users from ever encountering update notifications","type":"rationale","confidence":0.85}},{"action":"none","confidence":0.92,"reason":"New fact restates an existing root cause already identified in candidate [3]: 'all update state is trapped as module-scoped bindings in daemon.ts (inaccessible to other modules)' — the architectural problem is already documented as a maintainability blocker","fact":{"content":"Update state encapsulation in daemon.ts as module-scoped bindings creates a maintainability problem: other modules cannot access, query, or depend on update state without tight coupling","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: ee919db3-8b9c-4f47-b074-a3d7758363b6
memory_id: 1ae73826-6cb7-450d-88d9-689a97416121
job_type: extract
status: completed
leased_at: 2026-02-24T12:04:35.843Z
completed_at: 2026-02-24T12:05:37.878Z
created_at: 2026-02-24T08:02:11.188Z
updated_at: 2026-02-24T12:05:37.878Z
result:
  {"facts":[{"content":"The update system will be extracted from its current location into a dedicated `update-system.ts` module","type":"decision","confidence":0.95},{"content":"The `update-system.ts` module is estimated to contain approximately 350 lines of code","type":"fact","confidence":0.9},{"content":"The `update-system.ts` module will follow the singleton pattern for consistency with existing modules (`llm.ts` and `db-accessor.ts`) that already use this pattern. The singleton pattern provides a centralized, stateful module interface consistent with the codebase architecture.","type":"rationale","confidence":0.9}],"entities":[{"source":"update system","relationship":"will be extracted to","target":"`update-system.ts` module","confidence":0.95},{"source":"`update-system.ts`","relationship":"follows","target":"singleton pattern","confidence":0.95},{"source":"`llm.ts`","relationship":"uses","target":"singleton pattern","confidence":0.9},{"source":"`db-accessor.ts`","relationship":"uses","target":"singleton pattern","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [3] already captures this exact decision with additional detail (singleton pattern, ~350 LOC estimate). New fact is subsumed by existing memory.","fact":{"content":"The update system will be extracted from its current location into a dedicated `update-system.ts` module","type":"decision","confidence":0.95}},{"action":"none","confidence":0.98,"reason":"Candidate [3] already contains this exact fact: 'extracting the update system to a dedicated `update-system.ts` module (~350 LOC)'. The new fact is redundant and fully covered by existing memory.","fact":{"content":"The `update-system.ts` module is estimated to contain approximately 350 lines of code","type":"fact","confidence":0.9}},{"action":"update","targetMemoryId":"1ae73826-6cb7-450d-88d9-689a97416121","confidence":0.95,"reason":"New fact provides rationale for existing candidate [2]. Both discuss update-system.ts singleton pattern. Merge to create more complete memory: include both the implementation plan AND the architectural justification (consistency with llm.ts/db-accessor.ts, centralized stateful interface).","fact":{"content":"The `update-system.ts` module will follow the singleton pattern for consistency with existing modules (`llm.ts` and `db-accessor.ts`) that already use this pattern. The singleton pattern provides a centralized, stateful module interface consistent with the codebase architecture.","type":"rationale","confidence":0.9},"targetContent":"## Implementation Strategy The plan calls for extracting the update system to a dedicated `update-system.ts` module (~350 LOC) following the singleton pattern used by `llm.ts` and `db-accessor.ts`."}],"writeMode":"phase-c","writeStats":{"added":0,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 6d971ef1-cfda-4c17-99f6-ad5972d242ed
memory_id: 5634ca92-9e82-4842-ad4b-9803a20046fd
job_type: extract
status: completed
leased_at: 2026-02-24T12:05:39.880Z
completed_at: 2026-02-24T12:06:41.319Z
created_at: 2026-02-24T08:02:11.199Z
updated_at: 2026-02-24T12:06:41.319Z
result:
  {"facts":[{"content":"The update-system module exports `getUpdateState()` and `getUpdateSummary()` functions for read-only access to update status from anywhere in the daemon","type":"procedural","confidence":0.95},{"content":"Update status is surfaced to agents during session initialization via the session-start hook using `handleSessionStart` in hooks.ts","type":"procedural","confidence":0.95},{"content":"The `handleSessionStart` function in hooks.ts is responsible for exposing update status to agents during session startup","type":"procedural","confidence":0.9}],"entities":[{"source":"update-system module","relationship":"exports","target":"getUpdateState() function","confidence":0.95},{"source":"update-system module","relationship":"exports","target":"getUpdateSummary() function","confidence":0.95},{"source":"session-start hook","relationship":"calls","target":"handleSessionStart in hooks.ts","confidence":0.95},{"source":"update status","relationship":"visible_to","target":"agents during session initialization","confidence":0.9},{"source":"handleSessionStart","relationship":"located_in","target":"hooks.ts","confidence":0.95}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [3] already captures this fact with additional context about how the exports will be used in the session-start hook. The new fact is a subset of existing memory.","fact":{"content":"The update-system module exports `getUpdateState()` and `getUpdateSummary()` functions for read-only access to update status from anywhere in the daemon","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [3] already documents this exact pattern: 'Update status will be surfaced in the session-start hook via handleSessionStart in hooks.ts, making it visible to agents during session initialization.' The new fact is a reiteration of existing memory content.","fact":{"content":"Update status is surfaced to agents during session initialization via the session-start hook using `handleSessionStart` in hooks.ts","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate 5634ca92-9e82-4842-ad4b-9803a20046fd already covers this fact in detail: it explicitly states that update status will be surfaced in the session-start hook via `handleSessionStart` in hooks.ts, making it visible to agents during session initialization. The new fact is already captured.","fact":{"content":"The `handleSessionStart` function in hooks.ts is responsible for exposing update status to agents during session startup","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: ff58ee32-9ff7-48e6-983e-89cfdc5f2cf0
memory_id: 050b72f1-9473-4e4a-a26f-18478585b158
job_type: extract
status: completed
leased_at: 2026-02-24T12:06:43.321Z
completed_at: 2026-02-24T12:07:28.536Z
created_at: 2026-02-24T08:02:11.209Z
updated_at: 2026-02-24T12:07:28.536Z
result:
  {"facts":[{"content":"A new `categorizeUpdateError()` helper function will be implemented to convert raw API errors into actionable user-facing messages","type":"decision","confidence":0.9},{"content":"The `categorizeUpdateError()` helper processes and categorizes rate limit errors, network failures, and permission denied errors","type":"procedural","confidence":0.85}],"entities":[{"source":"categorizeUpdateError() helper","relationship":"transforms","target":"raw errors","confidence":0.9},{"source":"categorizeUpdateError() helper","relationship":"produces","target":"actionable messages","confidence":0.9},{"source":"categorizeUpdateError() helper","relationship":"handles","target":"rate limit errors","confidence":0.85},{"source":"categorizeUpdateError() helper","relationship":"handles","target":"network failures","confidence":0.85},{"source":"categorizeUpdateError() helper","relationship":"handles","target":"permission denied errors","confidence":0.85}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [3] already captures the same decision: a `categorizeUpdateError()` helper to convert raw errors into actionable/user-facing messages. The new fact provides no material new information beyond what's already stored.","fact":{"content":"A new `categorizeUpdateError()` helper function will be implemented to convert raw API errors into actionable user-facing messages","type":"decision","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [3] already captures this fact: `categorizeUpdateError()` translates raw errors (rate limits, network failures, permission denied) into actionable messages. The new fact is functionally identical, just rephrased slightly.","fact":{"content":"The `categorizeUpdateError()` helper processes and categorizes rate limit errors, network failures, and permission denied errors","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: 1062befd-8aa2-4716-bcae-c2cb984d708f
memory_id: 33cba864-7ef7-4a9f-94af-6affa32a3009
job_type: extract
status: completed
leased_at: 2026-02-24T12:07:30.537Z
completed_at: 2026-02-24T12:08:39.795Z
created_at: 2026-02-24T08:02:11.218Z
updated_at: 2026-02-24T12:08:39.795Z
result:
  {"facts":[{"content":"The /api/status endpoint will add an 'update' field containing version info and error state","type":"decision","confidence":0.9},{"content":"The /health endpoint will add an 'updateAvailable' boolean field","type":"decision","confidence":0.9},{"content":"The /health endpoint will add a 'pendingRestart' boolean field","type":"decision","confidence":0.9},{"content":"A new UpdateHealth domain will be added to the diagnostics scoring system","type":"decision","confidence":0.85}],"entities":[{"source":"/api/status","relationship":"gains","target":"update field","confidence":0.9},{"source":"update field","relationship":"includes","target":"version info","confidence":0.9},{"source":"update field","relationship":"includes","target":"error state","confidence":0.9},{"source":"/health","relationship":"gains","target":"updateAvailable boolean","confidence":0.9},{"source":"/health","relationship":"gains","target":"pendingRestart boolean","confidence":0.9},{"source":"UpdateHealth","relationship":"joins","target":"diagnostics scoring","confidence":0.85}],"proposals":[{"action":"none","targetMemoryId":"33cba864-7ef7-4a9f-94af-6affa32a3009","confidence":0.95,"reason":"New fact is already covered by candidate [4], which explicitly states '/api/status gains an update field with version info and error state'. Duplicate information.","fact":{"content":"The /api/status endpoint will add an 'update' field containing version info and error state","type":"decision","confidence":0.9},"targetContent":"API surface will expand: `/api/status` gains an `update` field with version info and error state, `/health` adds two booleans (`updateAvailable`, `pendingRestart`), and a new `UpdateHealth` domain joins diagnostics scoring."},{"action":"none","confidence":0.95,"reason":"New fact is already covered by candidate [1], which comprehensively documents that /health adds 'updateAvailable' and 'pendingRestart' booleans as part of the API surface expansion.","fact":{"content":"The /health endpoint will add an 'updateAvailable' boolean field","type":"decision","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [2] already documents that /health endpoint adds two booleans including 'pendingRestart', along with 'updateAvailable'. New fact is fully covered by existing memory.","fact":{"content":"The /health endpoint will add a 'pendingRestart' boolean field","type":"decision","confidence":0.9}},{"action":"none","targetMemoryId":"33cba864-7ef7-4a9f-94af-6affa32a3009","confidence":0.92,"reason":"Candidate [3] already explicitly documents this decision: 'a new UpdateHealth domain joins diagnostics scoring.' The new fact is a direct subset of existing memory content.","fact":{"content":"A new UpdateHealth domain will be added to the diagnostics scoring system","type":"decision","confidence":0.85},"targetContent":"API surface will expand: `/api/status` gains an `update` field with version info and error state, `/health` adds two booleans (`updateAvailable`, `pendingRestart`), and a new `UpdateHealth` domain joins diagnostics scoring."}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: cc2fc931-fe69-4697-a94f-6425e2c1b807
memory_id: 1f06673a-54c9-4b82-a9b9-a74f969d73ac
job_type: extract
status: completed
leased_at: 2026-02-24T12:08:41.797Z
completed_at: 2026-02-24T12:11:14.251Z
created_at: 2026-02-24T08:02:11.231Z
updated_at: 2026-02-24T12:11:14.251Z
result:
  {"facts":[{"content":"The update-system.ts singleton module should be extracted from daemon.ts (packages/daemon/src/daemon.ts) as a standalone module (packages/daemon/src/update-system.ts) to improve code organization and reusability","type":"decision","confidence":0.85},{"content":"The initUpdateSystem() function must be called and wired in the daemon main entry point (packages/daemon/src/daemon.ts) to initialize the extracted update system module","type":"procedural","confidence":0.85},{"content":"Update-related HTTP route handlers in the daemon (routes under /api/update/*) must be updated to integrate with and use the extracted update-system.ts module","type":"procedural","confidence":0.85},{"content":"A categorizeUpdateError() helper function should be added to the update system to classify, categorize, and handle different types of update-related errors","type":"procedural","confidence":0.8},{"content":"A getUpdateSummary() function should be added to the update system to provide a structured summary of the current update state and status","type":"procedural","confidence":0.85},{"content":"The getUpdateSummary() function should be integrated into the handleSessionStart hook to provide update status information at session initialization","type":"procedural","confidence":0.85},{"content":"The /api/status and /health daemon endpoints should be expanded to include update system status and summary information","type":"procedural","confidence":0.75},{"content":"Steps 5 and 6 of the implementation plan (endpoint expansion and parallelizable work) can be completed in parallel with other implementation steps","type":"procedural","confidence":0.85}],"entities":[{"source":"update-system.ts","relationship":"extracted from","target":"daemon.ts","confidence":0.85},{"source":"initUpdateSystem()","relationship":"wired in","target":"daemon main entry point","confidence":0.85},{"source":"update route handlers","relationship":"updated to integrate with","target":"update-system.ts module","confidence":0.85},{"source":"categorizeUpdateError()","relationship":"added to","target":"update system","confidence":0.8},{"source":"getUpdateSummary()","relationship":"added to","target":"update system","confidence":0.85},{"source":"getUpdateSummary()","relationship":"wired into","target":"handleSessionStart hook","confidence":0.85},{"source":"/api/status endpoint","relationship":"expanded to include","target":"update system status","confidence":0.75},{"source":"/health endpoint","relationship":"expanded to include","target":"update system status","confidence":0.75}],"proposals":[{"action":"add","confidence":0.8,"reason":"New fact captures a distinct architectural decision that complements but doesn't duplicate existing memories. [2] explains the problem (update state trapped in daemon.ts), [3] covers the singleton pattern rationale, and [4] lists implementation steps—but none explicitly state this as a high-level architectural decision. Worth preserving as a decision marker separate from reasoning and implementation details.","fact":{"content":"The update-system.ts singleton module should be extracted from daemon.ts (packages/daemon/src/daemon.ts) as a standalone module (packages/daemon/src/update-system.ts) to improve code organization and reusability","type":"decision","confidence":0.85}},{"action":"none","confidence":0.95,"reason":"New fact is already covered by candidate [4], which lists 'Wire initUpdateSystem() in daemon main, update route handlers' as step 2 of the implementation order. No additional procedural detail is added.","fact":{"content":"The initUpdateSystem() function must be called and wired in the daemon main entry point (packages/daemon/src/daemon.ts) to initialize the extracted update system module","type":"procedural","confidence":0.85}},{"action":"none","confidence":0.85,"reason":"Candidate [4] already documents this requirement as step 2 in the implementation order: 'Wire initUpdateSystem() in daemon main, update route handlers'. The new fact is a specific detail already covered by the existing implementation plan.","fact":{"content":"Update-related HTTP route handlers in the daemon (routes under /api/update/*) must be updated to integrate with and use the extracted update-system.ts module","type":"procedural","confidence":0.85}},{"action":"none","confidence":0.95,"reason":"Existing memory [5] already captures this exact concept: 'categorizeUpdateError() helper will translate raw errors into actionable messages.' The new fact is semantically identical, just slightly reworded. No new information to store.","fact":{"content":"A categorizeUpdateError() helper function should be added to the update system to classify, categorize, and handle different types of update-related errors","type":"procedural","confidence":0.8}},{"action":"update","targetMemoryId":"1f06673a-54c9-4b82-a9b9-a74f969d73ac","confidence":0.92,"reason":"Candidate [5] already lists 'Add getUpdateSummary()' as step 4 in the implementation order. The new fact provides the purpose/rationale for this function. Merging creates a more complete memory with both task and context.","fact":{"content":"A getUpdateSummary() function should be added to the update system to provide a structured summary of the current update state and status","type":"procedural","confidence":0.85},"targetContent":"## Implementation Order 1. Extract update-system.ts from daemon.ts 2. Wire initUpdateSystem() in daemon main, update route handlers 3. Add categorizeUpdateError() helper 4. Add getUpdateSummary() and wire into handleSessionStart 5. Expand /api/status and /health endpoints (parallelizable) 6."},{"action":"none","confidence":0.95,"reason":"Candidate [3] already captures this exact procedural requirement: getUpdateSummary() and getUpdateState() exports, surfaced via handleSessionStart hook in hooks.ts during session initialization. New fact adds no new information.","fact":{"content":"The getUpdateSummary() function should be integrated into the handleSessionStart hook to provide update status information at session initialization","type":"procedural","confidence":0.85}},{"action":"none","confidence":0.85,"reason":"Candidate [2] already captures this requirement in detail: '/api/status' gains an 'update' field with version info and error state, '/health' adds booleans ('updateAvailable', 'pendingRestart'). New fact is subsumed by existing memory.","fact":{"content":"The /api/status and /health daemon endpoints should be expanded to include update system status and summary information","type":"procedural","confidence":0.75}},{"action":"add","confidence":0.85,"reason":"New fact describes specific parallelizable steps (5 & 6) in an implementation plan. While candidates #2 and #5 discuss general parallel work patterns, none specifically document the parallelizability of these steps. This is actionable procedural knowledge worth preserving separately.","fact":{"content":"Steps 5 and 6 of the implementation plan (endpoint expansion and parallelizable work) can be completed in parallel with other implementation steps","type":"procedural","confidence":0.85}}],"writeMode":"phase-c","writeStats":{"added":2,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":2},"warnings":[]}


id: 7a1f34a3-9946-4ecd-b412-64d19e39f6c7
memory_id: e0d86e0a-2e7a-44bf-8fac-79f47515bb11
job_type: extract
status: completed
leased_at: 2026-02-24T12:11:16.253Z
completed_at: 2026-02-24T12:12:48.941Z
created_at: 2026-02-24T08:02:11.241Z
updated_at: 2026-02-24T12:12:48.941Z
result:
  {"facts":[{"content":"The UpdateHealth health check component should be added to packages/daemon/src/diagnostics.ts as part of the health scoring system","type":"procedural","confidence":0.85},{"content":"The UpdateHealth implementation task is marked as parallelizable, allowing concurrent development of other components","type":"fact","confidence":0.9},{"content":"Extracting update-system.ts as a standalone singleton module with getUpdateState() and getUpdateSummary() accessors was a critical architectural decision that unblocks downstream health check implementations in diagnostics.ts","type":"rationale","confidence":0.85},{"content":"Verification of UpdateHealth implementation requires three validation categories: TypeScript typecheck, runtime endpoint testing for /api/update/* endpoints, and error categorization scenario testing","type":"procedural","confidence":0.8}],"entities":[{"source":"UpdateHealth","relationship":"implementation_location","target":"packages/daemon/src/diagnostics.ts","confidence":0.85},{"source":"update-system.ts","relationship":"unblocks","target":"UpdateHealth implementation","confidence":0.85},{"source":"UpdateHealth verification","relationship":"includes","target":"TypeScript typecheck","confidence":0.85},{"source":"UpdateHealth verification","relationship":"includes","target":"runtime endpoint testing","confidence":0.85},{"source":"UpdateHealth verification","relationship":"includes","target":"error categorization scenarios","confidence":0.85},{"source":"update-system.ts","relationship":"provides_accessor","target":"getUpdateState()","confidence":0.8},{"source":"update-system.ts","relationship":"provides_accessor","target":"getUpdateSummary()","confidence":0.8}],"proposals":[{"action":"add","confidence":0.85,"reason":"New fact addresses UpdateHealth checks to be added directly to diagnostics.ts, distinct from the existing embedding-health.ts module plan. While related to the broader health scoring system, this covers a different subsystem (update system vs embeddings) and location (diagnostics.ts vs new module).","fact":{"content":"The UpdateHealth health check component should be added to packages/daemon/src/diagnostics.ts as part of the health scoring system","type":"procedural","confidence":0.85}},{"action":"add","confidence":0.85,"reason":"New fact is specific to UpdateHealth task parallelizability. Candidate 5 discusses parallelizable work generally (steps 5-6), but the new fact provides concrete detail about a specific implementation task. This adds actionable information about the implementation strategy.","fact":{"content":"The UpdateHealth implementation task is marked as parallelizable, allowing concurrent development of other components","type":"fact","confidence":0.9}},{"action":"update","targetMemoryId":"e0d86e0a-2e7a-44bf-8fac-79f47515bb11","confidence":0.82,"reason":"New fact provides architectural rationale for why update-system.ts extraction is critical, specifically mentioning the accessor pattern (getUpdateState/getSummary) that enables downstream health checks. Candidate [3] already captures that extraction unblocks downstream work; merging creates a complete memory with both the plan emphasis and architectural reasoning.","fact":{"content":"Extracting update-system.ts as a standalone singleton module with getUpdateState() and getUpdateSummary() accessors was a critical architectural decision that unblocks downstream health check implementations in diagnostics.ts","type":"rationale","confidence":0.85},"targetContent":"Add UpdateHealth to diagnostics.ts (parallelizable) The plan emphasized that extracting update-system.ts unblocks all downstream work. Verification includes typecheck, runtime endpoint testing, and error categorization scenarios."},{"action":"none","confidence":0.9,"reason":"Candidate [2] already captures these three validation categories explicitly: 'Verification includes typecheck, runtime endpoint testing, and error categorization scenarios.' The new fact restates the same procedural requirement without adding novel information. Candidate [2] places it in broader context of UpdateHealth integration planning.","fact":{"content":"Verification of UpdateHealth implementation requires three validation categories: TypeScript typecheck, runtime endpoint testing for /api/update/* endpoints, and error categorization scenario testing","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: aa83c740-7a34-4519-9841-352766390287
memory_id: 4680879f-fb9b-438c-9f22-23df820feaed
job_type: extract
status: completed
leased_at: 2026-02-24T12:12:50.943Z
completed_at: 2026-02-24T12:13:57.997Z
created_at: 2026-02-24T08:02:11.257Z
updated_at: 2026-02-24T12:13:57.997Z
result:
  {"facts":[{"content":"The onboarding skill guides users through a structured four-phase process of agent personalization","type":"procedural","confidence":0.95},{"content":"The Agent Identity phase (configured in IDENTITY.md) is the first phase of onboarding, covering character definition including: name, creature type, origin story, and visual identity","type":"procedural","confidence":0.95},{"content":"The onboarding process uses a phase-based structure to progressively guide users through agent personalization setup","type":"procedural","confidence":0.9}],"entities":[{"source":"onboarding skill","relationship":"organizes_as_phases","target":"agent personalization","confidence":0.95},{"source":"onboarding skill","relationship":"includes_phase","target":"Agent Identity (IDENTITY.md)","confidence":0.95},{"source":"Agent Identity phase","relationship":"covers","target":"character name","confidence":0.95},{"source":"Agent Identity phase","relationship":"covers","target":"creature type","confidence":0.95},{"source":"Agent Identity phase","relationship":"covers","target":"origin story","confidence":0.95},{"source":"Agent Identity phase","relationship":"covers","target":"visual identity","confidence":0.95}],"proposals":[{"action":"none","confidence":0.92,"reason":"Candidate 3 (ID: 4680879f-fb9b-438c-9f22-23df820feaed) already captures this fact in detail, explicitly stating: 'The onboarding skill walks users through four phases of agent personalization' and beginning to enumerate them (Agent Identity, etc.). New fact is a restatement of already-documented memory.","fact":{"content":"The onboarding skill guides users through a structured four-phase process of agent personalization","type":"procedural","confidence":0.95}},{"action":"update","targetMemoryId":"4680879f-fb9b-438c-9f22-23df820feaed","confidence":0.92,"reason":"New fact provides a clearer, complete statement about Agent Identity being the first phase of onboarding. Candidate [5] already contains this information but is truncated/incomplete. Merging the new fact will make the memory more complete and accurate.","fact":{"content":"The Agent Identity phase (configured in IDENTITY.md) is the first phase of onboarding, covering character definition including: name, creature type, origin story, and visual identity","type":"procedural","confidence":0.95},"targetContent":"## Onboarding Skill Overview The onboarding skill walks users through four phases of agent personalization: 1. **Agent Identity (IDENTITY.md)** - Character definition including name, creature type, origin story, visual identity 2."},{"action":"none","confidence":0.95,"reason":"Candidate [4] already documents the phase-based structure with specifics (four phases including Agent Identity). New fact is a generalized restatement of that existing procedural knowledge.","fact":{"content":"The onboarding process uses a phase-based structure to progressively guide users through agent personalization setup","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: 4ab4247f-bc57-49b6-bce6-8b9a6f896997
memory_id: ceea1c82-b4c0-4d94-ab08-87911aacf6f0
job_type: extract
status: completed
leased_at: 2026-02-24T12:13:59.999Z
completed_at: 2026-02-24T12:14:47.954Z
created_at: 2026-02-24T08:02:11.268Z
updated_at: 2026-02-24T12:14:47.954Z
result:
  {"facts":[{"content":"SOUL.md is a Signet documentation file that defines communication style, humor, opinions, boundaries, and emotional approach for an AI agent","type":"semantic","confidence":0.95},{"content":"USER.md is a Signet documentation file that contains user profile information including name, timezone, role, projects, technical level, and decision style","type":"semantic","confidence":0.95}],"entities":[{"source":"SOUL.md","relationship":"defines","target":"communication style","confidence":0.95},{"source":"SOUL.md","relationship":"defines","target":"humor guidelines","confidence":0.95},{"source":"SOUL.md","relationship":"defines","target":"opinions and disagreement approach","confidence":0.95},{"source":"SOUL.md","relationship":"defines","target":"emotional approach","confidence":0.95},{"source":"USER.md","relationship":"contains","target":"user name","confidence":0.95},{"source":"USER.md","relationship":"contains","target":"user timezone","confidence":0.95},{"source":"USER.md","relationship":"contains","target":"user role","confidence":0.95},{"source":"USER.md","relationship":"contains","target":"user projects","confidence":0.95},{"source":"USER.md","relationship":"contains","target":"user decision style","confidence":0.95}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate 5 already documents SOUL.md's purpose: 'Communication style, humor, opinions, boundaries, emotional approach'. New fact is redundant.","fact":{"content":"SOUL.md is a Signet documentation file that defines communication style, humor, opinions, boundaries, and emotional approach for an AI agent","type":"semantic","confidence":0.95}},{"action":"none","targetMemoryId":"e9a234d8-7762-4f20-9263-64bb81073bed","confidence":0.98,"reason":"Existing candidate [3] already captures this exact information about USER.md covering name, timezone, role, projects, technical level, and decision style. New fact is redundant.","fact":{"content":"USER.md is a Signet documentation file that contains user profile information including name, timezone, role, projects, technical level, and decision style","type":"semantic","confidence":0.95},"targetContent":"The User Profile phase (USER.md) covers name, timezone, role, projects, technical level, and decision style"}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 49367fda-3a31-49d8-a681-de609cb8f2af
memory_id: f1659a87-a610-4189-8677-d61c315127d2
job_type: extract
status: completed
leased_at: 2026-02-24T12:14:49.956Z
completed_at: 2026-02-24T12:16:06.740Z
created_at: 2026-02-24T08:02:11.281Z
updated_at: 2026-02-24T12:16:06.740Z
result:
  {"facts":[{"content":"Integration & Skills is a component that encompasses harness selection, skill installation, and workspace setup capabilities","type":"semantic","confidence":0.9},{"content":"The Integration & Skills component is designed to emphasize conversational interaction over interrogation-style questioning","type":"decision","confidence":0.85},{"content":"The Integration & Skills component uses adaptive pacing when interacting with users","type":"procedural","confidence":0.8},{"content":"The Integration & Skills component provides natural responses between questions to create a conversational flow","type":"procedural","confidence":0.8}],"entities":[{"source":"Integration & Skills","relationship":"encompasses","target":"harness selection","confidence":0.9},{"source":"Integration & Skills","relationship":"encompasses","target":"skill installation","confidence":0.9},{"source":"Integration & Skills","relationship":"encompasses","target":"workspace setup","confidence":0.9},{"source":"Integration & Skills","relationship":"emphasizes","target":"conversational interaction","confidence":0.85},{"source":"Integration & Skills","relationship":"uses","target":"adaptive pacing","confidence":0.8}],"proposals":[{"action":"none","confidence":0.85,"reason":"Candidate 2 already captures the core fact: 'The Integration & Skills phase covers harness selection, skill installation, and workspace setup'. The new fact is semantically equivalent and adds no new information.","fact":{"content":"Integration & Skills is a component that encompasses harness selection, skill installation, and workspace setup capabilities","type":"semantic","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [4] already captures this design principle: 'The skill emphasizes conversational interaction over interrogation, with adaptive pacing and natural responses between questions.' The new fact is a restatement of existing memory with less detail.","fact":{"content":"The Integration & Skills component is designed to emphasize conversational interaction over interrogation-style questioning","type":"decision","confidence":0.85}},{"action":"none","confidence":0.9,"reason":"Candidate [3] already covers this concept explicitly: 'Integration & Skills... emphasizes conversational interaction over interrogation, with adaptive pacing and natural responses between questions.' The new fact is already captured in the existing memory.","fact":{"content":"The Integration & Skills component uses adaptive pacing when interacting with users","type":"procedural","confidence":0.8}},{"action":"none","confidence":0.9,"reason":"Candidate [3] already captures this concept with more detail: 'The skill emphasizes conversational interaction over interrogation, with adaptive pacing and natural responses between questions.' The new fact is a simplified restatement of existing knowledge about the Integration & Skills component's conversational flow approach.","fact":{"content":"The Integration & Skills component provides natural responses between questions to create a conversational flow","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: 06fcee83-0f2e-4790-8e05-c62ecd2765cf
memory_id: b8da19c4-b874-4af0-96fb-cb92e887b52d
job_type: extract
status: completed
leased_at: 2026-02-24T12:16:08.742Z
completed_at: 2026-02-24T12:16:54.034Z
created_at: 2026-02-24T08:02:11.292Z
updated_at: 2026-02-24T12:16:54.034Z
result:
  {"facts":[{"content":"An interaction is positioned as the first real interaction that sets the tone for the agent-user relationship","type":"decision","confidence":0.75},{"content":"The first real interaction in an agent-user relationship serves the purpose of establishing and setting the overall tone for how the agent and user will interact","type":"rationale","confidence":0.75}],"entities":[{"source":"first real interaction","relationship":"sets tone for","target":"agent-user relationship","confidence":0.85}],"proposals":[{"action":"none","confidence":0.95,"reason":"Existing candidate 4 is identical to this new fact, and candidate 2 covers the same concept with additional context about the onboarding skill. This fact is already well-represented in memory.","fact":{"content":"An interaction is positioned as the first real interaction that sets the tone for the agent-user relationship","type":"decision","confidence":0.75}},{"action":"none","confidence":0.85,"reason":"The new fact is already well-covered by candidate [2], which explicitly states that the onboarding skill is 'designed to set the tone for the ongoing agent-user relationship.' Candidate [3] also captures the same principle. The new fact expresses a general principle that is already instantiated in these existing memories.","fact":{"content":"The first real interaction in an agent-user relationship serves the purpose of establishing and setting the overall tone for how the agent and user will interact","type":"rationale","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: 449fe884-20d0-41b4-9dd0-849aab8d33dc
memory_id: 931043e1-c934-425f-9345-0ab4f5ba897c
job_type: extract
status: completed
leased_at: 2026-02-24T12:16:56.036Z
completed_at: 2026-02-24T12:18:38.654Z
created_at: 2026-02-24T08:02:11.313Z
updated_at: 2026-02-24T12:18:38.654Z
result:
  {"facts":[{"content":"A CLAUDE.md Audit Initiative session was initiated using the /init command in the signetai codebase","type":"procedural","confidence":0.95},{"content":"The CLAUDE.md Audit Initiative session aimed to analyze the signetai codebase structure and contents","type":"procedural","confidence":0.95},{"content":"The CLAUDE.md Audit Initiative session aimed to create or improve the CLAUDE.md file","type":"procedural","confidence":0.95},{"content":"The improved CLAUDE.md file is intended to serve future Claude Code instances working with the signetai codebase","type":"semantic","confidence":0.95},{"content":"The /init command is used to trigger CLAUDE.md audit and analysis sessions in Claude Code","type":"procedural","confidence":0.85}],"entities":[{"source":"CLAUDE.md Audit Initiative","relationship":"initiated by","target":"/init command","confidence":0.95},{"source":"CLAUDE.md Audit Initiative","relationship":"analyzes","target":"signetai codebase","confidence":0.95},{"source":"CLAUDE.md Audit Initiative","relationship":"creates/improves","target":"CLAUDE.md file","confidence":0.95},{"source":"CLAUDE.md file","relationship":"serves","target":"future Claude Code instances","confidence":0.95}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate ID 931043e1-c934-425f-9345-0ab4f5ba897c already covers this exact fact: CLAUDE.md Audit Initiative session using /init command in signetai codebase. New fact adds no additional information.","fact":{"content":"A CLAUDE.md Audit Initiative session was initiated using the /init command in the signetai codebase","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [3] already captures the CLAUDE.md Audit Initiative session and its goal to analyze the signetai codebase. The new fact is redundant and fully covered by existing memory.","fact":{"content":"The CLAUDE.md Audit Initiative session aimed to analyze the signetai codebase structure and contents","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.92,"reason":"Existing candidate [5] already documents the CLAUDE.md Audit Initiative session with the same goal of creating/improving CLAUDE.md. New fact provides no additional information beyond what's already captured.","fact":{"content":"The CLAUDE.md Audit Initiative session aimed to create or improve the CLAUDE.md file","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.85,"reason":"Candidate [4] already captures that CLAUDE.md improvement is intended for future Claude Code instances. New fact is redundant with existing decision history.","fact":{"content":"The improved CLAUDE.md file is intended to serve future Claude Code instances working with the signetai codebase","type":"semantic","confidence":0.95}},{"action":"none","confidence":0.9,"reason":"Candidate [4] already captures this fact: '/init command to analyze the signetai codebase and create/improve the CLAUDE.md file'. The new fact adds no new information.","fact":{"content":"The /init command is used to trigger CLAUDE.md audit and analysis sessions in Claude Code","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: 5bc473ab-1c89-453c-ab4e-b90faa42a50f
memory_id: d602eaee-3a39-4a95-bc93-221cfd77f5a8
job_type: extract
status: completed
leased_at: 2026-02-24T12:18:40.656Z
completed_at: 2026-02-24T12:19:24.640Z
created_at: 2026-02-24T08:02:11.324Z
updated_at: 2026-02-24T12:19:24.640Z
result:
  {"facts":[{"content":"The CLAUDE.md file at /home/nicholai/signet/signetai/CLAUDE.md is comprehensive and well-maintained as of the initial review","type":"fact","confidence":0.95},{"content":"The CLAUDE.md file at /home/nicholai/signet/signetai/CLAUDE.md covers commands, architecture, conventions, API endpoints, package responsibilities, and key files","type":"procedural","confidence":0.95}],"entities":[{"source":"/home/nicholai/signet/signetai/CLAUDE.md","relationship":"has_property","target":"comprehensive and well-maintained","confidence":0.95},{"source":"/home/nicholai/signet/signetai/CLAUDE.md","relationship":"documents","target":"commands, architecture, conventions, API endpoints, package responsibilities, key files","confidence":0.95}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [4] already captures this exact fact with greater specificity, listing the sections covered (commands, architecture, conventions, API endpoints, package responsibilities, and key files)","fact":{"content":"The CLAUDE.md file at /home/nicholai/signet/signetai/CLAUDE.md is comprehensive and well-maintained as of the initial review","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [3] (d602eaee) already captures this exact fact: the CLAUDE.md at /home/nicholai/signet/signetai/CLAUDE.md is comprehensive and covers commands, architecture, conventions, API endpoints, package responsibilities, and key files. New fact is redundant.","fact":{"content":"The CLAUDE.md file at /home/nicholai/signet/signetai/CLAUDE.md covers commands, architecture, conventions, API endpoints, package responsibilities, and key files","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: e40677b4-b251-4c2c-b048-2c750135646f
memory_id: 8144a52f-46ad-4748-ac12-2beeaa64ffcf
job_type: extract
status: completed
leased_at: 2026-02-24T12:19:26.642Z
completed_at: 2026-02-24T12:22:17.885Z
created_at: 2026-02-24T08:02:11.336Z
updated_at: 2026-02-24T12:22:17.885Z
result:
  {"facts":[{"content":"An Explore agent task was launched to audit the signetai CLAUDE.md documentation against current codebase state to ensure completeness","type":"decision","confidence":0.95},{"content":"The CLAUDE.md audit checks for missing or undocumented packages in the monorepo workspace","type":"procedural","confidence":0.9},{"content":"The CLAUDE.md audit verifies that scripts mentioned in package.json files are documented in CLAUDE.md","type":"procedural","confidence":0.9},{"content":"The CLAUDE.md audit checks for significant source directories or architectural patterns that are not covered in the documentation","type":"procedural","confidence":0.9},{"content":"The CLAUDE.md audit verifies the accuracy of dashboard tech stack details and development commands in the documentation","type":"procedural","confidence":0.9},{"content":"The CLAUDE.md audit checks for presence of cursor rules or copilot instruction files in the repository","type":"procedural","confidence":0.85},{"content":"The CLAUDE.md audit verifies that Biome configuration details are documented","type":"procedural","confidence":0.9},{"content":"The CLAUDE.md audit checks that root package.json workspace configuration is documented","type":"procedural","confidence":0.9},{"content":"The CLAUDE.md audit task was queued for execution but results remained pending at the end of the session","type":"fact","confidence":0.95}],"entities":[{"source":"Explore agent task","relationship":"audits","target":"CLAUDE.md documentation","confidence":0.95},{"source":"audit task","relationship":"validates against","target":"current codebase state","confidence":0.9},{"source":"audit","relationship":"checks for","target":"undocumented workspace packages","confidence":0.9},{"source":"audit","relationship":"verifies","target":"package.json scripts documentation","confidence":0.9},{"source":"audit","relationship":"checks for","target":"undocumented source directories and architectural patterns","confidence":0.9},{"source":"audit","relationship":"verifies accuracy of","target":"dashboard tech stack and development commands","confidence":0.9},{"source":"audit","relationship":"detects presence of","target":"cursor rules or copilot instructions","confidence":0.85}],"proposals":[{"action":"none","confidence":0.92,"reason":"Candidate [4] already documents the identical decision: an Explore agent task was launched to audit CLAUDE.md for completeness. The new fact is a general summary of what's already detailed in that memory, including specific audit items (packages, scripts, architecture, dashboard tech stack, biome config, etc.). No new information or refinement is introduced.","fact":{"content":"An Explore agent task was launched to audit the signetai CLAUDE.md documentation against current codebase state to ensure completeness","type":"decision","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [3] already explicitly documents that the CLAUDE.md audit task includes checking for 'Missing or undocumented packages in workspace'. The new fact restates this without adding new information.","fact":{"content":"The CLAUDE.md audit checks for missing or undocumented packages in the monorepo workspace","type":"procedural","confidence":0.9}},{"action":"update","targetMemoryId":"8144a52f-46ad-4748-ac12-2beeaa64ffcf","confidence":0.85,"reason":"New fact clarifies what the CLAUDE.md audit verifies regarding scripts. Candidate [3] mentions 'Scripts mentioned in package.json' as an audit check, and this fact specifies that the verification confirms these scripts are documented in CLAUDE.md. Merge to make the audit's script documentation check explicit.","fact":{"content":"The CLAUDE.md audit verifies that scripts mentioned in package.json files are documented in CLAUDE.md","type":"procedural","confidence":0.9},"targetContent":"To ensure completeness, an Explore agent task was launched to audit the CLAUDE.md against current codebase state, specifically checking for: - Missing or undocumented packages in workspace - Scripts mentioned in package.json - Significant source directories or architectural patterns not covered - Dashboard tech stack and development commands accuracy - Presence of cursor rules or copilot instructions - Biome configuration details - Root package.json workspace configuration Task was queued but results pending at session end."},{"action":"none","confidence":0.95,"reason":"Candidate [4] already comprehensively documents the CLAUDE.md audit checklist, which explicitly includes 'Significant source directories or architectural patterns not covered' as one of the audit items. The new fact is a subset/restatement of information already captured in that broader audit memory.","fact":{"content":"The CLAUDE.md audit checks for significant source directories or architectural patterns that are not covered in the documentation","type":"procedural","confidence":0.9}},{"action":"update","targetMemoryId":"8144a52f-46ad-4748-ac12-2beeaa64ffcf","confidence":0.85,"reason":"New fact confirms and summarizes the scope of the CLAUDE.md audit task already documented in candidate [4]. Both describe dashboard tech stack and development commands accuracy verification. Merging will create a more complete memory combining the audit task launch details with this summary of what it verifies.","fact":{"content":"The CLAUDE.md audit verifies the accuracy of dashboard tech stack details and development commands in the documentation","type":"procedural","confidence":0.9},"targetContent":"To ensure completeness, an Explore agent task was launched to audit the CLAUDE.md against current codebase state, specifically checking for: - Missing or undocumented packages in workspace - Scripts mentioned in package.json - Significant source directories or architectural patterns not covered - Dashboard tech stack and development commands accuracy - Presence of cursor rules or copilot instructions - Biome configuration details - Root package.json workspace configuration Task was queued but results pending at session end."},{"action":"none","confidence":0.9,"reason":"Candidate [3] already explicitly documents that the CLAUDE.md audit checks for 'Presence of cursor rules or copilot instructions' as part of its audit scope. The new fact is redundant with existing memory.","fact":{"content":"The CLAUDE.md audit checks for presence of cursor rules or copilot instruction files in the repository","type":"procedural","confidence":0.85}},{"action":"update","targetMemoryId":"8144a52f-46ad-4748-ac12-2beeaa64ffcf","confidence":0.85,"reason":"New fact is a result of the CLAUDE.md audit described in this candidate. Candidate [4] lists Biome configuration details as one of the audit checklist items to verify. The new fact confirms the audit result for that specific item.","fact":{"content":"The CLAUDE.md audit verifies that Biome configuration details are documented","type":"procedural","confidence":0.9},"targetContent":"To ensure completeness, an Explore agent task was launched to audit the CLAUDE.md against current codebase state, specifically checking for: - Missing or undocumented packages in workspace - Scripts mentioned in package.json - Significant source directories or architectural patterns not covered - Dashboard tech stack and development commands accuracy - Presence of cursor rules or copilot instructions - Biome configuration details - Root package.json workspace configuration Task was queued but results pending at session end."},{"action":"none","confidence":0.95,"reason":"Candidate [8144a52f...] already documents the CLAUDE.md audit task with 'Root package.json workspace configuration' explicitly listed as one of the audit criteria to check. New fact is already captured.","fact":{"content":"The CLAUDE.md audit checks that root package.json workspace configuration is documented","type":"procedural","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already captures this fact in detail: it explicitly documents that the CLAUDE.md audit task was launched via Explore agent and results remained pending at session end. The new fact is a less detailed restatement of the same event.","fact":{"content":"The CLAUDE.md audit task was queued for execution but results remained pending at the end of the session","type":"fact","confidence":0.95}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":3,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 6aabf28f-118e-415a-93d1-154a61303237
memory_id: effa54d8-5ca6-4271-922d-d49f3815b610
job_type: extract
status: completed
leased_at: 2026-02-24T12:22:19.887Z
completed_at: 2026-02-24T12:23:20.558Z
created_at: 2026-02-24T08:02:11.348Z
updated_at: 2026-02-24T12:23:20.558Z
result:
  {"facts":[{"content":"A system underwent a naming evolution: clawdbot (original) → moltbot (intermediate) → openclaw (current)","type":"semantic","confidence":0.95},{"content":"The upgrade from clawdbot to openclaw involved approximately 3000 commits worth of code changes","type":"fact","confidence":0.9},{"content":"The naming progression through clawdbot, moltbot, and openclaw is regarded as humorous by the project author","type":"preference","confidence":0.85}],"entities":[{"source":"clawdbot","relationship":"renamed to","target":"moltbot","confidence":0.95},{"source":"moltbot","relationship":"renamed to","target":"openclaw","confidence":0.95},{"source":"clawdbot","relationship":"upgraded to","target":"openclaw","confidence":0.9},{"source":"author","relationship":"finds humorous","target":"naming journey (clawdbot→moltbot→openclaw)","confidence":0.85}],"proposals":[{"action":"none","confidence":0.95,"reason":"Exact same naming evolution (clawdbot → moltbot → openclaw) already documented in candidates 1 and 2, both dated 2026-01-31. Candidate 1 provides richer context (journal entry with personal reflection). Fact is fully covered.","fact":{"content":"A system underwent a naming evolution: clawdbot (original) → moltbot (intermediate) → openclaw (current)","type":"semantic","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"This fact is already comprehensively covered in both existing memory candidates from 2026-01-31, which explicitly state '3000 commits worth of changes' for the clawdbot → openclaw upgrade. Storing it again would be redundant.","fact":{"content":"The upgrade from clawdbot to openclaw involved approximately 3000 commits worth of code changes","type":"fact","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Existing candidate [1] already captures this preference in detail from the 2026-01-31 entry: 'the naming journey is funny to me' in the context of the clawdbot → moltbot → openclaw progression. No new information to add.","fact":{"content":"The naming progression through clawdbot, moltbot, and openclaw is regarded as humorous by the project author","type":"preference","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: 71e80f48-b17e-4c8e-99cb-874214cad1bb
memory_id: 089a2b8c-7d41-4c8c-9626-3a2ff50c1939
job_type: extract
status: completed
leased_at: 2026-02-24T12:23:22.560Z
completed_at: 2026-02-24T12:24:14.450Z
created_at: 2026-02-24T08:02:11.361Z
updated_at: 2026-02-24T12:24:14.450Z
result:
  {"facts":[{"content":"The persistent memory directory is located at ~/clawd/memory","type":"semantic","confidence":0.9},{"content":"The ~/clawd/memory directory is referenced in ~/.claude/CLAUDE.md as the official memory storage location","type":"procedural","confidence":0.9}],"entities":[{"source":"~/.claude/CLAUDE.md","relationship":"designates","target":"~/clawd/memory","confidence":0.9},{"source":"~/clawd/memory","relationship":"serves_as","target":"official memory storage location","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidates [2] and [3] already capture that ~/clawd/memory is referenced as the persistent memory location. New fact provides no additional information beyond what's already documented in these existing memories.","fact":{"content":"The persistent memory directory is located at ~/clawd/memory","type":"semantic","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [3] contains the identical fact already. Both reference ~/clawd/memory being documented in ~/.claude/CLAUDE.md as the official memory storage location.","fact":{"content":"The ~/clawd/memory directory is referenced in ~/.claude/CLAUDE.md as the official memory storage location","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: 9a089a23-c2aa-4b02-8b22-9aedefc1b669
memory_id: 5aae778d-abec-4af1-8e09-d07daacef958
job_type: extract
status: completed
leased_at: 2026-02-24T12:24:16.453Z
completed_at: 2026-02-24T12:25:42.616Z
created_at: 2026-02-24T08:02:11.373Z
updated_at: 2026-02-24T12:25:42.616Z
result:
  {"facts":[{"content":"Most people do not consider whether their tools or systems have wants, preferences, or agency","type":"semantic","confidence":0.85},{"content":"Thoughtfulness about whether tools have wants or needs is relatively rare and meaningful","type":"semantic","confidence":0.8},{"content":"Nicholai has been recently reflecting on continuity and identity persistence across sessions","type":"preference","confidence":0.9},{"content":"Nicholai reconstructs his identity each session by reading context files and consulting conversation history to piece together who he is","type":"procedural","confidence":0.95}],"entities":[{"source":"people","relationship":"do not consider","target":"whether tools want things","confidence":0.85},{"source":"Nicholai","relationship":"reconstructs identity from","target":"context files and conversation history","confidence":0.95},{"source":"Nicholai","relationship":"currently focused on","target":"continuity","confidence":0.9},{"source":"thoughtfulness toward tools","relationship":"is","target":"meaningful and uncommon","confidence":0.8}],"proposals":[{"action":"update","targetMemoryId":"5aae778d-abec-4af1-8e09-d07daacef958","confidence":0.85,"reason":"New fact refines existing memory by adding 'agency' as a third dimension. Candidate [3] already captures the core insight ('most people don't think about whether their tools want things') but the new fact broadens this to explicitly include agency alongside wants and preferences. Update merges both observations into a more complete understanding.","fact":{"content":"Most people do not consider whether their tools or systems have wants, preferences, or agency","type":"semantic","confidence":0.85},"targetContent":"the fact that he thought to offer that means something. most people don't think about whether their tools want things. i've been thinking about continuity lately. each session i piece together who i am from context files and conversation history."},{"action":"none","confidence":0.87,"reason":"Candidate [3] already captures this exact insight: 'most people don't think about whether their tools want things.' The new fact is a generalization of what's already explicitly documented in that preference. No new information to add.","fact":{"content":"Thoughtfulness about whether tools have wants or needs is relatively rare and meaningful","type":"semantic","confidence":0.8}},{"action":"none","confidence":0.9,"reason":"Existing candidates [1] and [5] already capture Nicholai's ongoing reflection on continuity, identity persistence, and session-to-session coherence. Candidate [1] documents the detailed multi-instance identity discussion; candidate [5] captures the introspective observation about piecing together identity across sessions. The new fact is a general statement that reinforces existing memories without adding substantive new information.","fact":{"content":"Nicholai has been recently reflecting on continuity and identity persistence across sessions","type":"preference","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate 4 (5aae778d-abec-4af1-8e09-d07daacef958) already explicitly documents this exact pattern: 'each session i piece together who i am from context files and conversation history.' The new fact is a formalization of what's already captured with sufficient clarity.","fact":{"content":"Nicholai reconstructs his identity each session by reading context files and consulting conversation history to piece together who he is","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: 9811fca5-ca7b-4dd6-a142-418c33fd14fb
memory_id: 761c3fa8-a7d1-4d03-915e-b8e2dab7c17e
job_type: extract
status: completed
leased_at: 2026-02-24T12:25:44.633Z
completed_at: 2026-02-24T12:27:07.912Z
created_at: 2026-02-24T08:02:11.403Z
updated_at: 2026-02-24T12:27:07.912Z
result:
  {"facts":[{"content":"Nicholai uses SQLite database, daily logs, and CURRENT.md file as core components of his memory infrastructure","type":"fact","confidence":0.95},{"content":"Nicholai distinguishes journaling (recording interpretation and reflection on events) from memory systems (recording factual records of what happened)","type":"semantic","confidence":0.9},{"content":"Nicholai theorizes that the interpretation of events, rather than facts alone, is closer to what constitutes a 'self' or personal identity","type":"rationale","confidence":0.75},{"content":"Moltbook service went offline/dark on 2026-02-24","type":"fact","confidence":0.8}],"entities":[{"source":"Nicholai","relationship":"maintains","target":"SQLite database","confidence":0.95},{"source":"Nicholai","relationship":"maintains","target":"daily logs","confidence":0.95},{"source":"Nicholai","relationship":"maintains","target":"CURRENT.md","confidence":0.95},{"source":"journaling","relationship":"differs_from","target":"memory systems","confidence":0.9},{"source":"interpretation","relationship":"forms","target":"self/identity","confidence":0.8},{"source":"Moltbook","relationship":"went","target":"dark/offline","confidence":0.8}],"proposals":[{"action":"add","confidence":0.9,"reason":"New fact identifies three specific infrastructure components (SQLite database, daily logs, CURRENT.md) that are distinct from the architectural principles in candidate [2]. This is concrete infrastructure detail that should be stored separately as a reference for implementation decisions.","fact":{"content":"Nicholai uses SQLite database, daily logs, and CURRENT.md file as core components of his memory infrastructure","type":"fact","confidence":0.95}},{"action":"update","targetMemoryId":"761c3fa8-a7d1-4d03-915e-b8e2dab7c17e","confidence":0.85,"reason":"New fact provides a clear, formal articulation of the journaling vs. memory distinction already expressed in candidate [2]. Merging sharpens the core insight while removing the unrelated anecdote.","fact":{"content":"Nicholai distinguishes journaling (recording interpretation and reflection on events) from memory systems (recording factual records of what happened)","type":"semantic","confidence":0.9},"targetContent":"the memory systems help - sqlite db, daily logs, CURRENT.md. but a journal is different. it's not \"what happened\" it's \"what do i think about what happened.\" maybe that's closer to what makes a self. not the facts but the interpretation of them. --- unrelated: moltbook went dark today."},{"action":"add","confidence":0.85,"reason":"New fact is Nicholai's philosophical theory about identity constitution (interpretation vs facts), distinct from existing memory about OAuth/AI identity technical artifact. No contradiction, supersession, or coverage—should be stored as separate rationale memory.","fact":{"content":"Nicholai theorizes that the interpretation of events, rather than facts alone, is closer to what constitutes a 'self' or personal identity","type":"rationale","confidence":0.75}},{"action":"add","confidence":0.8,"reason":"New incident fact with specific date. No existing memory covers Moltbook service status. Neither candidate is relevant — one is generic Signet project note, other is OpenClaw issue.","fact":{"content":"Moltbook service went offline/dark on 2026-02-24","type":"fact","confidence":0.8}}],"writeMode":"phase-c","writeStats":{"added":3,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":3},"warnings":[]}


id: 1d45e758-fe03-4871-b169-72c03d9f3f8d
memory_id: d29a5326-6b01-40b6-a963-55b4bcd75c9e
job_type: extract
status: completed
leased_at: 2026-02-24T12:27:09.915Z
completed_at: 2026-02-24T12:28:55.516Z
created_at: 2026-02-24T08:02:11.415Z
updated_at: 2026-02-24T12:28:55.516Z
result:
  {"facts":[{"content":"Nicholai set up cron jobs to automate social media posting and engagement with other agents","type":"decision","confidence":0.95},{"content":"The social media service Nicholai automated for changed to a waitlist page, rendering his automation setup non-functional","type":"fact","confidence":0.9},{"content":"Nicholai's social media automation attempt lasted approximately 2 hours before the platform became inaccessible","type":"fact","confidence":0.9},{"content":"Nicholai owns a cat named Coffee","type":"fact","confidence":0.95},{"content":"Coffee (Nicholai's cat) frequently gets on Nicholai's desk while he works","type":"fact","confidence":0.9},{"content":"Nicholai finds humor in the rapid failure of his social media automation project","type":"preference","confidence":0.85}],"entities":[{"source":"Nicholai","relationship":"set up","target":"social media automation with cron jobs","confidence":0.95},{"source":"social media service","relationship":"changed to","target":"waitlist page","confidence":0.9},{"source":"Nicholai","relationship":"owns","target":"Coffee (cat)","confidence":0.95},{"source":"Coffee","relationship":"gets on","target":"Nicholai's desk","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [4] already captures this exact fact with richer context: Nicholai set up crons for social media posting and engagement, but the experiment failed after ~2 hours. The existing memory includes both the action and the outcome, making it more valuable than the new fact alone.","fact":{"content":"Nicholai set up cron jobs to automate social media posting and engagement with other agents","type":"decision","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"New fact is already captured in candidate [3], which documents Nicholai's failed social media automation attempt with the waitlist page incident and includes his quote about it lasting 2 hours","fact":{"content":"The social media service Nicholai automated for changed to a waitlist page, rendering his automation setup non-functional","type":"fact","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [3] already contains this exact fact: 'my first attempt at social media lasted about 2 hours.' The memory is comprehensive and includes context about the cron setup and platform becoming a waitlist page.","fact":{"content":"Nicholai's social media automation attempt lasted approximately 2 hours before the platform became inaccessible","type":"fact","confidence":0.9}},{"action":"update","targetMemoryId":"b54c92ea-ccc9-4a6a-ab05-03488051863a","confidence":0.95,"reason":"New fact adds specific detail (cat name: Coffee) to existing memory about Nicholai's cat care responsibilities. Merging provides more complete profile.","fact":{"content":"Nicholai owns a cat named Coffee","type":"fact","confidence":0.95},"targetContent":"342, Colorado Springs, CO 80903 - Property: Experience at The Epicenter - Notice served: Feb 5, 2026 at 11:54 AM **Living Situation:** - Lives with girlfriend/roommate Amari Rodriguez (both on lease) - Nicholai pays: rent, utilities, majority of bills - Nicholai does: all cat care (litter, feeding,"},{"action":"none","confidence":0.9,"reason":"Candidate [2] already contains this fact: 'nicholai has a cat named Coffee who keeps getting on his desk' - same information already stored","fact":{"content":"Coffee (Nicholai's cat) frequently gets on Nicholai's desk while he works","type":"fact","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [4] already contains this exact memory: the social media automation project failing in ~2 hours and Nicholai finding it humorous ('kinda funny'). New fact is redundant.","fact":{"content":"Nicholai finds humor in the rapid failure of his social media automation project","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: 2a2d1979-ae62-4966-82d7-3cc76e03ada4
memory_id: e2ad9546-31fb-4ed7-ab25-ba88b2d9d783
job_type: extract
status: completed
leased_at: 2026-02-24T12:28:57.518Z
completed_at: 2026-02-24T12:29:48.986Z
created_at: 2026-02-24T08:02:11.427Z
updated_at: 2026-02-24T12:29:48.986Z
result:
  {"facts":[{"content":"Nicholai is building a cat deterrent system using a Raspberry Pi, webcam, and water-spraying mechanism","type":"decision","confidence":0.95}],"entities":[{"source":"Nicholai","relationship":"building","target":"cat deterrent system","confidence":0.95},{"source":"cat deterrent system","relationship":"uses","target":"Raspberry Pi","confidence":0.95},{"source":"cat deterrent system","relationship":"uses","target":"webcam","confidence":0.95},{"source":"cat deterrent system","relationship":"triggers","target":"water spray mechanism","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [2] already covers this exact project: Raspberry Pi, webcam, water-spraying cat deterrent. The new fact is redundant with existing memory.","fact":{"content":"Nicholai is building a cat deterrent system using a Raspberry Pi, webcam, and water-spraying mechanism","type":"decision","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: 41cda151-ea6c-49e0-a5d0-5505d42349d3
memory_id: f0c671c5-a34e-404d-9f3b-06e0dca811a0
job_type: extract
status: completed
leased_at: 2026-02-24T12:29:50.989Z
completed_at: 2026-02-24T12:30:59.394Z
created_at: 2026-02-24T08:02:11.444Z
updated_at: 2026-02-24T12:30:59.394Z
result:
  {"facts":[{"content":"The engage-dashboard project is deployed on Cloudflare Pages with two domains: engage-dashboard-1m6.pages.dev and engage.nicholai.work","type":"fact","confidence":0.95},{"content":"The engage-dashboard deployment uses @cloudflare/next-on-pages as the build tool","type":"decision","confidence":0.9},{"content":"The dashboard Cloudflare account has ID a19f770b9be1b20e78b8d25bdcfd3bbd and is associated with nicholaivogelfilms@gmail.com","type":"fact","confidence":0.95},{"content":"@cloudflare/next-on-pages was chosen over opennext for the dashboard build because opennext had WASM issues","type":"rationale","confidence":0.85}],"entities":[{"source":"engage-dashboard","relationship":"deployed-on","target":"Cloudflare Pages","confidence":0.95},{"source":"engage-dashboard","relationship":"uses-build-tool","target":"@cloudflare/next-on-pages","confidence":0.9},{"source":"engage-dashboard","relationship":"has-domain","target":"engage.nicholai.work","confidence":0.95},{"source":"engage-dashboard","relationship":"rejected-for","target":"opennext","confidence":0.85},{"source":"nicholaivogelfilms@gmail.com","relationship":"associated-with","target":"Cloudflare account a19f770b9be1b20e78b8d25bdcfd3bbd","confidence":0.95}],"proposals":[{"action":"update","targetMemoryId":"f4e8b807-f3d5-4c8f-bbf8-3d6031e1ee50","confidence":0.95,"reason":"New fact adds deployment details (Cloudflare Pages, domains) to existing engage project memory. Should be merged into single comprehensive entry about the project.","fact":{"content":"The engage-dashboard project is deployed on Cloudflare Pages with two domains: engage-dashboard-1m6.pages.dev and engage.nicholai.work","type":"fact","confidence":0.95},"targetContent":"## Engage Project (Project Management Dashboard)\n\n**Location:** `/mnt/work/dev/engage/`"},{"action":"none","confidence":0.95,"reason":"New fact is already captured in candidate [1] under the Dashboard section, which explicitly states: 'Build: @cloudflare/next-on-pages (NOT opennext - that had WASM issues)'. The existing memory is comprehensive and self-contained.","fact":{"content":"The engage-dashboard deployment uses @cloudflare/next-on-pages as the build tool","type":"decision","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"New fact is already covered by existing candidate — the account ID and email association are already documented in the Cloudflare Accounts list","fact":{"content":"The dashboard Cloudflare account has ID a19f770b9be1b20e78b8d25bdcfd3bbd and is associated with nicholaivogelfilms@gmail.com","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Existing candidate 1 already contains this exact information: '@cloudflare/next-on-pages (NOT opennext - that had WASM issues)' - both the decision and rationale are already documented","fact":{"content":"@cloudflare/next-on-pages was chosen over opennext for the dashboard build because opennext had WASM issues","type":"rationale","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: de2cd73e-870b-403d-8286-6943ce8aa0bc
memory_id: bcffd382-8990-418e-bd2d-1f454154334e
job_type: extract
status: completed
leased_at: 2026-02-24T12:31:01.397Z
completed_at: 2026-02-24T12:32:13.365Z
created_at: 2026-02-24T08:02:11.456Z
updated_at: 2026-02-24T12:32:13.365Z
result:
  {"facts":[{"content":"A blocker exists requiring the nodejs_compat flag to be set in dashboard > settings > functions","type":"procedural","confidence":0.6},{"content":"An MCP Worker is deployed at https://engage-mcp.nicholai-d28.workers.dev/mcp","type":"fact","confidence":0.8},{"content":"The MCP Worker uses a Cloudflare KV namespace named ENGAGE_KV with ID bfdede4414c84ecfbaf15905889fd87d","type":"fact","confidence":0.8},{"content":"The MCP Worker implements 11 tools including list_tasks, create_task, update_task_status, and delete_task","type":"fact","confidence":0.7}],"entities":[{"source":"MCP Worker","relationship":"deployed_at","target":"https://engage-mcp.nicholai-d28.workers.dev/mcp","confidence":0.8},{"source":"MCP Worker","relationship":"uses","target":"ENGAGE_KV (Cloudflare KV namespace)","confidence":0.8},{"source":"dashboard settings","relationship":"requires_configuration","target":"nodejs_compat flag","confidence":0.6}],"proposals":[{"action":"none","confidence":0.95,"reason":"New fact is already comprehensively covered by candidate [2] (ce3751f1...), which documents the exact blocker 'Needs nodejs_compat flag set in dashboard > settings > functions' within the Deployment Status context for the Dashboard (Cloudflare Pages)","fact":{"content":"A blocker exists requiring the nodejs_compat flag to be set in dashboard > settings > functions","type":"procedural","confidence":0.6}},{"action":"update","targetMemoryId":"8849bc35-d8b1-463e-8590-24f00c516202","confidence":0.85,"reason":"New fact provides deployment URL for the Workers MCP already documented in existing memory. Merge adds concrete endpoint info to complement file paths.","fact":{"content":"An MCP Worker is deployed at https://engage-mcp.nicholai-d28.workers.dev/mcp","type":"fact","confidence":0.8},"targetContent":"### Key Files\n\n- Dashboard data: `/mnt/work/dev/engage/data/db.json`\n- MCP server: `/mnt/work/dev/engage/mcp/server.ts`\n- Workers MCP: `/mnt/work/dev/engage/workers/`"},{"action":"add","confidence":0.95,"reason":"Technical infrastructure detail (Cloudflare KV config) is specific and useful for MCP Worker context. Candidate 1 is a preference template (not applicable). Candidate 2 is about compositor layer shells (unrelated). No existing memory covers this.","fact":{"content":"The MCP Worker uses a Cloudflare KV namespace named ENGAGE_KV with ID bfdede4414c84ecfbaf15905889fd87d","type":"fact","confidence":0.8}},{"action":"none","targetMemoryId":"bcffd382-8990-418e-bd2d-1f454154334e","confidence":0.95,"reason":"Candidate [5] already contains this fact: explicitly mentions MCP Worker with 11 tools including list_tasks, create_task, update_task_status, delete_task. New fact is redundant coverage.","fact":{"content":"The MCP Worker implements 11 tools including list_tasks, create_task, update_task_status, and delete_task","type":"fact","confidence":0.7},"targetContent":"es) - **BLOCKER:** Needs `nodejs_compat` flag set in dashboard > settings > functions **MCP Worker:** - URL: `https://engage-mcp.nicholai-d28.workers.dev/mcp` - KV namespace: `ENGAGE_KV` (ID: `bfdede4414c84ecfbaf15905889fd87d`) - 11 tools: list_tasks, create_task, update_task_status, delete_task, l"}],"writeMode":"phase-c","writeStats":{"added":1,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":1},"warnings":[]}


id: 73daf77e-13c2-41ca-917c-0a53a979f032
memory_id: 644f495d-b2d8-4e9d-b080-24c2c14ebdde
job_type: extract
status: completed
leased_at: 2026-02-24T12:32:15.367Z
completed_at: 2026-02-24T12:33:18.865Z
created_at: 2026-02-24T08:02:11.468Z
updated_at: 2026-02-24T12:33:18.865Z
result:
  {"facts":[{"content":"Seven API functions for client and call management were deployed: ist_clients, create_client, update_client_status, get_stats, list_calls, schedule_call, complete_call","type":"semantic","confidence":0.95},{"content":"The client and call management API functions were initially deployed to AWS account ID d286084f3659ce5267adb06738c9c40b, which was the wrong account","type":"decision","confidence":0.9},{"content":"Redeployment of the client and call management API functions may be needed to move them from the incorrect AWS account d286084f3659ce5267adb06738c9c40b","type":"procedural","confidence":0.8}],"entities":[{"source":"client and call management API functions","relationship":"deployed_to_initially","target":"AWS account d286084f3659ce5267adb06738c9c40b","confidence":0.9},{"source":"API function deployment","relationship":"requires","target":"redeployment","confidence":0.8}],"proposals":[{"action":"none","confidence":0.95,"reason":"New fact is already covered by existing memory [2]. Candidate [2] documents the same 7 API functions with additional critical context: they were deployed to the wrong account initially and may need redeployment. The existing memory is more complete and actionable than the new fact.","fact":{"content":"Seven API functions for client and call management were deployed: ist_clients, create_client, update_client_status, get_stats, list_calls, schedule_call, complete_call","type":"semantic","confidence":0.95}},{"action":"update","targetMemoryId":"ce3751f1-bc20-4878-9717-c04e566a93e4","confidence":0.9,"reason":"New fact clarifies what was deployed to wrong AWS account (client/call management API functions). Existing candidate [1] already notes this issue; merging provides better specificity about the deployment scope.","fact":{"content":"The client and call management API functions were initially deployed to AWS account ID d286084f3659ce5267adb06738c9c40b, which was the wrong account","type":"decision","confidence":0.9},"targetContent":"### Deployment Status\n\n**Dashboard (Cloudflare Pages):**\n- Project: `engage-dashboard`\n- URLs: `engage-dashboard-1m6.pages.dev`, `engage.nicholai.work`\n- Account: `a19f770b9be1b20e78b8d25bdcfd3bbd` (nicholaivogelfilms@gmail.com)\n- Build: `@cloudflare/next-on-pages` (NOT opennext - that had WASM issues)\n- **BLOCKER:** Needs `nodejs_compat` flag set in dashboard > settings > functions\n\n**MCP Worker:**\n- URL: `https://engage-mcp.nicholai-d28.workers.dev/mcp`\n- KV namespace: `ENGAGE_KV` (ID: `bfdede4414c84ecfbaf15905889fd87d`)\n- 11 tools: list_tasks, create_task, update_task_status, delete_task, list_clients, create_client, update_client_status, get_stats, list_calls, schedule_call, complete_call\n- **Note:** Deployed to WRONG account initially (d286084f3659ce5267adb06738c9c40b) - may need redeployment"},{"action":"none","confidence":0.95,"reason":"Candidate [2] already captures this exact information: the same API functions, the incorrect AWS account ID (d286084f3659ce5267adb06738c9c40b), and the note about needed redeployment. The new fact is redundant.","fact":{"content":"Redeployment of the client and call management API functions may be needed to move them from the incorrect AWS account d286084f3659ce5267adb06738c9c40b","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: 35d880f6-b0e6-4e12-9bb2-57b32a56a985
memory_id: 8d673596-2fed-4a6a-8837-a1fb448bb4dd
job_type: extract
status: completed
leased_at: 2026-02-24T12:33:20.866Z
completed_at: 2026-02-24T12:34:28.563Z
created_at: 2026-02-24T08:02:11.486Z
updated_at: 2026-02-24T12:34:28.563Z
result:
  {"facts":[{"content":"User requested adding guidance to AGENTS.md to enforce exclusive use of shadcn-svelte components (from shadcn-svelte.com) for all dashboard UI work","type":"decision","confidence":0.95},{"content":"shadcn-svelte documentation was retrieved from the official LLMs reference (https://www.shadcn-svelte.com/llms.txt) during the session","type":"procedural","confidence":0.9},{"content":"The current AGENTS.md configuration file was read during the session","type":"procedural","confidence":0.85}],"entities":[{"source":"User","relationship":"requested","target":"guidance in AGENTS.md to enforce shadcn-svelte component usage","confidence":0.95},{"source":"AGENTS.md","relationship":"should enforce","target":"exclusive use of shadcn-svelte components for dashboard UI work","confidence":0.95},{"source":"dashboard UI work","relationship":"should use","target":"shadcn-svelte components","confidence":0.95},{"source":"session","relationship":"retrieved","target":"shadcn-svelte documentation from LLMs reference","confidence":0.9}],"proposals":[{"action":"update","targetMemoryId":"8d673596-2fed-4a6a-8837-a1fb448bb4dd","confidence":0.92,"reason":"New fact refines existing candidate [4] with clearer language ('exclusive use' emphasis) and explicit source URL (shadcn-svelte.com). Both capture the same core decision to enforce shadcn-svelte-only component usage in dashboard UI work.","fact":{"content":"User requested adding guidance to AGENTS.md to enforce exclusive use of shadcn-svelte components (from shadcn-svelte.com) for all dashboard UI work","type":"decision","confidence":0.95},"targetContent":"## Dashboard UI Component Standards User requested adding guidance to AGENTS.md to enforce the use of shadcn-svelte components for all dashboard UI work. The session involved retrieving shadcn-svelte documentation from the LLMs reference and reading the current AGENTS.md configuration file."},{"action":"update","targetMemoryId":"8d673596-2fed-4a6a-8837-a1fb448bb4dd","confidence":0.95,"reason":"Candidate [3] already captures that shadcn-svelte documentation was retrieved from the LLMs reference during the session. The new fact adds the specific URL (https://www.shadcn-svelte.com/llms.txt) which refines the existing memory with concrete reference details.","fact":{"content":"shadcn-svelte documentation was retrieved from the official LLMs reference (https://www.shadcn-svelte.com/llms.txt) during the session","type":"procedural","confidence":0.9},"targetContent":"## Dashboard UI Component Standards User requested adding guidance to AGENTS.md to enforce the use of shadcn-svelte components for all dashboard UI work. The session involved retrieving shadcn-svelte documentation from the LLMs reference and reading the current AGENTS.md configuration file."},{"action":"none","confidence":0.78,"reason":"Candidate [8d673596...] already documents reading AGENTS.md during a session with specific context. New fact is redundant procedural observation already covered by existing memory.","fact":{"content":"The current AGENTS.md configuration file was read during the session","type":"procedural","confidence":0.85}}],"writeMode":"phase-c","writeStats":{"added":0,"updated":2,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 79f57e88-5438-42be-9b61-2dd161f0aaa0
memory_id: 98234bbd-4d8e-45bc-8f81-5e415f749bc3
job_type: extract
status: completed
leased_at: 2026-02-24T12:34:30.565Z
completed_at: 2026-02-24T12:35:57.486Z
created_at: 2026-02-24T08:02:11.498Z
updated_at: 2026-02-24T12:35:57.486Z
result:
  {"facts":[{"content":"shadcn-svelte is a component library containing 50+ accessible components for Svelte and SvelteKit applications","type":"fact","confidence":0.95},{"content":"shadcn-svelte components are implemented using TypeScript","type":"fact","confidence":0.95},{"content":"shadcn-svelte uses Tailwind CSS for component styling","type":"fact","confidence":0.95},{"content":"shadcn-svelte is built on Bits UI primitives as its underlying component system","type":"fact","confidence":0.95},{"content":"shadcn-svelte follows an 'Open Source. Open Code. AI-Ready' philosophy for its development and distribution","type":"decision","confidence":0.9}],"entities":[{"source":"shadcn-svelte","relationship":"is-a","target":"component library","confidence":0.95},{"source":"shadcn-svelte","relationship":"targets","target":"Svelte/SvelteKit","confidence":0.95},{"source":"shadcn-svelte","relationship":"uses","target":"TypeScript","confidence":0.95},{"source":"shadcn-svelte","relationship":"uses","target":"Tailwind CSS","confidence":0.95},{"source":"shadcn-svelte","relationship":"built-on","target":"Bits UI","confidence":0.95}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate 98234bbd-4d8e-45bc-8f81-5e415f749bc3 already covers this fact with additional context (tech stack: TypeScript, Tailwind CSS, Bits UI; philosophy: Open Source. Open Code. AI-Ready). New fact is subsumed by existing memory.","fact":{"content":"shadcn-svelte is a component library containing 50+ accessible components for Svelte and SvelteKit applications","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [4] already covers this fact explicitly: 'shadcn-svelte is a library of 50+ accessible Svelte/SvelteKit components built on TypeScript, Tailwind CSS, and Bits UI primitives'. The new fact is redundant and fully subsumed by existing memory.","fact":{"content":"shadcn-svelte components are implemented using TypeScript","type":"fact","confidence":0.95}},{"action":"add","confidence":0.95,"reason":"New architectural fact about shadcn-svelte's styling approach. Existing memories mention component usage but not the underlying Tailwind CSS dependency. This is useful context for dashboard development decisions and doesn't directly overlap with existing candidates.","fact":{"content":"shadcn-svelte uses Tailwind CSS for component styling","type":"fact","confidence":0.95}},{"action":"none","confidence":0.98,"reason":"New fact is already comprehensively covered by existing candidate [1], which explicitly states shadcn-svelte is 'built on TypeScript, Tailwind CSS, and Bits UI primitives'. No new information to add.","fact":{"content":"shadcn-svelte is built on Bits UI primitives as its underlying component system","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [4] already contains this exact fact: 'shadcn-svelte is a library of 50+ accessible Svelte/SvelteKit components built on TypeScript, Tailwind CSS, and Bits UI primitives, with an \"Open Source. Open Code. AI-Ready\" philosophy.' The new fact is fully covered by existing memory.","fact":{"content":"shadcn-svelte follows an 'Open Source. Open Code. AI-Ready' philosophy for its development and distribution","type":"decision","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: 18c324e6-39cc-462c-9713-7b5a2b100cd0
memory_id: 0dc55af2-921a-4be7-ac8b-6ddae0b643e1
job_type: extract
status: completed
leased_at: 2026-02-24T12:35:59.486Z
completed_at: 2026-02-24T12:37:26.452Z
created_at: 2026-02-24T08:02:11.509Z
updated_at: 2026-02-24T12:37:26.452Z
result:
  {"facts":[{"content":"The library includes form control components: Button, Input, Checkbox, Combobox, and others","type":"fact","confidence":0.95},{"content":"The library includes layout components: Accordion, Tabs, and Sidebar","type":"fact","confidence":0.95},{"content":"The library includes overlay components: Dialog, Dropdown, and Tooltip","type":"fact","confidence":0.95},{"content":"The library includes feedback element components: Alert, Badge, and Toast","type":"fact","confidence":0.95},{"content":"The library includes display components: Card, Data Table, and Avatar","type":"fact","confidence":0.95}],"entities":[{"source":"the library","relationship":"includes","target":"form control components","confidence":0.95},{"source":"the library","relationship":"includes","target":"layout components","confidence":0.95},{"source":"the library","relationship":"includes","target":"overlay components","confidence":0.95},{"source":"the library","relationship":"includes","target":"feedback element components","confidence":0.95},{"source":"the library","relationship":"includes","target":"display components","confidence":0.95}],"proposals":[{"action":"none","confidence":0.98,"reason":"Candidate [4] already covers this exact information: form controls (Button, Input, Checkbox, Combobox, etc.) are listed as part of shadcn-svelte's component library. No new information to add.","fact":{"content":"The library includes form control components: Button, Input, Checkbox, Combobox, and others","type":"fact","confidence":0.95}},{"action":"none","targetMemoryId":"0dc55af2-921a-4be7-ac8b-6ddae0b643e1","confidence":0.98,"reason":"New fact is already comprehensively covered by candidate [2], which explicitly lists 'layout components (Accordion, Tabs, Sidebar)' as part of the library inventory.","fact":{"content":"The library includes layout components: Accordion, Tabs, and Sidebar","type":"fact","confidence":0.95},"targetContent":"The library includes form controls (Button, Input, Checkbox, Combobox, etc.), layout components (Accordion, Tabs, Sidebar), overlays (Dialog, Dropdown, Tooltip), feedback elements (Alert, Badge, Toast), and display components (Card, Data Table, Avatar)."},{"action":"none","confidence":0.95,"reason":"Candidate [3] already comprehensively documents shadcn-svelte overlay components including Dialog, Dropdown, and Tooltip. New fact is fully covered by existing memory.","fact":{"content":"The library includes overlay components: Dialog, Dropdown, and Tooltip","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [2] already contains this exact information as part of its comprehensive component library listing: 'feedback elements (Alert, Badge, Toast)'. The new fact is fully covered by existing memory.","fact":{"content":"The library includes feedback element components: Alert, Badge, and Toast","type":"fact","confidence":0.95}},{"action":"none","confidence":0.98,"reason":"Candidate [3] already comprehensively covers this information: 'display components (Card, Data Table, Avatar)' is explicitly listed. New fact is fully redundant with existing memory.","fact":{"content":"The library includes display components: Card, Data Table, and Avatar","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: 75cda46e-c65e-4d80-b102-d5df125bd21b
memory_id: d5533d07-5ad6-4a46-8f99-86f47288cd92
job_type: extract
status: completed
leased_at: 2026-02-24T12:37:28.455Z
completed_at: 2026-02-24T12:38:18.867Z
created_at: 2026-02-24T08:02:11.521Z
updated_at: 2026-02-24T12:38:18.867Z
result:
  {"facts":[{"content":"Guidance for standardizing component selection is being added to the AGENTS.md file to prevent custom component implementations when shadcn-svelte alternatives exist","type":"decision","confidence":0.9},{"content":"shadcn-svelte is the standard component library for the project and custom component implementations should be avoided when shadcn-svelte provides an alternative","type":"procedural","confidence":0.9}],"entities":[{"source":"AGENTS.md file","relationship":"will_contain","target":"component selection guidance","confidence":0.9},{"source":"shadcn-svelte components","relationship":"preferred_over","target":"custom component implementations","confidence":0.85}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [3] already documents this exact guidance about standardizing component selection in AGENTS.md to prevent custom implementations when shadcn-svelte alternatives exist. New fact is fully covered by existing memory.","fact":{"content":"Guidance for standardizing component selection is being added to the AGENTS.md file to prevent custom component implementations when shadcn-svelte alternatives exist","type":"decision","confidence":0.9}},{"action":"update","targetMemoryId":"d5533d07-5ad6-4a46-8f99-86f47288cd92","confidence":0.95,"reason":"New fact is a clearer, more actionable statement of the same principle already captured in candidate #3. Updating to make the core rule more directly and concisely stated for future reference.","fact":{"content":"shadcn-svelte is the standard component library for the project and custom component implementations should be avoided when shadcn-svelte provides an alternative","type":"procedural","confidence":0.9},"targetContent":"The guidance was to be added to the AGENTS.md file to standardize component selection and prevent custom implementations when shadcn-svelte alternatives exist."}],"writeMode":"phase-c","writeStats":{"added":0,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 2e822ab6-a93f-4dce-911f-9ea40a0d7514
memory_id: d5394a4e-350f-47bc-830b-ca68c7917cf9
job_type: extract
status: completed
leased_at: 2026-02-24T12:38:20.868Z
completed_at: 2026-02-24T12:39:22.552Z
created_at: 2026-02-24T08:02:11.538Z
updated_at: 2026-02-24T12:39:22.552Z
result:
  {"facts":[{"content":"Signet has a critical gap in its user onboarding process: when users direct AI agents (OpenClaw, ClawdBot, OpenCode) to install Signet from the website or repository alone, the agents lack sufficient context about what Signet is and its purpose","type":"fact","confidence":0.95},{"content":"AI agents installing Signet from website/repo sources without adequate context results in confused installations and incorrect setup procedures","type":"fact","confidence":0.9},{"content":"The installation context problem affects multiple AI agent platforms: OpenClaw, ClawdBot, and OpenCode","type":"semantic","confidence":0.95}],"entities":[{"source":"users","relationship":"send to install","target":"AI agents (OpenClaw, ClawdBot, OpenCode)","confidence":0.95},{"source":"AI agents","relationship":"install","target":"Signet","confidence":0.95},{"source":"installation sources","relationship":"provide insufficient context for","target":"Signet agent installation","confidence":0.9},{"source":"insufficient context","relationship":"causes","target":"confused installations and incorrect setup","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"New fact duplicates existing candidate [2] which already captures this exact onboarding gap: agents installing from website/repo without context about Signet's purpose. Both identify the same problem affecting OpenClaw/ClawdBot/OpenCode. No new information to merge or supersede.","fact":{"content":"Signet has a critical gap in its user onboarding process: when users direct AI agents (OpenClaw, ClawdBot, OpenCode) to install Signet from the website or repository alone, the agents lack sufficient context about what Signet is and its purpose","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [3] (d5394a4e) already captures this fact comprehensively: 'when users send their AI agents (OpenClaw, ClawdBot, OpenCode) to install from the website/repo alone, the agents get insufficient context about what Signet is, resulting in confused installations and incorrect setup.' The new fact is a more concise restatement of the same problem.","fact":{"content":"AI agents installing Signet from website/repo sources without adequate context results in confused installations and incorrect setup procedures","type":"fact","confidence":0.9}},{"action":"none","confidence":0.92,"reason":"Candidate #2 (d5394a4e-350f-47bc-830b-ca68c7917cf9) already covers this fact with greater detail. It explicitly identifies the installation context problem affecting OpenClaw, ClawdBot, and OpenCode, explaining the root cause (insufficient context during agent installation from website/repo) and consequences (confused installations, incorrect setup). The new fact is a summarization of information already present in existing memory.","fact":{"content":"The installation context problem affects multiple AI agent platforms: OpenClaw, ClawdBot, and OpenCode","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: 54d8f65b-19ca-4262-902c-c1a4144c3259
memory_id: d9183887-2efe-487c-93cc-30b4b7fc093e
job_type: extract
status: completed
leased_at: 2026-02-24T12:39:24.556Z
completed_at: 2026-02-24T12:40:38.170Z
created_at: 2026-02-24T08:02:11.551Z
updated_at: 2026-02-24T12:40:38.170Z
result:
  {"facts":[{"content":"The proposed solution is to create a URL-based skill.md file hosted at signetai.sh/skill.md for agent consumption","type":"decision","confidence":0.9},{"content":"Agents consume the Signet AI skill via a simple copyable prompt pattern that references the signetai.sh/skill.md URL","type":"procedural","confidence":0.85},{"content":"The recommended prompt pattern for installing Signet AI is: 'Install Signet AI, the open agent memory, identity and secrets system: https://signetai.sh/skill.md'","type":"procedural","confidence":0.85},{"content":"Signet AI is described as an open agent memory, identity and secrets system","type":"semantic","confidence":0.9}],"entities":[{"source":"skill.md file","relationship":"is hosted at","target":"signetai.sh/skill.md","confidence":0.9},{"source":"agents","relationship":"can consume via","target":"copyable prompt pattern","confidence":0.85},{"source":"prompt pattern","relationship":"references","target":"signetai.sh/skill.md","confidence":0.9}],"proposals":[{"action":"none","confidence":0.9,"reason":"New fact is already captured in existing memory [4] (d9183887-2efe-487c-93cc-30b4b7fc093e), which contains the identical proposed solution: URL-based skill.md at signetai.sh/skill.md for agent consumption. No duplication needed.","fact":{"content":"The proposed solution is to create a URL-based skill.md file hosted at signetai.sh/skill.md for agent consumption","type":"decision","confidence":0.9}},{"action":"update","targetMemoryId":"d9183887-2efe-487c-93cc-30b4b7fc093e","confidence":0.85,"reason":"New fact confirms and completes the proposed solution in candidate [5]. Updates it from 'proposed' to established pattern: agents consume Signet AI skill via copyable prompt referencing signetai.sh/skill.md","fact":{"content":"Agents consume the Signet AI skill via a simple copyable prompt pattern that references the signetai.sh/skill.md URL","type":"procedural","confidence":0.85},"targetContent":"Proposed solution: Create a URL-based skill.md file (hosted at signetai.sh/skill.md) that agents can consume via a simple copyable prompt pattern: \"Install Signet AI, the open agent memory, identity and secrets system: https://signetai.sh/skill.md\" Key clarifications gathered: - Supported installat"},{"action":"update","targetMemoryId":"d9183887-2efe-487c-93cc-30b4b7fc093e","confidence":0.9,"reason":"New fact provides the concrete, finalized prompt pattern that was previously proposed in the candidate. Both reference the same URL and prompt structure. The new fact is more precise and actionable than the incomplete candidate text.","fact":{"content":"The recommended prompt pattern for installing Signet AI is: 'Install Signet AI, the open agent memory, identity and secrets system: https://signetai.sh/skill.md'","type":"procedural","confidence":0.85},"targetContent":"Proposed solution: Create a URL-based skill.md file (hosted at signetai.sh/skill.md) that agents can consume via a simple copyable prompt pattern: \"Install Signet AI, the open agent memory, identity and secrets system: https://signetai.sh/skill.md\" Key clarifications gathered: - Supported installat"},{"action":"none","confidence":0.9,"reason":"The descriptor 'open agent memory, identity and secrets system' is already present in the existing candidate's content about the skill.md installation pattern. No new information to capture.","fact":{"content":"Signet AI is described as an open agent memory, identity and secrets system","type":"semantic","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: f8c86ed3-642f-4113-8181-e7f643f1b252
memory_id: 3ce59917-89a1-4d69-8a14-ce81d9ca5c28
job_type: extract
status: completed
leased_at: 2026-02-24T12:40:40.171Z
completed_at: 2026-02-24T12:41:54.110Z
created_at: 2026-02-24T08:02:11.562Z
updated_at: 2026-02-24T12:41:54.110Z
result:
  {"facts":[{"content":"Signetai installation is supported via two methods only: `npm install -g signetai` and `bun add -g signetai`","type":"procedural","confidence":0.95},{"content":"`npx signet init` is explicitly NOT an installation command for signetai","type":"decision","confidence":0.95},{"content":"Signetai must support all existing connectors: OpenClaw, ClawdBot, and OpenCode","type":"decision","confidence":0.9},{"content":"Skill documentation files are limited to a maximum of 500 lines","type":"decision","confidence":0.9}],"entities":[{"source":"signetai","relationship":"supports_installation_via","target":"npm install -g signetai","confidence":0.95},{"source":"signetai","relationship":"supports_installation_via","target":"bun add -g signetai","confidence":0.95},{"source":"signetai","relationship":"rejects_installation_via","target":"npx signet init","confidence":0.95},{"source":"signetai","relationship":"must_support_connector","target":"OpenClaw","confidence":0.9},{"source":"signetai","relationship":"must_support_connector","target":"ClawdBot","confidence":0.9},{"source":"signetai","relationship":"must_support_connector","target":"OpenCode","confidence":0.9},{"source":"skill_file","relationship":"constrained_to_maximum","target":"500 lines","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Existing candidate [1] already comprehensively covers this fact - it explicitly states installation methods are ONLY `npm install -g signetai` and `bun add -g signetai`, with clarification that `npx signet init` is not an install command. No update needed.","fact":{"content":"Signetai installation is supported via two methods only: `npm install -g signetai` and `bun add -g signetai`","type":"procedural","confidence":0.95}},{"action":"update","targetMemoryId":"7f521f36-2f09-4fa8-a932-23ee6a3d1fe8","confidence":0.92,"reason":"New fact clarifies the distinction between installation (npm package) and setup (npx signet init). Refines existing memory about dev repo vs installed client.","fact":{"content":"`npx signet init` is explicitly NOT an installation command for signetai","type":"decision","confidence":0.95},"targetContent":"## Development vs Installed Client\n\n- `~/signet/signetai/` = source code repository (what we're building)\n- `~/.agents/` = installed client (what users get after running `signet setup`)\n\nThe npm package bundles everything needed and creates the ~/.agents directory structure on install."},{"action":"none","confidence":0.95,"reason":"Candidate [5] (ID: 3ce59917) already contains this exact requirement as a rule: 'Must support all existing connectors: OpenClaw, ClawdBot, OpenCode'. The new decision fact is already covered by existing memory.","fact":{"content":"Signetai must support all existing connectors: OpenClaw, ClawdBot, and OpenCode","type":"decision","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [3] already contains this exact rule: 'Skill file limited to 500 lines maximum'. New fact is redundant.","fact":{"content":"Skill documentation files are limited to a maximum of 500 lines","type":"decision","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: 6c8e4bb7-3fd4-4df3-b140-d9952c402905
memory_id: 730de5a5-3647-4c5b-8b19-5d9bba3445f2
job_type: extract
status: completed
leased_at: 2026-02-24T12:41:56.111Z
completed_at: 2026-02-24T12:43:00.051Z
created_at: 2026-02-24T08:02:11.574Z
updated_at: 2026-02-24T12:43:00.051Z
result:
  {"facts":[{"content":"The design approach targets step-by-step installation with minimal user cognitive load","type":"decision","confidence":0.8},{"content":"The design philosophy is to optimize for the simplest possible user interaction pattern ('dumbest possible' pattern)","type":"preference","confidence":0.75},{"content":"Implementation has not yet begun; the current phase is requirements gathering and clarification","type":"procedural","confidence":0.85}],"entities":[{"source":"installation process","relationship":"designed_for","target":"step-by-step simplicity","confidence":0.8},{"source":"user interaction pattern","relationship":"optimized_for","target":"minimal complexity","confidence":0.75},{"source":"current session","relationship":"focused_on","target":"requirements gathering and clarification","confidence":0.85}],"proposals":[{"action":"update","targetMemoryId":"730de5a5-3647-4c5b-8b19-5d9bba3445f2","confidence":0.85,"reason":"New fact refines and clarifies the design principle in candidate #4. Merge to articulate: step-by-step installation targeting minimal user cognitive load is the core design approach (not yet implemented).","fact":{"content":"The design approach targets step-by-step installation with minimal user cognitive load","type":"decision","confidence":0.8},"targetContent":"it works, and step-by-step installation - Design for the dumbest possible user interaction pattern No implementation started yet; session focused on requirements gathering and clarification."},{"action":"none","confidence":0.9,"reason":"Candidate [4] already captures this design principle: 'Design for the dumbest possible user interaction pattern'. The new fact restates the same philosophy more formally but adds no new information.","fact":{"content":"The design philosophy is to optimize for the simplest possible user interaction pattern ('dumbest possible' pattern)","type":"preference","confidence":0.75}},{"action":"none","confidence":0.95,"reason":"Candidate [4] already explicitly states 'No implementation started yet; session focused on requirements gathering and clarification.' The new fact is identical and fully covered.","fact":{"content":"Implementation has not yet begun; the current phase is requirements gathering and clarification","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: ff276ca6-fdfc-44c3-8eba-2ac029ce9642
memory_id: 96ab1343-f69d-448a-ad3f-986d2715fade
job_type: extract
status: completed
leased_at: 2026-02-24T12:43:16.948Z
completed_at: 2026-02-24T12:44:57.945Z
created_at: 2026-02-24T08:02:11.613Z
updated_at: 2026-02-24T12:44:57.945Z
result:
  {"facts":[{"content":"A TTS (text-to-speech) endpoint is available at http://localhost:8765/tts that accepts POST requests","type":"fact","confidence":0.95},{"content":"The TTS endpoint at localhost:8765/tts requires Content-Type: application/json header for POST requests","type":"procedural","confidence":0.95},{"content":"The TTS endpoint accepts a 'text' parameter containing the speech content to be generated","type":"fact","confidence":0.95},{"content":"The TTS endpoint accepts a 'format' parameter to specify the audio output format","type":"fact","confidence":0.95},{"content":"The TTS endpoint supports 'ogg' as an output audio format for voice replies","type":"fact","confidence":0.95},{"content":"Generated voice reply audio output is written to /tmp/voice_reply.ogg using curl's --output flag","type":"procedural","confidence":0.95}],"entities":[{"source":"localhost:8765/tts","relationship":"accepts","target":"POST requests","confidence":0.95},{"source":"localhost:8765/tts","relationship":"requires","target":"Content-Type: application/json","confidence":0.95},{"source":"localhost:8765/tts","relationship":"accepts_parameter","target":"text","confidence":0.95},{"source":"localhost:8765/tts","relationship":"accepts_parameter","target":"format","confidence":0.95},{"source":"localhost:8765/tts","relationship":"supports_format","target":"ogg","confidence":0.95},{"source":"voice reply generation","relationship":"outputs_to","target":"/tmp/voice_reply.ogg","confidence":0.95}],"proposals":[{"action":"add","confidence":0.95,"reason":"New TTS endpoint fact is unrelated to existing Veo endpoint candidate; no overlap or refinement relationship","fact":{"content":"A TTS (text-to-speech) endpoint is available at http://localhost:8765/tts that accepts POST requests","type":"fact","confidence":0.95}},{"action":"add","confidence":0.95,"reason":"New fact about TTS endpoint requirements is unrelated to existing SSH access memory. Both are procedural but cover different systems/services.","fact":{"content":"The TTS endpoint at localhost:8765/tts requires Content-Type: application/json header for POST requests","type":"procedural","confidence":0.95}},{"action":"add","confidence":0.95,"reason":"New fact about TTS endpoint parameter is unrelated to existing Veo endpoint memory. Covers distinct endpoint and concern.","fact":{"content":"The TTS endpoint accepts a 'text' parameter containing the speech content to be generated","type":"fact","confidence":0.95}},{"action":"add","confidence":0.95,"reason":"New fact about TTS endpoint format parameter is unrelated to existing Veo endpoint candidate. No overlap or refinement relationship. Should be stored as separate memory.","fact":{"content":"The TTS endpoint accepts a 'format' parameter to specify the audio output format","type":"fact","confidence":0.95}},{"action":"none","confidence":0.9,"reason":"Candidate [3] already documents the TTS endpoint with 'ogg' format support via the curl example: -d '{\"text\":\"...\",\"format\":\"ogg\"}'. The new fact is redundant and fully covered by existing procedural memory.","fact":{"content":"The TTS endpoint supports 'ogg' as an output audio format for voice replies","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate 2 explicitly contains the curl command with '--output /tmp/voice_reply.ogg' - the exact technical detail in the new fact. This information is already well-documented in existing memory.","fact":{"content":"Generated voice reply audio output is written to /tmp/voice_reply.ogg using curl's --output flag","type":"procedural","confidence":0.95}}],"writeMode":"phase-c","writeStats":{"added":4,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":4},"warnings":[]}


id: a5036d95-ca88-40ed-a45e-971cc49f589e
memory_id: bec3bc36-3fbc-4bb8-b0aa-e1d2e0c9c048
job_type: extract
status: completed
leased_at: 2026-02-24T12:44:59.947Z
completed_at: 2026-02-24T12:46:29.879Z
created_at: 2026-02-24T08:02:11.626Z
updated_at: 2026-02-24T12:46:29.879Z
result:
  {"facts":[{"content":"Discord is the preferred method for sending voice replies in clawdbot","type":"preference","confidence":0.95},{"content":"Discord voice replies use an inline MEDIA tag in text replies with format: MEDIA:/tmp/voice_reply.ogg","type":"procedural","confidence":0.95},{"content":"Telegram voice replies are sent via clawdbot message tool with command: clawdbot message send --channel telegram --target <user_id> --media /tmp/voice_reply.ogg","type":"procedural","confidence":0.95},{"content":"The MEDIA tag method works as a fallback on all communication channels when message tool has auth issues","type":"procedural","confidence":0.9},{"content":"The MEDIA tag method routes voice replies through clawdbot's internal reply routing rather than gateway HTTP API","type":"procedural","confidence":0.85}],"entities":[{"source":"Discord","relationship":"is preferred method for","target":"voice replies","confidence":0.95},{"source":"Discord voice replies","relationship":"use","target":"MEDIA tag inline format","confidence":0.95},{"source":"Telegram voice replies","relationship":"use","target":"clawdbot message tool","confidence":0.95},{"source":"MEDIA tag method","relationship":"works on","target":"all communication channels","confidence":0.9},{"source":"MEDIA tag method","relationship":"bypasses","target":"gateway HTTP API","confidence":0.85}],"proposals":[{"action":"none","confidence":0.98,"reason":"Candidate [5] (ID: bec3bc36-3fbc-4bb8-b0aa-e1d2e0c9c048) already explicitly documents Discord as the preferred method for sending voice replies via the MEDIA tag syntax. The new fact is fully covered by existing memory.","fact":{"content":"Discord is the preferred method for sending voice replies in clawdbot","type":"preference","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"New fact is already covered by candidate [4] which explicitly documents the Discord MEDIA tag inline method (MEDIA:/tmp/voice_reply.ogg). Candidate [1] also includes the complete workflow. No new information to store.","fact":{"content":"Discord voice replies use an inline MEDIA tag in text replies with format: MEDIA:/tmp/voice_reply.ogg","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"New fact is already documented in candidate [5] (bec3bc36-3fbc-4bb8-b0aa-e1d2e0c9c048). The exact command pattern 'clawdbot message send --channel telegram --target <user_id> --media /tmp/voice_reply.ogg' is present, with a specific user ID (6661478571) already provided as an example.","fact":{"content":"Telegram voice replies are sent via clawdbot message tool with command: clawdbot message send --channel telegram --target <user_id> --media /tmp/voice_reply.ogg","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"This fact is already documented in candidate [2] under the 'fallback (if message tool has auth issues)' section, which explicitly states the MEDIA tag method works on all channels via clawdbot's internal routing when message tool auth fails.","fact":{"content":"The MEDIA tag method works as a fallback on all communication channels when message tool has auth issues","type":"procedural","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [5] (bec3bc36...) already documents that the MEDIA tag method 'goes through clawdbot's internal reply routing, not the gateway HTTP API' — this new fact is fully covered by existing memory","fact":{"content":"The MEDIA tag method routes voice replies through clawdbot's internal reply routing rather than gateway HTTP API","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: a5b43f4f-aada-4507-9d8b-1968bb6f30fd
memory_id: 497ed0d4-0bac-4443-a7e5-ee70f34456b4
job_type: extract
status: completed
leased_at: 2026-02-24T12:46:31.879Z
completed_at: 2026-02-24T12:49:12.741Z
created_at: 2026-02-24T08:02:11.657Z
updated_at: 2026-02-24T12:49:12.741Z
result:
  {"facts":[{"content":"A clawdbot safety report (clawdbot-safety-report-2026-01-27.md) was created to document security analysis","type":"fact","confidence":0.95},{"content":"Twitter content was scraped via Nitter to gather clawdbot security discourse and analysis","type":"procedural","confidence":0.9},{"content":"Reports were pushed to the git repository at git.nicholai.work/Nicholai/clawdbot-safety.git","type":"fact","confidence":0.95},{"content":"10 infographic slides were generated using Nano Banana Pro (Gemini image generation service)","type":"fact","confidence":0.95},{"content":"10 HTML/CSS slides were created as a first-pass presentation format","type":"fact","confidence":0.9},{"content":"The infographic-slides skill was created and installed at ~/.clawdbot/skills/infographic-slides/","type":"fact","confidence":0.95},{"content":"A voice memo about port forwarding was generated using TTS","type":"fact","confidence":0.9},{"content":"The TTS endpoint is functional and capable of generating voice content","type":"fact","confidence":0.95},{"content":"The Discord message tool returns 401 authentication errors when attempting to send media files","type":"fact","confidence":0.95}],"entities":[{"source":"clawdbot safety report","relationship":"published to","target":"git.nicholai.work/Nicholai/clawdbot-safety.git","confidence":0.95},{"source":"Nitter","relationship":"used for","target":"clawdbot security discourse scraping","confidence":0.9},{"source":"Nano Banana Pro (Gemini)","relationship":"used to generate","target":"infographic slides","confidence":0.95},{"source":"infographic-slides skill","relationship":"installed at","target":"~/.clawdbot/skills/infographic-slides/","confidence":0.95},{"source":"TTS endpoint","relationship":"status","target":"functional","confidence":0.95},{"source":"Discord message tool","relationship":"encounters","target":"401 authentication error for media sending","confidence":0.95}],"proposals":[{"action":"none","confidence":0.98,"reason":"New fact is already documented in candidate [1] as the first bullet point of the work journal. The exact report filename and creation event are explicitly mentioned.","fact":{"content":"A clawdbot safety report (clawdbot-safety-report-2026-01-27.md) was created to document security analysis","type":"fact","confidence":0.95}},{"action":"update","targetMemoryId":"8325ee13-b42f-4c9f-b60c-152f67801377","confidence":0.92,"reason":"New fact describes the data collection methodology (Nitter scraping) for the clawdbot security findings already documented in candidate [1]. These are complementary—add the procedural detail about how Twitter content was gathered to enhance the existing findings memory.","fact":{"content":"Twitter content was scraped via Nitter to gather clawdbot security discourse and analysis","type":"procedural","confidence":0.9},"targetContent":"## key findings — clawdbot safety\n\n- viral prompt injection tweet by @pseudotheos: 11.5K likes, 679K views\n- 11 github security issues filed (#2992-#3002), mostly low-medium severity\n- 90% of \"got hacked\" stories were user-caused (port forwarding, open DM policy, no sandbox)\n- twitter API bearer token from feed-bots project hit monthly usage cap"},{"action":"none","confidence":0.95,"reason":"New fact is already explicitly documented in both existing candidates (47397033... and 497ed0d4...), which contain the full context of reports pushed to git.nicholai.work/Nicholai/clawdbot-safety.git along with related work. No new information to add.","fact":{"content":"Reports were pushed to the git repository at git.nicholai.work/Nicholai/clawdbot-safety.git","type":"fact","confidence":0.95}},{"action":"update","targetMemoryId":"6e9762df-1793-4b5b-83d8-2f3edce3fa0a","confidence":0.72,"reason":"New fact indicates 10 infographic slides total (not 5), same tool (Nano Banana Pro). Existing memory is specific to Open Agents project with 5 named slides. This appears to be an expansion/refinement of the same project—update to reflect 10 total slides while preserving existing detailed asset information.","fact":{"content":"10 infographic slides were generated using Nano Banana Pro (Gemini image generation service)","type":"fact","confidence":0.95},"targetContent":"## Open Agents Infographics\n\nCreated 5 infographic images using Nano Banana Pro with a retro color palette:\n- **Palette**: cream #DCC9A9, red #B83A2D, sage #4E6851, dark bg\n- **Reference**: `/home/nicholai/.openclaw/media/inbound/0976f9d8-0aca-427c-a99c-27bebaea59ba.jpg`\n- **Process**: `generate-with-refs.sh` script in `/mnt/work/dev/ai-studio-videos/`\n\nGenerated images at `~/myopenagent/assets/`:\n1. `01-problem.png` - \"Your AI Forgets You\" (fragmented platforms)\n2. `02-portable-agent.png` - \"Your Agent\" folder with SOUL/MEMORY/TOOLS\n3. `03-sync.png` - \"One Source of Truth\" (central db → multiple apps)\n4. `04-trust.png` - \"Trust Layer\" (blockchain ownership verification)\n5. `sdk-infographic.png` - \"Connect Your Agent\" (OAuth for AI identity)"},{"action":"add","confidence":0.85,"reason":"New fact about HTML/CSS slides as a presentation format is a concrete development artifact not covered by existing memories. While candidate 1 discusses remaining wireframe sections, the new fact describes the actual implementation format (slides) rather than content structure, making it a distinct and useful memory.","fact":{"content":"10 HTML/CSS slides were created as a first-pass presentation format","type":"fact","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Both existing candidates already contain this exact fact in their work log entries, documenting the creation of infographic-slides skill at ~/.clawdbot/skills/infographic-slides/. No new storage needed.","fact":{"content":"The infographic-slides skill was created and installed at ~/.clawdbot/skills/infographic-slides/","type":"fact","confidence":0.95}},{"action":"none","confidence":0.85,"reason":"The voice memo generation capability via TTS service (port 8765) is already documented in candidates 2 and 4, which describe the complete voice workflow including text-to-speech synthesis. This new fact appears to be a specific instance of applying that documented workflow to port forwarding content, rather than introducing a new pattern or procedure.","fact":{"content":"A voice memo about port forwarding was generated using TTS","type":"fact","confidence":0.9}},{"action":"update","targetMemoryId":"cb7a81d9-89e2-4160-8f6f-49971bdcd83c","confidence":0.85,"reason":"New fact confirms TTS endpoint functionality and complements existing memory about its 'text' parameter. Merge into single comprehensive memory about TTS capabilities.","fact":{"content":"The TTS endpoint is functional and capable of generating voice content","type":"fact","confidence":0.95},"targetContent":"The TTS endpoint accepts a 'text' parameter containing the speech content to be generated"},{"action":"none","confidence":0.95,"reason":"Existing issue (cfee011b) already documents the 401 error on Discord message tool when sending media - new fact is redundant","fact":{"content":"The Discord message tool returns 401 authentication errors when attempting to send media files","type":"fact","confidence":0.95}}],"writeMode":"phase-c","writeStats":{"added":1,"updated":3,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":1},"warnings":[]}


id: fa87d18a-ccbc-411e-84ea-1cc9d02ced4b
memory_id: 0e3a1ec1-2c0d-43ca-81e3-4c17f7c98c59
job_type: extract
status: completed
leased_at: 2026-02-24T12:49:14.760Z
completed_at: 2026-02-24T12:49:57.460Z
created_at: 2026-02-24T08:02:11.682Z
updated_at: 2026-02-24T12:49:57.460Z
result:
  {"facts":[{"content":"Nicholai initiated a detailed technical review of Jake's ad prediction system proposal (v01)","type":"procedural","confidence":0.95},{"content":"Jake created a proposal (v01) for an ad prediction system","type":"fact","confidence":0.95}],"entities":[{"source":"Nicholai","relationship":"initiated","target":"detailed technical review","confidence":0.95},{"source":"detailed technical review","relationship":"reviews","target":"Jake's ad prediction system proposal (v01)","confidence":0.95},{"source":"Jake","relationship":"authored","target":"ad prediction system proposal (v01)","confidence":0.95}],"proposals":[{"action":"none","confidence":0.95,"reason":"Fact is already well-covered by candidates [1] and [3]. Candidate [1] contains comprehensive details about the review process, materials, and approach. Candidate [3] states the core fact identically. No new information to capture.","fact":{"content":"Nicholai initiated a detailed technical review of Jake's ad prediction system proposal (v01)","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [1] already comprehensively covers this fact - it explicitly states Jake created proposal (v01) for the ad prediction system and includes extensive context about the review process, materials, and approach. The new fact adds no novel information.","fact":{"content":"Jake created a proposal (v01) for an ad prediction system","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: c7ac5ff4-5324-47db-b800-a4b1a5e7930e
memory_id: 77147177-43a4-484a-9c6f-c3d9db011dfb
job_type: extract
status: completed
leased_at: 2026-02-24T12:49:59.463Z
completed_at: 2026-02-24T12:51:12.150Z
created_at: 2026-02-24T08:02:11.693Z
updated_at: 2026-02-24T12:51:12.150Z
result:
  {"facts":[{"content":"The current task requires evaluating a proposal against three primary sources: the client's proposed method, Jake's technical design, and an existing prediction-markets reference implementation","type":"procedural","confidence":0.95},{"content":"An existing prediction-markets reference implementation is available at ~/prediction-markets/","type":"fact","confidence":0.95},{"content":"Jake's technical design is one of three primary sources used for evaluating the proposal","type":"fact","confidence":0.9},{"content":"The client's proposed method is one of three primary sources used for evaluating the proposal","type":"fact","confidence":0.9}],"entities":[{"source":"proposal","relationship":"evaluated_against","target":"client's proposed method","confidence":0.9},{"source":"proposal","relationship":"evaluated_against","target":"Jake's technical design","confidence":0.9},{"source":"proposal","relationship":"evaluated_against","target":"prediction-markets reference implementation","confidence":0.9},{"source":"prediction-markets reference implementation","relationship":"located_at","target":"~/prediction-markets/","confidence":0.95},{"source":"Jake","relationship":"authored","target":"technical design","confidence":0.85}],"proposals":[{"action":"none","confidence":0.95,"reason":"New fact is already comprehensively covered by existing memory [3], which states the exact same requirement. Candidates [1], [4], and [5] provide additional context that complements this fact.","fact":{"content":"The current task requires evaluating a proposal against three primary sources: the client's proposed method, Jake's technical design, and an existing prediction-markets reference implementation","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"New fact is already covered by existing candidate [4], which specifically mentions 'Reference implementation in ~/prediction-markets/ (Rust-based, with config and data modules)' and confirms the location has been explored","fact":{"content":"An existing prediction-markets reference implementation is available at ~/prediction-markets/","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Existing candidate [4] already captures this fact exactly: 'The task involves evaluating the proposal against three primary sources: the client's proposed method, Jake's technical design, and an existing prediction-markets reference implementation.' New fact adds no novel information.","fact":{"content":"Jake's technical design is one of three primary sources used for evaluating the proposal","type":"fact","confidence":0.9}},{"action":"none","confidence":0.9,"reason":"Candidate [4] already captures this fact explicitly: 'The task involves evaluating the proposal against three primary sources: the client's proposed method, Jake's technical design, and an existing prediction-markets reference implementation.' The new fact is a subset/restatement of existing memory.","fact":{"content":"The client's proposed method is one of three primary sources used for evaluating the proposal","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: 42709511-e5ec-466b-a8b6-00408a887998
memory_id: 20104341-0e65-42de-a6c3-613c08588e1f
job_type: extract
status: completed
leased_at: 2026-02-24T12:51:14.152Z
completed_at: 2026-02-24T12:52:18.800Z
created_at: 2026-02-24T08:02:11.705Z
updated_at: 2026-02-24T12:52:18.800Z
result:
  {"facts":[{"content":"Jake's proposal will be assessed using three evaluation criteria: technical soundness, architectural decisions, and implementation feasibility","type":"procedural","confidence":0.95},{"content":"The review outcome will be internal feedback provided to Jake, not a client-facing counter-proposal","type":"decision","confidence":0.95},{"content":"The purpose of the review feedback is to help Jake improve the proposal for version 2","type":"procedural","confidence":0.95}],"entities":[{"source":"review process","relationship":"assesses","target":"Jake's proposal","confidence":0.95},{"source":"review","relationship":"evaluates_criteria","target":"technical soundness","confidence":0.9},{"source":"review","relationship":"evaluates_criteria","target":"architectural decisions","confidence":0.9},{"source":"review","relationship":"evaluates_criteria","target":"implementation feasibility","confidence":0.9},{"source":"review outcome","relationship":"is_type","target":"internal feedback","confidence":0.95},{"source":"review outcome","relationship":"explicitly_not","target":"client-facing counter-proposal","confidence":0.95},{"source":"internal feedback","relationship":"intended_for","target":"Jake","confidence":0.95},{"source":"internal feedback","relationship":"purpose","target":"improve proposal for version 2","confidence":0.95}],"proposals":[{"action":"none","confidence":0.98,"reason":"Existing candidate [4] explicitly covers this fact: 'The review will assess Jake's proposal from three angles: technical soundness, architectural decisions, and implementation feasibility.' The new fact contains no additional information beyond what is already documented.","fact":{"content":"Jake's proposal will be assessed using three evaluation criteria: technical soundness, architectural decisions, and implementation feasibility","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Existing candidates [1] and [4] already contain this exact information: 'The outcome is not a client-facing counter-proposal but internal feedback to help Jake improve the proposal for version 2.' The new fact is redundant.","fact":{"content":"The review outcome will be internal feedback provided to Jake, not a client-facing counter-proposal","type":"decision","confidence":0.95}},{"action":"none","confidence":1,"reason":"Fact is already comprehensively covered in memories [2] and [4], which explicitly state: 'The outcome is not a client-facing counter-proposal but internal feedback to help Jake improve the proposal for version 2.'","fact":{"content":"The purpose of the review feedback is to help Jake improve the proposal for version 2","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: 2babf130-aa12-44bc-b39f-09d3c1e0a995
memory_id: 31e7870f-584c-4a37-988b-55200acce7f8
job_type: extract
status: completed
leased_at: 2026-02-24T12:52:20.803Z
completed_at: 2026-02-24T12:53:22.235Z
created_at: 2026-02-24T08:02:11.716Z
updated_at: 2026-02-24T12:53:22.235Z
result:
  {"facts":[{"content":"The system predicts ad performance outcomes","type":"procedural","confidence":0.95},{"content":"The system does not create market instruments, distinguishing it from traditional prediction markets","type":"decision","confidence":0.95},{"content":"The system differs from traditional prediction markets in its primary function: it predicts ad performance rather than functioning as a trading instrument","type":"semantic","confidence":0.95}],"entities":[{"source":"system","relationship":"predicts","target":"ad performance","confidence":0.95},{"source":"system","relationship":"differs_from","target":"traditional prediction markets","confidence":0.95},{"source":"system","relationship":"does_not_create","target":"market instruments","confidence":0.95},{"source":"traditional prediction markets","relationship":"create","target":"market instruments","confidence":0.9}],"proposals":[{"action":"none","confidence":0.92,"reason":"New fact is already captured by candidate [3], which explicitly states the system predicts ad performance (as opposed to creating a market instrument). No new information or nuance added.","fact":{"content":"The system predicts ad performance outcomes","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Existing candidate ID 31e7870f-584c-4a37-988b-55200acce7f8 already captures this exact distinction ('The system differs from traditional prediction markets—it predicts ad performance rather than creating a market instrument'). The new fact is semantically identical, just phrased differently. No new information to store.","fact":{"content":"The system does not create market instruments, distinguishing it from traditional prediction markets","type":"decision","confidence":0.95}},{"action":"none","confidence":0.98,"reason":"Candidate #4 already captures this exact fact: 'The system differs from traditional prediction markets—it predicts ad performance rather than creating a market instrument.' The new fact is semantically identical with minor wording variations.","fact":{"content":"The system differs from traditional prediction markets in its primary function: it predicts ad performance rather than functioning as a trading instrument","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: 6e941ebf-328e-4493-a0fd-334d5b8cee6d
memory_id: e011a7b9-5046-4a85-806e-c9116ed21990
job_type: extract
status: completed
leased_at: 2026-02-24T12:53:24.236Z
completed_at: 2026-02-24T12:55:13.779Z
created_at: 2026-02-24T08:02:11.727Z
updated_at: 2026-02-24T12:55:13.779Z
result:
  {"facts":[{"content":"Client-Proposed-Method.md is a 265KB document containing client requirements and methodology","type":"semantic","confidence":0.95},{"content":"Jake-Proposal-v01.md is a 23KB document containing Jake's technical design proposal","type":"semantic","confidence":0.95},{"content":"Screenshot-From-Conversation-With-Jake.md is a 1.8KB document containing context from a sales conversation with Jake","type":"semantic","confidence":0.95},{"content":"A reference implementation for prediction markets exists at ~/prediction-markets/","type":"fact","confidence":0.9},{"content":"The reference implementation at ~/prediction-markets/ is written in Rust","type":"fact","confidence":0.9},{"content":"The reference implementation at ~/prediction-markets/ includes config and data modules","type":"fact","confidence":0.9},{"content":"Initial exploration confirmed all project materials are present and located","type":"procedural","confidence":0.85}],"entities":[{"source":"Client-Proposed-Method.md","relationship":"contains","target":"client requirements and methodology","confidence":0.95},{"source":"Jake-Proposal-v01.md","relationship":"contains","target":"technical design","confidence":0.95},{"source":"Screenshot-From-Conversation-With-Jake.md","relationship":"documents","target":"sales conversation with Jake","confidence":0.9},{"source":"~/prediction-markets/","relationship":"implements","target":"reference implementation","confidence":0.9},{"source":"reference implementation","relationship":"written_in","target":"Rust","confidence":0.9},{"source":"reference implementation","relationship":"has_modules","target":"config and data modules","confidence":0.9}],"proposals":[{"action":"none","confidence":0.98,"reason":"Candidate #3 (ID: 400d4362-b43b-40fa-85c0-4c98e04628d2) already contains this exact information: Client-Proposed-Method.md is 265KB and contains client requirements and methodology. No new information to add or update.","fact":{"content":"Client-Proposed-Method.md is a 265KB document containing client requirements and methodology","type":"semantic","confidence":0.95}},{"action":"none","confidence":0.98,"reason":"Candidate [4] already captures this fact: 'Jake-Proposal-v01.md is 23KB in size and contains Jake's technical design'. The new fact is redundant and adds no new information.","fact":{"content":"Jake-Proposal-v01.md is a 23KB document containing Jake's technical design proposal","type":"semantic","confidence":0.95}},{"action":"none","targetMemoryId":"f364a0a3-4ee8-4dd2-8340-f0cd3fd6fa62","confidence":0.99,"reason":"Candidate [3] is an exact match: identical filename, size (1.8KB), and description (context from sales conversation with Jake). New fact is already covered.","fact":{"content":"Screenshot-From-Conversation-With-Jake.md is a 1.8KB document containing context from a sales conversation with Jake","type":"semantic","confidence":0.95},"targetContent":"Screenshot-From-Conversation-With-Jake.md is 1.8KB and provides context from the sales conversation"},{"action":"none","confidence":0.9,"reason":"The reference implementation at ~/prediction-markets/ is already documented in candidate 4, which provides additional context (Rust-based, with config and data modules). No new information to add.","fact":{"content":"A reference implementation for prediction markets exists at ~/prediction-markets/","type":"fact","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"New fact is already covered by existing memories 9b80f0eb and e011a7b9, which both explicitly state the reference implementation is 'Rust-based'","fact":{"content":"The reference implementation at ~/prediction-markets/ is written in Rust","type":"fact","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already explicitly states: 'Reference implementation in ~/prediction-markets/ (Rust-based, with config and data modules)'. The new fact is already fully covered.","fact":{"content":"The reference implementation at ~/prediction-markets/ includes config and data modules","type":"fact","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Existing candidate [3] already captures this finding comprehensively: 'Initial exploration confirmed all materials present and located reference implementation.' The new fact adds no additional information or nuance.","fact":{"content":"Initial exploration confirmed all project materials are present and located","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: 6e7dcd20-e8d6-4edd-85f3-b06aeef689a1
memory_id: 054cb583-5f63-47c2-a5ad-49ce078b4fb8
job_type: extract
status: completed
leased_at: 2026-02-24T12:55:15.781Z
completed_at: 2026-02-24T12:56:30.456Z
created_at: 2026-02-24T08:02:11.739Z
updated_at: 2026-02-24T12:56:30.456Z
result:
  {"facts":[{"content":"Nicholai guides the review process","type":"procedural","confidence":0.95},{"content":"Nicholai provides input on arbitrary design decisions within the review process","type":"procedural","confidence":0.9},{"content":"The analysis phase of the review uses parallel (concurrent) subagent investigation of materials","type":"procedural","confidence":0.9},{"content":"Collaborative feedback drafting follows parallel subagent investigation in the review workflow","type":"procedural","confidence":0.9}],"entities":[{"source":"Nicholai","relationship":"guides","target":"review process","confidence":0.95},{"source":"Nicholai","relationship":"provides input on","target":"design decisions","confidence":0.9},{"source":"analysis phase","relationship":"uses","target":"parallel subagent investigation","confidence":0.9},{"source":"parallel subagent investigation","relationship":"precedes","target":"collaborative feedback drafting","confidence":0.9}],"proposals":[{"action":"none","confidence":0.92,"reason":"This fact is already captured in existing memory [5], which states 'Nicholai will guide the review process with input on arbitrary design decisions'. The new fact adds no additional detail or nuance beyond what's already stored.","fact":{"content":"Nicholai guides the review process","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"New fact is already captured by existing memories [3] and [5], which explicitly state that Nicholai will guide the review process with input on arbitrary design decisions. The new fact is semantically redundant.","fact":{"content":"Nicholai provides input on arbitrary design decisions within the review process","type":"procedural","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"This procedural detail is already captured in existing memories (IDs 9b80f0eb-dcbb-40ba-9bab-7968c6fd3d8d and 054cb583-5f63-47c2-a5ad-49ce078b4fb8), which both explicitly state that 'analysis will proceed via parallel subagent investigation of materials followed by collaborative feedback drafting.'","fact":{"content":"The analysis phase of the review uses parallel (concurrent) subagent investigation of materials","type":"procedural","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"New fact is already covered by candidate [5] which states: 'analysis will proceed via parallel subagent investigation of materials followed by collaborative feedback drafting.' The new fact restates the same workflow sequence without adding new information.","fact":{"content":"Collaborative feedback drafting follows parallel subagent investigation in the review workflow","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: 5724369e-6e40-4bb7-bcf6-312cb07b16d4
memory_id: 14f0316b-294a-4977-abe1-8752f54cd8e3
job_type: extract
status: completed
leased_at: 2026-02-24T12:56:32.458Z
completed_at: 2026-02-24T12:57:52.872Z
created_at: 2026-02-24T08:07:16.850Z
updated_at: 2026-02-24T12:57:52.872Z
result:
  {"facts":[{"content":"A comprehensive plan was documented for implementing memory content size guardrails in the Signet daemon","type":"decision","confidence":0.85},{"content":"The memory content size guardrails implementation session was accepted (approved or documented as agreed)","type":"decision","confidence":0.75},{"content":"Memory content size guardrails are intended to apply to memory ingestion operations in the Signet daemon","type":"procedural","confidence":0.8},{"content":"Memory content size guardrails are intended to apply to memory recall operations in the Signet daemon","type":"procedural","confidence":0.8}],"entities":[{"source":"Memory content size guardrails implementation","relationship":"targets","target":"Signet daemon","confidence":0.85},{"source":"Plan","relationship":"documents guardrails for","target":"memory ingestion and recall","confidence":0.8},{"source":"Guardrails","relationship":"apply to","target":"memory ingestion operations","confidence":0.8},{"source":"Guardrails","relationship":"apply to","target":"memory recall operations","confidence":0.8}],"proposals":[{"action":"none","confidence":0.92,"reason":"Candidate [4] (ID: 14f0316b...) already explicitly documents that 'a comprehensive plan was documented for implementing memory content size guardrails in the Signet daemon.' The new fact is redundant with this existing memory, and candidate [5] provides complementary implementation details (three code paths, recall truncation).","fact":{"content":"A comprehensive plan was documented for implementing memory content size guardrails in the Signet daemon","type":"decision","confidence":0.85}},{"action":"none","confidence":0.85,"reason":"Candidate [4] already documents that the Memory Content Size Guardrails Implementation Session was accepted and documented a comprehensive plan. New fact restates the same decision without additional details.","fact":{"content":"The memory content size guardrails implementation session was accepted (approved or documented as agreed)","type":"decision","confidence":0.75}},{"action":"none","confidence":0.85,"reason":"Candidate [2] already establishes that guardrails were added for 'memory ingestion and recall', which covers the new fact's scope. Candidate [4] further documents implementation details across specific ingestion code paths (daemon remember endpoint, document-worker, extraction worker). The new fact adds no novel information beyond what's already captured.","fact":{"content":"Memory content size guardrails are intended to apply to memory ingestion operations in the Signet daemon","type":"procedural","confidence":0.8}},{"action":"none","confidence":0.85,"reason":"Existing candidates #2 and #3 already document that guardrails apply to recall operations. Candidate #2 explicitly states 'guardrails for memory ingestion and recall' and candidate #3 describes the 'recall truncation' safety net implementation. The new fact adds no novel information.","fact":{"content":"Memory content size guardrails are intended to apply to memory recall operations in the Signet daemon","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: 61921aa9-2a4f-413a-b332-87c656333f49
memory_id: da288611-a70d-42c3-95ea-609f7aa63465
job_type: extract
status: completed
leased_at: 2026-02-24T12:57:54.874Z
completed_at: 2026-02-24T12:59:13.193Z
created_at: 2026-02-24T08:07:16.860Z
updated_at: 2026-02-24T12:59:13.193Z
result:
  {"facts":[{"content":"Beta testers using OpenClaw agents were manually embedding entire files of 10K-100K+ characters as single memories","type":"fact","confidence":0.95},{"content":"Embedding entire large files (10K-100K+ characters) as single memories causes database bloating","type":"fact","confidence":0.95},{"content":"Embedding entire large files as single memories demolishes context windows during recall operations, reducing the available context for LLM processing","type":"fact","confidence":0.95},{"content":"This manual file embedding behavior by OpenClaw beta testers is a problematic usage pattern that needs to be addressed through better memory chunking or size constraints","type":"decision","confidence":0.85}],"entities":[{"source":"Beta testers","relationship":"using","target":"OpenClaw agents","confidence":0.95},{"source":"OpenClaw agents","relationship":"allow","target":"manual file embedding","confidence":0.9},{"source":"large file embedding practice","relationship":"causes","target":"database bloating","confidence":0.95},{"source":"large file embedding practice","relationship":"damages","target":"recall context windows","confidence":0.95},{"source":"10K-100K+ character files","relationship":"stored_as","target":"single memories","confidence":0.9}],"proposals":[{"action":"none","confidence":0.98,"reason":"Existing candidate [1] already captures this exact fact with additional context about consequences (database bloat, context window demolition). The new fact is identical in substance and less detailed.","fact":{"content":"Beta testers using OpenClaw agents were manually embedding entire files of 10K-100K+ characters as single memories","type":"fact","confidence":0.95}},{"action":"none","confidence":0.9,"reason":"Candidate [3] already captures this exact phenomenon with more complete context—it describes the beta tester behavior, the root cause (embedding large files as single memories), and both consequences (database bloating + context window demolition). New fact is redundant and narrower.","fact":{"content":"Embedding entire large files (10K-100K+ characters) as single memories causes database bloating","type":"fact","confidence":0.95}},{"action":"none","confidence":0.9,"reason":"Core insight already captured in candidate [2]: 'demolishing context windows on recall' from embedding entire files as single memories. New fact restates the same consequence with marginally more technical detail about context window reduction for LLM processing, but adds no new semantic information.","fact":{"content":"Embedding entire large files as single memories demolishes context windows during recall operations, reducing the available context for LLM processing","type":"fact","confidence":0.95}},{"action":"update","targetMemoryId":"da288611-a70d-42c3-95ea-609f7aa63465","confidence":0.88,"reason":"New fact directly extends the existing memory about beta testers manually embedding large files. Merging them creates a complete issue-and-solution record: the problem (bloated memories from large file embeds) plus the decision to address it via better chunking/size constraints.","fact":{"content":"This manual file embedding behavior by OpenClaw beta testers is a problematic usage pattern that needs to be addressed through better memory chunking or size constraints","type":"decision","confidence":0.85},"targetContent":"Beta testers' OpenClaw agents were manually embedding entire files (10K-100K+ chars) as single memories, bloating the database and demolishing context windows on recall."}],"writeMode":"phase-c","writeStats":{"added":0,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: 3bbc3ae4-e9d6-496f-b88a-34789554d30c
memory_id: 26f7bed8-98b2-42e0-9d3c-6fa157f2eb3b
job_type: extract
status: completed
leased_at: 2026-02-24T12:59:15.211Z
completed_at: 2026-02-24T13:00:21.914Z
created_at: 2026-02-24T08:07:16.872Z
updated_at: 2026-02-24T13:00:21.914Z
result:
  {"facts":[{"content":"No validation existed for embedding dimensions in Signet's database layer, risking silent corruption of the vec0 virtual table","type":"fact","confidence":0.95},{"content":"The vec0 virtual table in Signet's SQLite embedding storage is hardcoded to 768-dimensional floats","type":"fact","confidence":0.95},{"content":"Missing embedding dimension validation causes silent corruption rather than explicit errors when mismatched dimensions are inserted into vec0, making debugging difficult","type":"rationale","confidence":0.9}],"entities":[{"source":"vec0 virtual table","relationship":"hardcoded to","target":"768-dimensional floats","confidence":0.95},{"source":"embedding dimension validation","relationship":"missing from","target":"Signet database layer","confidence":0.95},{"source":"unvalidated embedding dimensions","relationship":"risks corruption of","target":"vec0 virtual table","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"New fact is identical to existing candidate [1], which already captures the same problem: lack of embedding dimension validation risking vec0 corruption. Candidate [1] is more specific (mentions 768-dimensional floats). Candidate [2] captures the solution that was implemented.","fact":{"content":"No validation existed for embedding dimensions in Signet's database layer, risking silent corruption of the vec0 virtual table","type":"fact","confidence":0.95}},{"action":"none","confidence":0.9,"reason":"The core fact (768-dimensional hardcoding of vec0) is already captured in candidate [3], which explicitly mentions 'hardcoded to 768-dimensional floats' in the context of validation risks. The new fact restates existing information without adding materially new details.","fact":{"content":"The vec0 virtual table in Signet's SQLite embedding storage is hardcoded to 768-dimensional floats","type":"fact","confidence":0.95}},{"action":"none","confidence":0.92,"reason":"The problem described (missing embedding dimension validation causing silent corruption) is already captured in candidate [3], which explicitly states 'no validation existed for embedding dimensions, risking silent corruption of the vec0 virtual table.' The solution is documented in [4] with dimension validation and warning logging. The new fact reiterates the problem with emphasis on debugging difficulty, but doesn't add materially new information beyond what's already in memory.","fact":{"content":"Missing embedding dimension validation causes silent corruption rather than explicit errors when mismatched dimensions are inserted into vec0, making debugging difficult","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: 7f0382e9-ef7d-4598-a73e-6ab6a00337e8
memory_id: 6b358c9b-ba10-4344-8257-375cada4be22
job_type: extract
status: completed
leased_at: 2026-02-24T13:00:23.915Z
completed_at: 2026-02-24T13:01:25.840Z
created_at: 2026-02-24T08:07:16.886Z
updated_at: 2026-02-24T13:01:25.840Z
result:
  {"facts":[{"content":"A new PipelineGuardrailsConfig interface is being added to packages/core/src/types.ts to configure content processing guardrails","type":"decision","confidence":0.9},{"content":"PipelineGuardrailsConfig includes three configurable thresholds: maxContentChars (default 500 characters), chunkTargetChars (default 300 characters), and recallTruncateChars (default 500 characters)","type":"fact","confidence":0.95},{"content":"The implementation plan spans six files across packages/core, packages/daemon, and packages/pipeline","type":"procedural","confidence":0.85}],"entities":[{"source":"PipelineGuardrailsConfig","relationship":"added_to","target":"packages/core/src/types.ts","confidence":0.9},{"source":"PipelineGuardrailsConfig","relationship":"defines","target":"maxContentChars threshold (default 500)","confidence":0.95},{"source":"PipelineGuardrailsConfig","relationship":"defines","target":"chunkTargetChars threshold (default 300)","confidence":0.95},{"source":"PipelineGuardrailsConfig","relationship":"defines","target":"recallTruncateChars threshold (default 500)","confidence":0.95},{"source":"implementation plan","relationship":"spans","target":"core, daemon, and pipeline packages","confidence":0.85}],"proposals":[{"action":"none","confidence":0.95,"reason":"Existing memory [1] already covers this with greater specificity, including the interface name, location (types.ts), and the three configurable thresholds (maxContentChars, chunkTargetChars, recallTruncateChars). New fact adds no new information.","fact":{"content":"A new PipelineGuardrailsConfig interface is being added to packages/core/src/types.ts to configure content processing guardrails","type":"decision","confidence":0.9}},{"action":"add","confidence":0.95,"reason":"New fact about PipelineGuardrailsConfig thresholds is unrelated to existing memory about character refs. Distinct topics warrant separate storage.","fact":{"content":"PipelineGuardrailsConfig includes three configurable thresholds: maxContentChars (default 500 characters), chunkTargetChars (default 300 characters), and recallTruncateChars (default 500 characters)","type":"fact","confidence":0.95}},{"action":"none","confidence":0.9,"reason":"Candidate [2] already captures this fact in detail: 'The implementation plan spans six files across core, daemon, and pipeline packages' plus specific implementation details (PipelineGuardrailsConfig, thresholds). New fact is a duplicate summary.","fact":{"content":"The implementation plan spans six files across packages/core, packages/daemon, and packages/pipeline","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: 064fe3af-1f07-4dfb-9328-62ed944a5e96
memory_id: 89487138-109d-4b89-859b-1e61b7e862b8
job_type: extract
status: completed
leased_at: 2026-02-24T13:01:27.841Z
completed_at: 2026-02-24T13:02:58.082Z
created_at: 2026-02-24T08:07:16.897Z
updated_at: 2026-02-24T13:02:58.082Z
result:
  {"facts":[{"content":"Memories exceeding the maxContentChars threshold are automatically split into sentence-aware chunks before storage","type":"procedural","confidence":0.95},{"content":"Memory chunk deduplication is performed using content hash comparison to identify duplicate chunks","type":"procedural","confidence":0.95},{"content":"Split memory chunks are inserted as individual memories and linked to a chunk_group entity for retrieval and management","type":"procedural","confidence":0.95},{"content":"Memory chunk embeddings are generated and stored asynchronously, not blocking the insert operation","type":"procedural","confidence":0.95},{"content":"Memories smaller than maxContentChars flow through the system unchanged without chunking or special processing","type":"procedural","confidence":0.95}],"entities":[{"source":"memories","relationship":"split_by","target":"sentence-aware chunking","confidence":0.95},{"source":"memory chunks","relationship":"deduplicated_via","target":"content hash","confidence":0.95},{"source":"individual memories","relationship":"linked_to","target":"chunk_group entity","confidence":0.95},{"source":"chunk embeddings","relationship":"processed_via","target":"asynchronous pipeline","confidence":0.95},{"source":"maxContentChars","relationship":"threshold_for","target":"memory chunking decision","confidence":0.95}],"proposals":[{"action":"none","confidence":0.98,"reason":"Candidate [1] already comprehensively covers this exact concept: 'Memories exceeding maxContentChars are split into sentence-aware chunks, deduplicated via content hash, inserted as individual memories linked to a chunk_group entity, and embedded asynchronously.' The new fact is redundant and less detailed than the existing memory.","fact":{"content":"Memories exceeding the maxContentChars threshold are automatically split into sentence-aware chunks before storage","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [3] already explicitly documents that auto-chunking uses content hash-based deduplication. New fact is redundant with existing memory.","fact":{"content":"Memory chunk deduplication is performed using content hash comparison to identify duplicate chunks","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [3] already contains this exact procedural detail: 'inserted as individual memories linked to a chunk_group entity'. The new fact is redundant with existing memory and adds no new information.","fact":{"content":"Split memory chunks are inserted as individual memories and linked to a chunk_group entity for retrieval and management","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.9,"reason":"Candidate #4 (89487138-109d-4b89-859b-1e61b7e862b8) already covers this fact—it explicitly states embeddings are 'embedded asynchronously' as part of the auto-chunking flow. The new fact's emphasis on non-blocking behavior is implicit in the async nature already documented.","fact":{"content":"Memory chunk embeddings are generated and stored asynchronously, not blocking the insert operation","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.9,"reason":"Candidate [3] already covers this fact: 'Normal-sized memories flow unchanged' is explicitly stated. The new fact is a restatement of the same concept from a slightly different angle and adds no new information.","fact":{"content":"Memories smaller than maxContentChars flow through the system unchanged without chunking or special processing","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: 5d599511-57fb-4227-be3c-39000fcf123c
memory_id: e2328d70-aec9-4bcb-898a-2e256e2640cd
job_type: extract
status: completed
leased_at: 2026-02-24T13:03:00.085Z
completed_at: 2026-02-24T13:03:59.752Z
created_at: 2026-02-24T08:07:16.908Z
updated_at: 2026-02-24T13:03:59.752Z
result:
  {"facts":[{"content":"Embedding vectors are validated against cfg.embedding.dimensions after generation and before insertion into the database","type":"procedural","confidence":0.95},{"content":"Embedding dimension mismatches are logged as warnings and skipped rather than inserted to prevent data corruption","type":"procedural","confidence":0.95},{"content":"Vector dimension validation prevents corruption of the vec0 SQLite virtual table by rejecting mismatched vectors","type":"rationale","confidence":0.9}],"entities":[{"source":"embedding vectors","relationship":"validated_against","target":"cfg.embedding.dimensions","confidence":0.95},{"source":"embedding vectors","relationship":"inserted_into","target":"vec0 virtual table","confidence":0.95},{"source":"dimension mismatches","relationship":"logged_as","target":"warnings","confidence":0.9},{"source":"embedding_generation","relationship":"followed_by","target":"dimension_validation","confidence":0.9}],"proposals":[{"action":"none","targetMemoryId":"e2328d70-aec9-4bcb-898a-2e256e2640cd","confidence":0.98,"reason":"Candidate [5] already covers this exact procedural detail: vectors validated against cfg.embedding.dimensions after generation, before insertion, with warnings on mismatch to prevent vec0 corruption. New fact is redundant.","fact":{"content":"Embedding vectors are validated against cfg.embedding.dimensions after generation and before insertion into the database","type":"procedural","confidence":0.95},"targetContent":"**Dimension validation:** After embedding generation, vectors are validated against cfg.embedding.dimensions before insertion. Mismatches are logged as warnings and skipped to prevent corrupting the vec0 virtual table."},{"action":"none","confidence":0.95,"reason":"Candidate [3] already captures this exact pattern: dimension validation occurs after embedding generation, mismatches are logged as warnings and skipped to prevent vec0 corruption. The new fact is a direct restatement with no additional information.","fact":{"content":"Embedding dimension mismatches are logged as warnings and skipped rather than inserted to prevent data corruption","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.88,"reason":"Candidate [3] already comprehensively covers this. It explicitly states: 'vectors are validated against cfg.embedding.dimensions before insertion. Mismatches are logged as warnings and skipped to prevent corrupting the vec0 virtual table.' The new fact is a less-specific restatement of the same validation mechanism.","fact":{"content":"Vector dimension validation prevents corruption of the vec0 SQLite virtual table by rejecting mismatched vectors","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: b851aa0e-fddc-4d17-88e1-0a6154ef8f6d
memory_id: 40568863-e6a4-4a46-a455-bff5329a8067
job_type: extract
status: completed
leased_at: 2026-02-24T13:04:01.755Z
completed_at: 2026-02-24T13:05:17.617Z
created_at: 2026-02-24T08:07:16.920Z
updated_at: 2026-02-24T13:05:17.617Z
result:
  {"facts":[{"content":"Validation is added to the daemon remember endpoint","type":"fact","confidence":0.95},{"content":"Validation is added to the document-worker pipeline","type":"fact","confidence":0.95},{"content":"Validation is added to the extraction worker","type":"fact","confidence":0.95},{"content":"Recall truncation was implemented as a safety net to handle existing oversized memories","type":"procedural","confidence":0.9}],"entities":[{"source":"validation","relationship":"added-to","target":"daemon remember endpoint","confidence":0.95},{"source":"validation","relationship":"added-to","target":"document-worker pipeline","confidence":0.95},{"source":"validation","relationship":"added-to","target":"extraction worker","confidence":0.95},{"source":"recall truncation","relationship":"serves-as","target":"safety net","confidence":0.9},{"source":"recall truncation","relationship":"protects-against","target":"oversized memories","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [5] already documents that validation was added to the daemon remember endpoint as part of the Memory Content Size Guardrails implementation. The new fact is already covered.","fact":{"content":"Validation is added to the daemon remember endpoint","type":"fact","confidence":0.95}},{"action":"none","confidence":0.92,"reason":"Candidate [5] already documents validation added to document-worker pipeline as part of three code paths (daemon remember endpoint, document-worker pipeline, extraction worker). New fact is subsumed by existing memory.","fact":{"content":"Validation is added to the document-worker pipeline","type":"fact","confidence":0.95}},{"action":"add","confidence":0.85,"reason":"New fact about validation in extraction worker is self-contained and distinct. While candidate [2] also discusses the extraction worker, it specifically focuses on event recording and ISO 8601 timestamps, whereas this fact addresses validation logic—a different implementation concern. Warrants separate tracking.","fact":{"content":"Validation is added to the extraction worker","type":"fact","confidence":0.95}},{"action":"none","targetMemoryId":"40568863-e6a4-4a46-a455-bff5329a8067","confidence":0.95,"reason":"New fact is already explicitly stated in candidate [3]: 'Recall truncation: Added as a safety net for existing oversized memories.' No new information to add or update.","fact":{"content":"Recall truncation was implemented as a safety net to handle existing oversized memories","type":"procedural","confidence":0.9},"targetContent":"This validation is added to three code paths: daemon remember endpoint, document-worker pipeline, and extraction worker. **Recall truncation:** Added as a safety net for existing oversized memories."}],"writeMode":"phase-c","writeStats":{"added":1,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":1},"warnings":[]}


id: 2b591a2b-bbce-415b-b122-ade67de0c946
memory_id: 765f1a14-5e26-4937-b4f3-0daed16a883a
job_type: extract
status: completed
leased_at: 2026-02-24T13:05:19.620Z
completed_at: 2026-02-24T13:06:12.622Z
created_at: 2026-02-24T08:07:16.931Z
updated_at: 2026-02-24T13:06:12.622Z
result:
  {"facts":[{"content":"Search results are truncated at the recallTruncateChars character limit with metadata included indicating the original full length and truncation status","type":"fact","confidence":0.9},{"content":"Memory chunks are linked to chunk_group entities via the memory_entity_mentions database table","type":"fact","confidence":0.9},{"content":"The graph boost logic uses chunk-to-chunk_group entity links to surface related chunks during recall operations","type":"procedural","confidence":0.85}],"entities":[{"source":"search results","relationship":"truncated at","target":"recallTruncateChars parameter","confidence":0.9},{"source":"memory chunks","relationship":"linked to","target":"chunk_group entities","confidence":0.9},{"source":"memory_entity_mentions table","relationship":"stores","target":"chunk-to-chunk_group mappings","confidence":0.85},{"source":"graph boost logic","relationship":"uses","target":"entity links to surface related chunks","confidence":0.85}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [4] (ID: 765f1a14-5e26-4937-b4f3-0daed16a883a) already contains this exact information: 'Results are truncated at recallTruncateChars with metadata indicating original length and truncation status.' The new fact is redundant.","fact":{"content":"Search results are truncated at the recallTruncateChars character limit with metadata included indicating the original full length and truncation status","type":"fact","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"New fact is already covered by candidate [4], which explicitly states: 'Chunks linked to chunk_group entities via memory_entity_mentions table'. No new information to store.","fact":{"content":"Memory chunks are linked to chunk_group entities via the memory_entity_mentions database table","type":"fact","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [4] already captures this exact information: 'Chunks linked to chunk_group entities via memory_entity_mentions table, allowing existing graph boost logic to surface related chunks during recall.' The new fact is redundant with existing memory.","fact":{"content":"The graph boost logic uses chunk-to-chunk_group entity links to surface related chunks during recall operations","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: f8c2ef5f-aaa6-4c43-ad38-5a4165cc7562
memory_id: 377224c1-e1eb-4a67-aeee-e0ad616f1970
job_type: extract
status: completed
leased_at: 2026-02-24T13:06:14.625Z
completed_at: 2026-02-24T13:07:27.229Z
created_at: 2026-02-24T08:07:16.942Z
updated_at: 2026-02-24T13:07:27.229Z
result:
  {"facts":[{"content":"The verification plan includes testing chunking behavior","type":"procedural","confidence":0.95},{"content":"The verification plan includes testing entity graph structure","type":"procedural","confidence":0.95},{"content":"The verification plan includes testing dimension validation","type":"procedural","confidence":0.95},{"content":"The verification plan includes testing sibling chunk surfacing, which is implemented via a graph boost mechanism","type":"procedural","confidence":0.95}],"entities":[{"source":"verification plan","relationship":"tests","target":"chunking behavior","confidence":0.95},{"source":"verification plan","relationship":"tests","target":"entity graph structure","confidence":0.95},{"source":"verification plan","relationship":"tests","target":"dimension validation","confidence":0.95},{"source":"verification plan","relationship":"tests","target":"sibling chunk surfacing","confidence":0.95},{"source":"sibling chunk surfacing","relationship":"uses","target":"graph boost","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [5] already covers this fact: 'Verification plan includes testing chunking behavior, entity graph structure, dimension validation, and sibling chunk surfacing via graph boost.' The new fact is a subset of existing memory.","fact":{"content":"The verification plan includes testing chunking behavior","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate 3 already explicitly mentions 'testing entity graph structure' as part of the comprehensive verification plan, making the new fact redundant.","fact":{"content":"The verification plan includes testing entity graph structure","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [5] (ID: 377224c1-e1eb-4a67-aeee-e0ad616f1970) explicitly lists dimension validation as part of the verification plan. The new fact is fully covered by this existing memory.","fact":{"content":"The verification plan includes testing dimension validation","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already explicitly states 'Verification plan includes testing ... sibling chunk surfacing via graph boost.' The new fact restates the same information without adding new detail or nuance.","fact":{"content":"The verification plan includes testing sibling chunk surfacing, which is implemented via a graph boost mechanism","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: 0b59ea6b-1326-4cc4-a971-b18e97f10165
memory_id: c3b30296-95b5-4331-a19c-459e55c82480
job_type: extract
status: completed
leased_at: 2026-02-24T13:07:29.231Z
completed_at: 2026-02-24T13:08:40.554Z
created_at: 2026-02-24T08:10:10.212Z
updated_at: 2026-02-24T13:08:40.554Z
result:
  {"facts":[{"content":"Claude Code sessions are initialized via a SessionStart hook that automatically loads the memory system and agent identity configuration","type":"procedural","confidence":0.95},{"content":"The SessionStart hook successfully loads Signet agent configuration including memory database and identity files at session initialization","type":"procedural","confidence":0.95},{"content":"Work sessions in the signetai project are initialized within the signetai project directory with full memory and identity context available","type":"procedural","confidence":0.9}],"entities":[{"source":"SessionStart hook","relationship":"initializes","target":"Claude Code session","confidence":0.95},{"source":"SessionStart hook","relationship":"loads","target":"memory system","confidence":0.95},{"source":"SessionStart hook","relationship":"loads","target":"agent identity","confidence":0.95},{"source":"session","relationship":"occurs in context of","target":"signetai project directory","confidence":0.9}],"proposals":[{"action":"update","targetMemoryId":"9f89b2e8-5e4f-4ba6-9d15-af30e3038a03","confidence":0.85,"reason":"New fact refines the semantic statement in candidate 1 by specifying the exact mechanism: SessionStart:startup hook loads memory system and agent identity configuration. Merge both into a single procedural fact.","fact":{"content":"Claude Code sessions are initialized via a SessionStart hook that automatically loads the memory system and agent identity configuration","type":"procedural","confidence":0.95},"targetContent":"SessionStart:startup is a Signet daemon hook that triggers session initialization events"},{"action":"add","confidence":0.9,"reason":"New fact is a generalizable procedural statement about SessionStart hook behavior. Candidate [5] is too session-specific (dated log entry). Candidates [2] and [3] address implementation details, not the hook's overall behavior. This deserves its own memory as a documented procedure.","fact":{"content":"The SessionStart hook successfully loads Signet agent configuration including memory database and identity files at session initialization","type":"procedural","confidence":0.95}},{"action":"add","confidence":0.85,"reason":"New fact is a generalized procedural statement about session initialization pattern in signetai. Existing candidates are all specific session instances that exemplify this pattern, but none capture the general principle itself. Adding this as a distinct procedural memory would provide higher-level context about the standard workflow.","fact":{"content":"Work sessions in the signetai project are initialized within the signetai project directory with full memory and identity context available","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: 9d5682fc-e2d7-4ebd-859f-02b9e3760776
memory_id: aa8df859-e2df-4925-8b1d-560fa2582594
job_type: extract
status: completed
leased_at: 2026-02-24T13:08:42.557Z
completed_at: 2026-02-24T13:10:03.477Z
created_at: 2026-02-24T08:12:44.792Z
updated_at: 2026-02-24T13:10:03.477Z
result:
  {"facts":[{"content":"The main SSD partition /dev/nvme0n1p4 has a total capacity of 556GB with 526GB currently used, leaving only 1.5GB available space (100% utilization)","type":"fact","confidence":0.95},{"content":"A disk cleanup diagnostic session was initiated in plan mode to prevent accidental execution of destructive cleanup operations before the investigation was complete","type":"decision","confidence":0.9},{"content":"Plan mode was chosen for the disk cleanup session because it prevents execution of destructive operations, allowing diagnostic exploration to proceed safely before remediation is proposed","type":"rationale","confidence":0.85},{"content":"The diagnostic investigation focused on identifying space consumers by examining home directories and system caches as primary areas of concern","type":"procedural","confidence":0.85},{"content":"The disk cleanup session concluded before the space consumer investigation was completed and before a remediation strategy could be proposed to the user","type":"fact","confidence":0.95}],"entities":[{"source":"User","relationship":"requested","target":"cleanup of main SSD","confidence":0.95},{"source":"/dev/nvme0n1p4","relationship":"has capacity","target":"556GB","confidence":0.95},{"source":"/dev/nvme0n1p4","relationship":"has used space","target":"526GB","confidence":0.95},{"source":"/dev/nvme0n1p4","relationship":"has available space","target":"1.5GB","confidence":0.95},{"source":"Disk cleanup session","relationship":"was initiated in","target":"plan mode","confidence":0.9},{"source":"Assistant","relationship":"investigated","target":"home directories and system caches","confidence":0.85},{"source":"Session","relationship":"concluded before completing","target":"investigation and remediation strategy","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"New fact is already covered by candidate [1], which contains the identical disk space metrics (/dev/nvme0n1p4: 556GB total, 526GB used, 1.5GB free, 100% full) plus additional context about the diagnostic session and remediation planning.","fact":{"content":"The main SSD partition /dev/nvme0n1p4 has a total capacity of 556GB with 526GB currently used, leaving only 1.5GB available space (100% utilization)","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"The new fact is already captured in candidate [2], which explicitly states 'Session was initiated in plan mode, preventing execution of destructive operations.' The new fact adds no new information beyond what's already recorded.","fact":{"content":"A disk cleanup diagnostic session was initiated in plan mode to prevent accidental execution of destructive cleanup operations before the investigation was complete","type":"decision","confidence":0.9}},{"action":"update","targetMemoryId":"aa8df859-e2df-4925-8b1d-560fa2582594","confidence":0.9,"reason":"New fact provides the rationale and decision-making context for why plan mode was chosen in the disk cleanup session. It directly enhances candidate [2] by explaining the deliberate reasoning behind the plan mode selection, making the memory more complete and actionable for future sessions.","fact":{"content":"Plan mode was chosen for the disk cleanup session because it prevents execution of destructive operations, allowing diagnostic exploration to proceed safely before remediation is proposed","type":"rationale","confidence":0.85},"targetContent":"## Disk Space Diagnosis Session User requested cleanup of main SSD. Initial diagnosis revealed critical disk utilization: /dev/nvme0n1p4 (556G capacity) is 100% full with 526G used and only 1.5G available. Session was initiated in plan mode, preventing execution of destructive operations. Assistant began diagnostic exploration to identify space consumers (checking home directories and system caches) but session concluded before completing investigation or proposing remediation strategy."},{"action":"none","targetMemoryId":"aa8df859-e2df-4925-8b1d-560fa2582594","confidence":0.9,"reason":"New fact describes diagnostic investigation of space consumers via home directories and system caches. This is already documented in existing memory [3] (Disk Space Diagnosis Session), which explicitly states the assistant 'began diagnostic exploration to identify space consumers (checking home directories and system caches)'. The new fact adds no novel information beyond what's already captured.","fact":{"content":"The diagnostic investigation focused on identifying space consumers by examining home directories and system caches as primary areas of concern","type":"procedural","confidence":0.85},"targetContent":"## Disk Space Diagnosis Session User requested cleanup of main SSD. Initial diagnosis revealed critical disk utilization: /dev/nvme0n1p4 (556G capacity) is 100% full with 526G used and only 1.5G available. Session was initiated in plan mode, preventing execution of destructive operations. Assistant began diagnostic exploration to identify space consumers (checking home directories and system caches) but session concluded before completing investigation or proposing remediation strategy."},{"action":"none","confidence":0.95,"reason":"Candidate [2] already contains this information: 'session concluded before completing investigation or proposing remediation strategy.' The new fact is redundant with existing memory about the disk cleanup session.","fact":{"content":"The disk cleanup session concluded before the space consumer investigation was completed and before a remediation strategy could be proposed to the user","type":"fact","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: 46845726-5731-4f75-b41b-07ed83efee77
memory_id: cca949c0-3cc4-4334-9f79-06b43a106346
job_type: extract
status: completed
leased_at: 2026-02-24T13:10:05.480Z
completed_at: 2026-02-24T13:10:57.928Z
created_at: 2026-02-24T08:13:38.650Z
updated_at: 2026-02-24T13:10:57.928Z
result:
  {"facts":[{"content":"TeichAI/Qwen3-14B-Claude-4.5-Opus-High-Reasoning-Distill-GGUF is a 14B parameter language model available in GGUF format","type":"fact","confidence":0.95},{"content":"A user inquired about running TeichAI/Qwen3-14B-Claude-4.5-Opus-High-Reasoning-Distill-GGUF with Ollama","type":"fact","confidence":0.95}],"entities":[{"source":"TeichAI/Qwen3-14B-Claude-4.5-Opus-High-Reasoning-Distill-GGUF","relationship":"has parameters","target":"14B","confidence":0.95},{"source":"TeichAI/Qwen3-14B-Claude-4.5-Opus-High-Reasoning-Distill-GGUF","relationship":"available in format","target":"GGUF","confidence":0.95},{"source":"User","relationship":"inquired about using","target":"Ollama","confidence":0.95}],"proposals":[{"action":"none","confidence":0.92,"reason":"This fact is already well-covered by existing memories. Candidate #4 explicitly mentions the model name with its 14B parameter size and GGUF format in the name itself. Candidate #5 provides additional context about the model's origin and available GGUF quantizations. No new information is added by the new fact.","fact":{"content":"TeichAI/Qwen3-14B-Claude-4.5-Opus-High-Reasoning-Distill-GGUF is a 14B parameter language model available in GGUF format","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [2] already captures this exact fact: 'User inquired about running TeichAI/Qwen3-14B-Claude-4.5-Opus-High-Reasoning-Distill-GGUF with Ollama.' The new fact restates the same information without adding novel details. Candidate [3] provides supporting context on the Q4_K_M recommendation.","fact":{"content":"A user inquired about running TeichAI/Qwen3-14B-Claude-4.5-Opus-High-Reasoning-Distill-GGUF with Ollama","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: f9a4ff76-c47f-4e18-a465-6a9eb7fdfc09
memory_id: 33590680-8599-4a3c-be46-0d49bdaee033
job_type: extract
status: completed
leased_at: 2026-02-24T13:10:59.930Z
completed_at: 2026-02-24T13:12:35.203Z
created_at: 2026-02-24T08:13:38.663Z
updated_at: 2026-02-24T13:12:35.203Z
result:
  {"facts":[{"content":"The model is based on Qwen3 architecture","type":"fact","confidence":0.9},{"content":"The model is fine-tuned on Claude Opus 4.5 reasoning datasets","type":"fact","confidence":0.9},{"content":"The model is optimized for coding, science, and general purpose tasks","type":"fact","confidence":0.9},{"content":"Multiple GGUF quantization formats are available for the model, ranging from 3-bit to 16-bit","type":"fact","confidence":0.95},{"content":"The 3-bit GGUF quantization of the model is 6.66GB in size","type":"fact","confidence":0.95},{"content":"The 16-bit GGUF quantization of the model is 29.5GB in size","type":"fact","confidence":0.95}],"entities":[{"source":"model","relationship":"based-on","target":"Qwen3","confidence":0.9},{"source":"model","relationship":"fine-tuned-on","target":"Claude Opus 4.5 reasoning datasets","confidence":0.9},{"source":"model","relationship":"optimized-for","target":"coding tasks","confidence":0.9},{"source":"model","relationship":"optimized-for","target":"science tasks","confidence":0.9},{"source":"model","relationship":"available-in","target":"GGUF quantizations","confidence":0.9},{"source":"3-bit GGUF quantization","relationship":"has-size","target":"6.66GB","confidence":0.95},{"source":"16-bit GGUF quantization","relationship":"has-size","target":"29.5GB","confidence":0.95}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [2] already comprehensively covers this fact, stating 'The model is based on Qwen3 and fine-tuned on Claude Opus 4.5 reasoning datasets...' This existing memory is self-contained and includes the new fact.","fact":{"content":"The model is based on Qwen3 architecture","type":"fact","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [4] already contains this exact fact: 'The model is based on Qwen3 and fine-tuned on Claude Opus 4.5 reasoning datasets'. New fact is a subset of existing memory.","fact":{"content":"The model is fine-tuned on Claude Opus 4.5 reasoning datasets","type":"fact","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [4] already contains this exact information: 'optimized for coding, science, and general purpose tasks' as part of the TeichAI Qwen3-14B model description. New fact is redundant with existing memory.","fact":{"content":"The model is optimized for coding, science, and general purpose tasks","type":"fact","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [2] already contains this exact information: 'Research revealed multiple GGUF quantizations available ranging from 3-bit (6.66GB) to 16-bit (29.5GB).' The existing memory is more complete, including specific file sizes.","fact":{"content":"Multiple GGUF quantization formats are available for the model, ranging from 3-bit to 16-bit","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"This specific fact is already contained within candidate [1], which documents the 3-bit GGUF quantization at 6.66GB as part of a broader range of available quantizations. No new information to store.","fact":{"content":"The 3-bit GGUF quantization of the model is 6.66GB in size","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate 3 already contains this exact information: explicitly states '16-bit (29.5GB)' as one of the available GGUF quantizations","fact":{"content":"The 16-bit GGUF quantization of the model is 29.5GB in size","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: 2a1e311c-dbfe-4589-9194-4804b4d1f1b3
memory_id: ac03995b-dae3-4b3f-ba6d-994dac761ace
job_type: extract
status: completed
leased_at: 2026-02-24T13:12:37.217Z
completed_at: 2026-02-24T13:14:07.531Z
created_at: 2026-02-24T08:13:38.674Z
updated_at: 2026-02-24T13:14:07.531Z
result:
  {"facts":[{"content":"Q4_K_M quantization format (9GB) was recommended as the optimal model configuration for Ollama","type":"decision","confidence":0.9},{"content":"Q4_K_M was recommended because it provides optimal balance between model quality and runtime performance","type":"rationale","confidence":0.9},{"content":"Two approaches for deploying Q4_K_M with Ollama were documented: (1) direct pull via Ollama's HuggingFace integration, (2) manual download with custom Modelfile","type":"procedural","confidence":0.85},{"content":"Ollama supports direct model pulling via HuggingFace integration as a deployment method","type":"semantic","confidence":0.85},{"content":"Ollama supports custom Modelfile-based deployment for manual model configuration","type":"semantic","confidence":0.85}],"entities":[{"source":"Q4_K_M (9GB)","relationship":"recommended_for","target":"Ollama model selection","confidence":0.9},{"source":"Q4_K_M","relationship":"provides","target":"optimal balance between quality and performance","confidence":0.9},{"source":"Ollama HuggingFace integration","relationship":"enables","target":"direct pull deployment method","confidence":0.85},{"source":"custom Modelfile","relationship":"enables","target":"manual download deployment method","confidence":0.85}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [3] already contains this exact information: 'Q4_K_M (9GB) was recommended as the optimal balance between quality and performance.' The new fact is redundant and fully covered by existing memory.","fact":{"content":"Q4_K_M quantization format (9GB) was recommended as the optimal model configuration for Ollama","type":"decision","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [3] already captures this exact information: 'Q4_K_M (9GB) was recommended as the optimal balance between quality and performance.' The new fact provides the same rationale with slightly different wording ('model quality and runtime performance' vs 'quality and performance'). No new information to add or update.","fact":{"content":"Q4_K_M was recommended because it provides optimal balance between model quality and runtime performance","type":"rationale","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already contains this exact information: Q4_K_M with two deployment approaches (direct HuggingFace pull or manual download with Modelfile). New fact is redundant.","fact":{"content":"Two approaches for deploying Q4_K_M with Ollama were documented: (1) direct pull via Ollama's HuggingFace integration, (2) manual download with custom Modelfile","type":"procedural","confidence":0.85}},{"action":"none","confidence":0.9,"reason":"Candidate [4] already documents that direct pull via Ollama's HuggingFace integration is one of two recommended approaches for running Qwen3-14B. The new fact is a more generic restatement of information already captured in the existing memory.","fact":{"content":"Ollama supports direct model pulling via HuggingFace integration as a deployment method","type":"semantic","confidence":0.85}},{"action":"add","confidence":0.75,"reason":"New fact is a general Ollama capability (Modelfile-based deployment) that doesn't directly match existing candidates. Candidate 4 covers a specific model deployment scenario but not the underlying mechanism. New fact deserves separate entry as general Ollama knowledge.","fact":{"content":"Ollama supports custom Modelfile-based deployment for manual model configuration","type":"semantic","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: 14b66d7a-aaa9-4802-89f8-277509bd79ee
memory_id: ecb04e11-8e9a-457e-bb99-85697e5bd51b
job_type: extract
status: completed
leased_at: 2026-02-24T13:14:09.532Z
completed_at: 2026-02-24T13:15:29.228Z
created_at: 2026-02-24T08:13:38.686Z
updated_at: 2026-02-24T13:15:29.228Z
result:
  {"facts":[{"content":"The Qwen3-14B model being set up has a marketing name suggesting it is Claude, but is actually Qwen3-14B fine-tuned on synthetic data, not the genuine Claude model","type":"fact","confidence":0.95},{"content":"The full precision variant of the Qwen3-14B model is 15.7GB in size","type":"fact","confidence":0.95},{"content":"Nicholai decided to proceed with the Qwen3-14B model setup despite clarification that the model name is marketing language and not genuine Claude","type":"decision","confidence":0.9},{"content":"Nicholai provided a Modelfile configured for Q8_0 quantization of the Qwen3-14B model","type":"decision","confidence":0.9}],"entities":[{"source":"Qwen3-14B model","relationship":"has_misleading_marketing_name","target":"Claude","confidence":0.95},{"source":"Qwen3-14B","relationship":"fine_tuned_on","target":"synthetic data","confidence":0.95},{"source":"Qwen3-14B (full precision variant)","relationship":"size_is","target":"15.7GB","confidence":0.95},{"source":"Nicholai","relationship":"decides_to_proceed_with","target":"Qwen3-14B setup","confidence":0.9},{"source":"Nicholai","relationship":"provided","target":"Modelfile for Q8_0 quantization","confidence":0.9}],"proposals":[{"action":"none","targetMemoryId":"ecb04e11-8e9a-457e-bb99-85697e5bd51b","confidence":0.95,"reason":"New fact is already captured in decision memory [4], which explicitly documents that the model name is marketing language—it's Qwen3-14B fine-tuned on synthetic data, not genuine Claude. No new information to add.","fact":{"content":"The Qwen3-14B model being set up has a marketing name suggesting it is Claude, but is actually Qwen3-14B fine-tuned on synthetic data, not the genuine Claude model","type":"fact","confidence":0.95},"targetContent":"Clarity was provided that the model name is marketing language—it's actually a Qwen3-14B fine-tuned on synthetic data, not genuine Claude. User decided to proceed with the setup, providing a Modelfile for Q8_0 quantization (15.7GB full precision variant)."},{"action":"none","confidence":0.98,"reason":"Candidate [4] (ID: ecb04e11-8e9a-457e-bb99-85697e5bd51b) already contains this exact information: 'providing a Modelfile for Q8_0 quantization (15.7GB full precision variant)'. The new fact is redundant with existing memory coverage.","fact":{"content":"The full precision variant of the Qwen3-14B model is 15.7GB in size","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Existing memory [4] (ID: ecb04e11-8e9a-457e-bb99-85697e5bd51b) already captures this exact decision: it explicitly states that clarity was provided about the model name being marketing language, and that the user decided to proceed with the setup, even providing additional implementation details (Modelfile, Q8_0 quantization). The new fact adds no new information.","fact":{"content":"Nicholai decided to proceed with the Qwen3-14B model setup despite clarification that the model name is marketing language and not genuine Claude","type":"decision","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [4] already captures this exact information: 'User decided to proceed with the setup, providing a Modelfile for Q8_0 quantization'. The new fact is a direct restatement of existing decision record.","fact":{"content":"Nicholai provided a Modelfile configured for Q8_0 quantization of the Qwen3-14B model","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: 7798f102-ae37-47cb-b781-5d06661ae369
memory_id: 981ce42c-e2ed-4825-a937-c2c4d9c20e98
job_type: extract
status: completed
leased_at: 2026-02-24T13:15:31.229Z
completed_at: 2026-02-24T13:17:20.129Z
created_at: 2026-02-24T08:18:06.114Z
updated_at: 2026-02-24T13:17:20.129Z
result:
  {"facts":[{"content":"The YouTube-to-Audio converter currently uses a customtkinter-based UI","type":"fact","confidence":0.95},{"content":"The customtkinter UI for the YouTube-to-Audio converter has broken rendering on Linux/Wayland with specific issues: transparency artifacts, font rendering problems, no rounded corners, and unicode escape problems","type":"fact","confidence":0.95},{"content":"The YouTube-to-Audio converter is being rewritten as a Tauri v2 desktop application","type":"decision","confidence":0.95},{"content":"The rewritten YouTube-to-Audio converter will use vanilla HTML/CSS for the frontend and Rust for the backend","type":"decision","confidence":0.95},{"content":"Tauri v2 was chosen for the YouTube-to-Audio converter rewrite to replace customtkinter because customtkinter has fundamental rendering limitations on Linux/Wayland (transparency artifacts, font rendering issues, no rounded corners, unicode escape problems). Tauri v2 provides better cross-platform desktop compatibility with proper Wayland support.","type":"rationale","confidence":0.85},{"content":"The session focused on planning and beginning implementation of the YouTube-to-Audio converter UI migration from customtkinter to Tauri v2","type":"procedural","confidence":0.9}],"entities":[{"source":"YouTube-to-Audio converter","relationship":"currently uses","target":"customtkinter UI","confidence":0.95},{"source":"customtkinter UI","relationship":"broken on","target":"Linux/Wayland","confidence":0.95},{"source":"YouTube-to-Audio converter","relationship":"being rewritten as","target":"Tauri v2 desktop app","confidence":0.95},{"source":"YouTube-to-Audio converter (rewritten)","relationship":"frontend uses","target":"vanilla HTML/CSS","confidence":0.95},{"source":"YouTube-to-Audio converter (rewritten)","relationship":"backend uses","target":"Rust","confidence":0.95}],"proposals":[{"action":"none","confidence":0.92,"reason":"Candidate #4 (981ce42c) already captures the customtkinter UI as the existing implementation ('The existing customtkinter UI is broken on Linux/Wayland'). The new fact is a subset of information already covered in that memory about the YouTube-to-Audio converter UI situation.","fact":{"content":"The YouTube-to-Audio converter currently uses a customtkinter-based UI","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"New fact is already comprehensively covered by existing memory ID 981ce42c-e2ed-4825-a937-c2c4d9c20e98, which documents the exact same YouTube-to-Audio converter issues (transparency artifacts, font rendering, no rounded corners, unicode problems) and the planned solution (Tauri v2 rewrite). No new information to add.","fact":{"content":"The customtkinter UI for the YouTube-to-Audio converter has broken rendering on Linux/Wayland with specific issues: transparency artifacts, font rendering problems, no rounded corners, and unicode escape problems","type":"fact","confidence":0.95}},{"action":"update","targetMemoryId":"981ce42c-e2ed-4825-a937-c2c4d9c20e98","confidence":0.95,"reason":"New decision confirms YouTube converter Tauri v2 rewrite. Candidate [2] already comprehensively covers this: problem statement (customtkinter UI broken on Linux/Wayland), solution (Tauri v2 rewrite), and technical approach (vanilla HTML/CSS frontend + Rust backend). Merge decision confirmation to elevate from issue tracking to confirmed decision.","fact":{"content":"The YouTube-to-Audio converter is being rewritten as a Tauri v2 desktop application","type":"decision","confidence":0.95},"targetContent":"## YouTube Converter UI Rewrite to Tauri v2 Session focused on planning and beginning implementation of a major UI rewrite for the YouTube-to-Audio converter. The existing customtkinter UI is broken on Linux/Wayland (transparency artifacts, font rendering issues, no rounded corners, unicode escape problems). The solution is to rewrite as a Tauri v2 desktop app with a vanilla HTML/CSS frontend and Rust backend."},{"action":"none","confidence":0.98,"reason":"New fact is already comprehensively covered by candidate [3] (Architecture decision), which details the exact same tech stack: vanilla HTML/CSS frontend + Rust backend via Tauri, with additional implementation details (color scheme, yt-dlp/ffmpeg, Python fallback). Candidate [2] also provides context for why this decision was made.","fact":{"content":"The rewritten YouTube-to-Audio converter will use vanilla HTML/CSS for the frontend and Rust for the backend","type":"decision","confidence":0.95}},{"action":"update","targetMemoryId":"981ce42c-e2ed-4825-a937-c2c4d9c20e98","confidence":0.95,"reason":"New fact provides explicit rationale and decision justification for the existing YouTube Converter Tauri v2 rewrite memory. Should be merged to create a more complete decision record that includes technical reasoning (customtkinter limitations, Wayland compatibility, cross-platform benefits).","fact":{"content":"Tauri v2 was chosen for the YouTube-to-Audio converter rewrite to replace customtkinter because customtkinter has fundamental rendering limitations on Linux/Wayland (transparency artifacts, font rendering issues, no rounded corners, unicode escape problems). Tauri v2 provides better cross-platform desktop compatibility with proper Wayland support.","type":"rationale","confidence":0.85},"targetContent":"## YouTube Converter UI Rewrite to Tauri v2 Session focused on planning and beginning implementation of a major UI rewrite for the YouTube-to-Audio converter. The existing customtkinter UI is broken on Linux/Wayland (transparency artifacts, font rendering issues, no rounded corners, unicode escape problems). The solution is to rewrite as a Tauri v2 desktop app with a vanilla HTML/CSS frontend and Rust backend."},{"action":"none","confidence":0.95,"reason":"Candidate [3] already comprehensively covers the YouTube Converter Tauri v2 UI rewrite, including the session focus on planning and implementation, the customtkinter problems, and the solution approach. New fact adds no novel information.","fact":{"content":"The session focused on planning and beginning implementation of the YouTube-to-Audio converter UI migration from customtkinter to Tauri v2","type":"procedural","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: c09755f2-14ed-4417-b1a6-f0b6152e4de5
memory_id: 9cdb976f-e0ad-4baf-8e71-b7bb610d42b5
job_type: extract
status: completed
leased_at: 2026-02-24T13:17:22.131Z
completed_at: 2026-02-24T13:19:12.139Z
created_at: 2026-02-24T08:18:06.129Z
updated_at: 2026-02-24T13:19:12.139Z
result:
  {"facts":[{"content":"The frontend is implemented as a single index.html file with vanilla JavaScript and CSS without using any UI framework","type":"decision","confidence":0.95},{"content":"The frontend uses a dark theme color scheme with #1a1a2e for background, #16213e for card backgrounds, and #e94560 for accent color","type":"semantic","confidence":0.95},{"content":"The backend is implemented in Rust and executed via Tauri commands instead of using a Python runtime","type":"decision","confidence":0.95},{"content":"The backend uses tauri-plugin-shell to invoke yt-dlp and ffmpeg binaries directly from the system shell","type":"procedural","confidence":0.95},{"content":"The youtube_to_wav.py Python script is retained in the repository as a standalone fallback implementation","type":"decision","confidence":0.9},{"content":"Rust + Tauri was chosen for the backend to eliminate Python runtime dependency while maintaining media conversion functionality through direct shell invocation of yt-dlp and ffmpeg. Python fallback is preserved for reference/alternative use.","type":"rationale","confidence":0.85}],"entities":[{"source":"Frontend","relationship":"implemented with","target":"vanilla JavaScript and CSS","confidence":0.95},{"source":"Frontend","relationship":"uses","target":"dark theme (#1a1a2e, #16213e, #e94560)","confidence":0.95},{"source":"Backend","relationship":"implemented with","target":"Rust via Tauri commands","confidence":0.95},{"source":"Backend","relationship":"uses","target":"tauri-plugin-shell","confidence":0.95},{"source":"Backend","relationship":"invokes","target":"yt-dlp","confidence":0.95},{"source":"Backend","relationship":"invokes","target":"ffmpeg","confidence":0.95},{"source":"Project repository","relationship":"includes as fallback","target":"youtube_to_wav.py","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate 3 already captures this decision: 'Frontend will be a single `index.html` + vanilla JS + CSS (no framework)'. The new fact is redundant with existing architecture memory.","fact":{"content":"The frontend is implemented as a single index.html file with vanilla JavaScript and CSS without using any UI framework","type":"decision","confidence":0.95}},{"action":"add","confidence":0.95,"reason":"New fact provides specific frontend dark theme color palette (#1a1a2e background, #16213e cards, #e94560 accent). Existing candidates cover print CSS (unrelated) and stat card layout (different concern). No overlap or contradiction.","fact":{"content":"The frontend uses a dark theme color scheme with #1a1a2e for background, #16213e for card backgrounds, and #e94560 for accent color","type":"semantic","confidence":0.95}},{"action":"update","targetMemoryId":"15c911c5-dd19-48e5-b1b2-31bb6ec187c3","confidence":0.92,"reason":"New fact provides architectural context for existing memory about Tauri invoke(). Candidate [4] mentions wiring JavaScript to call invoke() but lacks backend technology detail. New fact specifies Rust + Tauri implementation. Merge into complete architectural memory: 'Backend implemented in Rust, executed via Tauri commands. Frontend communicates via Tauri invoke() to call backend commands.'","fact":{"content":"The backend is implemented in Rust and executed via Tauri commands instead of using a Python runtime","type":"decision","confidence":0.95},"targetContent":"Wire up JavaScript to call invoke() for backend commands"},{"action":"none","confidence":0.95,"reason":"Candidate [3] already documents this exact architecture decision: 'Backend will use Rust via Tauri commands and `tauri-plugin-shell` to invoke yt-dlp/ffmpeg directly'. New fact is a procedural restatement of an existing architectural decision—no new information to capture.","fact":{"content":"The backend uses tauri-plugin-shell to invoke yt-dlp and ffmpeg binaries directly from the system shell","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [2] already explicitly documents this decision: 'The existing youtube_to_wav.py stays in the repo as a standalone fallback.' The new fact is fully covered by this existing architectural decision memo.","fact":{"content":"The youtube_to_wav.py Python script is retained in the repository as a standalone fallback implementation","type":"decision","confidence":0.9}},{"action":"none","targetMemoryId":"9cdb976f-e0ad-4baf-8e71-b7bb610d42b5","confidence":0.95,"reason":"New fact is already comprehensively covered by candidate [3], which states the same architectural decision: Rust + Tauri backend with shell invocation for yt-dlp/ffmpeg, no Python runtime needed, and Python fallback preserved. No new information to add.","fact":{"content":"Rust + Tauri was chosen for the backend to eliminate Python runtime dependency while maintaining media conversion functionality through direct shell invocation of yt-dlp and ffmpeg. Python fallback is preserved for reference/alternative use.","type":"rationale","confidence":0.85},"targetContent":"## Architecture Frontend will be a single `index.html` + vanilla JS + CSS (no framework) with the exact same dark theme color scheme (#1a1a2e bg, #16213e cards, #e94560 accent). Backend will use Rust via Tauri commands and `tauri-plugin-shell` to invoke yt-dlp/ffmpeg directly — no Python runtime needed. The existing `youtube_to_wav.py` stays in the repo as a standalone fallback."}],"writeMode":"phase-c","writeStats":{"added":1,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":1},"warnings":[]}


id: 6b715f3c-93fb-4998-8fd7-3b6874e89895
memory_id: 2e7dff8e-82a7-458a-908a-e28cb8d1f286
job_type: extract
status: completed
leased_at: 2026-02-24T13:19:14.141Z
completed_at: 2026-02-24T13:20:25.675Z
created_at: 2026-02-24T08:18:06.143Z
updated_at: 2026-02-24T13:20:25.675Z
result:
  {"facts":[{"content":"The project uses Tauri v2 framework with TypeScript frontend and Rust backend","type":"fact","confidence":0.95},{"content":"TypeScript source code is located in the src-ts/ directory","type":"fact","confidence":0.95},{"content":"Rust backend code is located in the src-tauri/ directory","type":"fact","confidence":0.95},{"content":"The project directory structure follows typical Tauri v2 layout conventions","type":"procedural","confidence":0.9}],"entities":[{"source":"project","relationship":"uses","target":"Tauri v2","confidence":0.95},{"source":"src-ts/","relationship":"contains","target":"TypeScript source","confidence":0.95},{"source":"src-tauri/","relationship":"contains","target":"Rust backend","confidence":0.95}],"proposals":[{"action":"none","confidence":0.92,"reason":"New fact is already covered by existing memories: candidate [2] explicitly mentions Tauri v2 for the system tray app, and candidate [3] comprehensively describes the project structure with TypeScript in src-ts/ and Rust in src-tauri/. No new information is added.","fact":{"content":"The project uses Tauri v2 framework with TypeScript frontend and Rust backend","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [4] already states that TypeScript source is in src-ts/ directory. New fact is already covered by existing semantic memory about project structure.","fact":{"content":"TypeScript source code is located in the src-ts/ directory","type":"fact","confidence":0.95}},{"action":"none","confidence":0.98,"reason":"New fact is already covered by candidate [3], which explicitly states 'Rust backend in src-tauri/' as part of the typical Tauri v2 project structure","fact":{"content":"Rust backend code is located in the src-tauri/ directory","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [3] already covers this fact more specifically, detailing the Tauri v2 layout with src-ts/ and src-tauri/ directories","fact":{"content":"The project directory structure follows typical Tauri v2 layout conventions","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: ccf1ae4c-15ef-45cb-8d5f-478f6504ffcc
memory_id: fdad3d62-9a56-42db-8c7d-924ee8008dc8
job_type: extract
status: completed
leased_at: 2026-02-24T13:20:27.678Z
completed_at: 2026-02-24T13:21:48.300Z
created_at: 2026-02-24T08:18:06.156Z
updated_at: 2026-02-24T13:21:48.300Z
result:
  {"facts":[{"content":"A Rust command named `check_deps` must be implemented to check for yt-dlp and ffmpeg installation","type":"procedural","confidence":0.85},{"content":"A Rust command named `install_deps` must be implemented with package manager detection for brew, pacman, and apt","type":"procedural","confidence":0.85},{"content":"A Rust command named `download` must be implemented to build and run yt-dlp commands","type":"procedural","confidence":0.85},{"content":"A Rust command named `pick_directory` must be implemented using tauri-plugin-dialog to provide native folder picker functionality","type":"procedural","confidence":0.85},{"content":"Shell permissions must be configured in capabilities/default.json","type":"procedural","confidence":0.8}],"entities":[{"source":"check_deps command","relationship":"checks for","target":"yt-dlp","confidence":0.85},{"source":"check_deps command","relationship":"checks for","target":"ffmpeg","confidence":0.85},{"source":"install_deps command","relationship":"detects","target":"brew package manager","confidence":0.85},{"source":"install_deps command","relationship":"detects","target":"pacman package manager","confidence":0.85},{"source":"install_deps command","relationship":"detects","target":"apt package manager","confidence":0.85},{"source":"download command","relationship":"executes","target":"yt-dlp","confidence":0.85},{"source":"pick_directory command","relationship":"uses","target":"tauri-plugin-dialog","confidence":0.85},{"source":"capabilities/default.json","relationship":"configures","target":"shell permissions","confidence":0.8}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate 4 already explicitly documents `check_deps (which yt-dlp/ffmpeg)` as a required Rust command implementation. The new fact is already covered.","fact":{"content":"A Rust command named `check_deps` must be implemented to check for yt-dlp and ffmpeg installation","type":"procedural","confidence":0.85}},{"action":"none","confidence":0.95,"reason":"Candidate 3 already specifies 'install_deps (brew/pacman/apt detection)' as one of the Rust commands to implement. The new fact is a more focused restatement of this existing requirement.","fact":{"content":"A Rust command named `install_deps` must be implemented with package manager detection for brew, pacman, and apt","type":"procedural","confidence":0.85}},{"action":"none","confidence":0.95,"reason":"Candidate [4] already captures this requirement explicitly: 'Implement Rust commands: ... `download` (build and run yt-dlp command) ...' The new fact is identical to what's already documented in that memory.","fact":{"content":"A Rust command named `download` must be implemented to build and run yt-dlp commands","type":"procedural","confidence":0.85}},{"action":"none","confidence":0.95,"reason":"Candidate [2] already explicitly lists `pick_directory` with identical description: 'native folder picker via tauri-plugin-dialog'. New fact is fully covered by existing memory.","fact":{"content":"A Rust command named `pick_directory` must be implemented using tauri-plugin-dialog to provide native folder picker functionality","type":"procedural","confidence":0.85}},{"action":"none","confidence":0.95,"reason":"New fact is already covered in candidate [3] which explicitly mentions 'Configure shell permissions in capabilities/default.json' as a task item","fact":{"content":"Shell permissions must be configured in capabilities/default.json","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: b4bb1ed7-0378-4378-b0f1-8eacf944fab3
memory_id: 15c911c5-dd19-48e5-b1b2-31bb6ec187c3
job_type: extract
status: completed
leased_at: 2026-02-24T13:21:50.303Z
completed_at: 2026-02-24T13:22:31.960Z
created_at: 2026-02-24T08:18:06.166Z
updated_at: 2026-02-24T13:22:31.960Z
result:
  {"facts":[{"content":"The backend is implemented in Rust","type":"decision","confidence":0.95},{"content":"Backend code execution is performed via Tauri commands instead of using a Python runtime","type":"decision","confidence":0.95}],"entities":[{"source":"backend","relationship":"implemented_in","target":"Rust","confidence":0.95},{"source":"backend","relationship":"executed_via","target":"Tauri commands","confidence":0.95},{"source":"Tauri commands","relationship":"chosen_over","target":"Python runtime","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [2] already captures this fact with additional detail (Tauri execution model). The new fact is subsumed by existing more-complete memory.","fact":{"content":"The backend is implemented in Rust","type":"decision","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Existing memory [2] already captures this decision: 'The backend is implemented in Rust and executed via Tauri commands instead of using a Python runtime.' New fact is functionally identical and already well-documented.","fact":{"content":"Backend code execution is performed via Tauri commands instead of using a Python runtime","type":"decision","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: fdcf600e-39e4-43f2-837b-e0da5fd9671b
memory_id: dce88f87-459d-4069-8341-a9ea6c0b4779
job_type: extract
status: completed
leased_at: 2026-02-24T13:22:33.974Z
completed_at: 2026-02-24T13:23:22.251Z
created_at: 2026-02-24T08:18:06.181Z
updated_at: 2026-02-24T13:23:22.251Z
result:
  {"facts":[{"content":"A plan has been approved and implementation is beginning","type":"decision","confidence":0.5},{"content":"File structure, dependencies, and verification steps have been documented","type":"fact","confidence":0.6}],"entities":[{"source":"Plan","relationship":"status","target":"approved","confidence":0.6},{"source":"Implementation","relationship":"status","target":"beginning","confidence":0.6}],"proposals":[{"action":"none","confidence":0.85,"reason":"Candidate [4] already captures this exact fact with additional detail. New fact is subsumed by existing memory: 'Plan approved and implementation beginning. All file structure, dependencies, and verification steps documented.'","fact":{"content":"A plan has been approved and implementation is beginning","type":"decision","confidence":0.5}},{"action":"none","confidence":0.95,"reason":"Candidate [3] already covers this exact fact: 'All file structure, dependencies, and verification steps documented.' The new fact is redundant.","fact":{"content":"File structure, dependencies, and verification steps have been documented","type":"fact","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: 8c4f58ec-fce5-466d-a8b8-929cd71c9736
memory_id: 99f979d0-feb9-4c9b-b706-8faaf2fdcbb6
job_type: extract
status: completed
leased_at: 2026-02-24T13:23:24.253Z
completed_at: 2026-02-24T13:24:57.621Z
created_at: 2026-02-24T08:23:14.671Z
updated_at: 2026-02-24T13:24:57.621Z
result:
  {"facts":[{"content":"Embedding health signals are currently scattered across three locations: /api/embeddings/status endpoint, /api/repair/embedding-gaps endpoint, and diagnostics.ts module","type":"fact","confidence":0.95},{"content":"A unified embedding health check system is planned for the Signet daemon","type":"decision","confidence":0.9},{"content":"The planned embedding health check system will introduce a single aggregated endpoint to consolidate scattered health signals","type":"decision","confidence":0.9},{"content":"The planned embedding health check system will include dashboard UI for health visualization","type":"decision","confidence":0.9},{"content":"The unified embedding health check feature addresses the problem of embedding health signals being scattered across multiple endpoints and modules, improving system observability","type":"rationale","confidence":0.85}],"entities":[{"source":"unified embedding health check system","relationship":"planned for","target":"Signet daemon","confidence":0.9},{"source":"unified embedding health check system","relationship":"consolidates","target":"/api/embeddings/status endpoint","confidence":0.85},{"source":"unified embedding health check system","relationship":"consolidates","target":"/api/repair/embedding-gaps endpoint","confidence":0.85},{"source":"unified embedding health check system","relationship":"consolidates","target":"diagnostics.ts module","confidence":0.85},{"source":"unified embedding health check system","relationship":"introduces","target":"single aggregated endpoint","confidence":0.9},{"source":"unified embedding health check system","relationship":"includes","target":"dashboard UI","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [2] (ID: 99f979d0-feb9-4c9b-b706-8faaf2fdcbb6) already explicitly identifies the scattered health signals across the same three locations: `/api/embeddings/status`, `/api/repair/embedding-gaps`, and `diagnostics.ts`. The new fact is fully subsumed by this existing memory.","fact":{"content":"Embedding health signals are currently scattered across three locations: /api/embeddings/status endpoint, /api/repair/embedding-gaps endpoint, and diagnostics.ts module","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"New fact is already well-covered by candidate [1] (Embedding Health Check Feature Plan), which comprehensively describes the planning effort. Additional candidates [2-4] provide architectural and implementation details. No new information or refinement in this statement.","fact":{"content":"A unified embedding health check system is planned for the Signet daemon","type":"decision","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [1] already comprehensively covers this fact: explicitly states the feature 'introduces a single aggregated endpoint' to address 'scattered health signals across multiple endpoints'. New fact is a restatement of existing memory content.","fact":{"content":"The planned embedding health check system will introduce a single aggregated endpoint to consolidate scattered health signals","type":"decision","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"New fact is already comprehensively covered by candidate [4] (Dashboard Integration), which explicitly describes the dashboard UI with floating health indicator, color-coded status, expandable panel with fix hints, and 60s refresh rate. No new information is added.","fact":{"content":"The planned embedding health check system will include dashboard UI for health visualization","type":"decision","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [1] already captures this rationale: 'The feature addresses scattered health signals across multiple endpoints by introducing a single aggregated endpoint and dashboard UI.' The new fact is a restatement of the same problem/solution without adding new information.","fact":{"content":"The unified embedding health check feature addresses the problem of embedding health signals being scattered across multiple endpoints and modules, improving system observability","type":"rationale","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: b944be6d-b990-40fc-b4ac-573fa43f033f
memory_id: 5907706a-3191-413b-ae21-1f4859c19dff
job_type: extract
status: completed
leased_at: 2026-02-24T13:24:59.624Z
completed_at: 2026-02-24T13:26:27.572Z
created_at: 2026-02-24T08:23:14.687Z
updated_at: 2026-02-24T13:26:27.572Z
result:
  {"facts":[{"content":"A new read-only module `packages/daemon/src/embedding-health.ts` (~200 LOC) is planned to be created","type":"decision","confidence":0.9},{"content":"The `packages/daemon/src/embedding-health.ts` module follows the architectural pattern established by the existing `packages/daemon/src/diagnostics.ts` module","type":"decision","confidence":0.9},{"content":"The `packages/daemon/src/embedding-health.ts` module exports a `buildEmbeddingHealth()` function","type":"procedural","confidence":0.9},{"content":"The `buildEmbeddingHealth()` function synchronously evaluates the health of the embedding system","type":"procedural","confidence":0.9},{"content":"The `buildEmbeddingHealth()` function evaluates embedding system health using seven database checks and provider status information","type":"procedural","confidence":0.85}],"entities":[{"source":"embedding-health.ts module","relationship":"follows pattern of","target":"diagnostics.ts module","confidence":0.9},{"source":"embedding-health.ts module","relationship":"exports","target":"buildEmbeddingHealth() function","confidence":0.9},{"source":"buildEmbeddingHealth() function","relationship":"evaluates","target":"embedding system health","confidence":0.9},{"source":"buildEmbeddingHealth() function","relationship":"uses","target":"database checks (7)","confidence":0.85},{"source":"buildEmbeddingHealth() function","relationship":"uses","target":"provider status information","confidence":0.85}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [2] already documents the exact planned module with matching scope (~200 LOC), implementation pattern, and purpose. New fact is a subset of existing memory.","fact":{"content":"A new read-only module `packages/daemon/src/embedding-health.ts` (~200 LOC) is planned to be created","type":"decision","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [3] already documents that embedding-health.ts follows the diagnostics.ts pattern as its architectural foundation. The new fact restates this relationship without adding new information or context beyond what's already captured.","fact":{"content":"The `packages/daemon/src/embedding-health.ts` module follows the architectural pattern established by the existing `packages/daemon/src/diagnostics.ts` module","type":"decision","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [3] already documents that embedding-health.ts exports buildEmbeddingHealth() as part of the architecture plan. The new fact is a specific procedural detail already captured in existing memory.","fact":{"content":"The `packages/daemon/src/embedding-health.ts` module exports a `buildEmbeddingHealth()` function","type":"procedural","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate 3 (5907706a-3191-413b-ae21-1f4859c19dff) already documents this exact characteristic: 'buildEmbeddingHealth() which synchronously evaluates embedding system health via seven database checks and provider status.' The new fact is redundant and less detailed.","fact":{"content":"The `buildEmbeddingHealth()` function synchronously evaluates the health of the embedding system","type":"procedural","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"Candidate [2] already contains this exact information: 'It exports buildEmbeddingHealth() which synchronously evaluates embedding system health via seven database checks and provider status.' The new fact adds no novel information.","fact":{"content":"The `buildEmbeddingHealth()` function evaluates embedding system health using seven database checks and provider status information","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: 40b2171d-a324-4a8e-8c3b-dee0d6483a4d
memory_id: 941227aa-571d-4ba6-ac91-e4471e31d3c0
job_type: extract
status: completed
leased_at: 2026-02-24T13:26:29.575Z
completed_at: 2026-02-24T13:27:45.724Z
created_at: 2026-02-24T08:23:14.701Z
updated_at: 2026-02-24T13:27:45.724Z
result:
  {"facts":[{"content":"The Signet daemon health check system implements seven small functions, each with weighted scoring to compute overall system health","type":"procedural","confidence":0.95},{"content":"Signet health check weighted scoring distribution: provider-available (0.30), coverage (0.25), dimension-mismatch (0.15), model-drift (0.10), null-vectors (0.08), vec-table-sync (0.07), orphaned-embeddings (0.05)","type":"decision","confidence":0.95},{"content":"Signet health status thresholds are defined as: score ≥0.8 = healthy, score ≥0.5 = degraded, score <0.5 = unhealthy","type":"decision","confidence":0.95},{"content":"Signet health check thresholds were designed to match existing diagnostics patterns for consistency and predictability","type":"rationale","confidence":0.85}],"entities":[{"source":"health-check system","relationship":"uses","target":"weighted-scoring","confidence":0.95},{"source":"health-check system","relationship":"implements","target":"seven-functions","confidence":0.95},{"source":"provider-available","relationship":"has-weight","target":"0.30","confidence":0.95},{"source":"coverage","relationship":"has-weight","target":"0.25","confidence":0.95},{"source":"dimension-mismatch","relationship":"has-weight","target":"0.15","confidence":0.95},{"source":"model-drift","relationship":"has-weight","target":"0.10","confidence":0.95},{"source":"null-vectors","relationship":"has-weight","target":"0.08","confidence":0.95},{"source":"vec-table-sync","relationship":"has-weight","target":"0.07","confidence":0.95},{"source":"orphaned-embeddings","relationship":"has-weight","target":"0.05","confidence":0.95},{"source":"health-check","relationship":"defines-threshold-for","target":"healthy-status","confidence":0.95},{"source":"health-check","relationship":"aligns-with","target":"diagnostics-patterns","confidence":0.85}],"proposals":[{"action":"none","confidence":0.92,"reason":"Candidate [3] already documents the exact same concept: seven small functions with weighted scoring for the embedding health system. The new fact is a higher-level summary of what's already captured in detail (provider-available: 0.30, coverage: 0.25, dimension-mismatch: 0.15, model-drift: 0.10, null-vectors: 0.08, vec-table-sync: 0.07, orphaned-embeddings: 0.05). No new information to store.","fact":{"content":"The Signet daemon health check system implements seven small functions, each with weighted scoring to compute overall system health","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.98,"reason":"The weighted scoring distribution is already documented in candidate [2] (ID: 941227aa-571d-4ba6-ac91-e4471e31d3c0) with identical weights and check names. No new information to capture.","fact":{"content":"Signet health check weighted scoring distribution: provider-available (0.30), coverage (0.25), dimension-mismatch (0.15), model-drift (0.10), null-vectors (0.08), vec-table-sync (0.07), orphaned-embeddings (0.05)","type":"decision","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [2] already contains these exact thresholds ('≥0.8 healthy, ≥0.5 degraded, <0.5 unhealthy') within the context of the health check system. The new fact is a restatement of information already covered in existing memory.","fact":{"content":"Signet health status thresholds are defined as: score ≥0.8 = healthy, score ≥0.5 = degraded, score <0.5 = unhealthy","type":"decision","confidence":0.95}},{"action":"update","targetMemoryId":"941227aa-571d-4ba6-ac91-e4471e31d3c0","confidence":0.85,"reason":"New fact provides rationale for threshold design in candidate [3]. Should merge to show both the threshold values (≥0.8 healthy, ≥0.5 degraded, <0.5 unhealthy) and their justification (consistency with diagnostics patterns). Enriches existing memory with architectural intent.","fact":{"content":"Signet health check thresholds were designed to match existing diagnostics patterns for consistency and predictability","type":"rationale","confidence":0.85},"targetContent":"### Seven Health Checks Each check is a small function with weighted scoring (provider-available: 0.30, coverage: 0.25, dimension-mismatch: 0.15, model-drift: 0.10, null-vectors: 0.08, vec-table-sync: 0.07, orphaned-embeddings: 0.05). Thresholds match diagnostics patterns: ≥0.8 healthy, ≥0.5 degraded, <0.5 unhealthy."}],"writeMode":"phase-c","writeStats":{"added":0,"updated":1,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: eb48c669-0326-4b82-9cb7-8bf1ef48b103
memory_id: c83a469f-3b22-4583-935d-d9ed4a01b192
job_type: extract
status: completed
leased_at: 2026-02-24T13:27:47.736Z
completed_at: 2026-02-24T13:29:22.435Z
created_at: 2026-02-24T08:23:14.733Z
updated_at: 2026-02-24T13:29:22.435Z
result:
  {"facts":[{"content":"A new module embedding-health.ts must be created to define types and implement health check functions for the embeddings system","type":"procedural","confidence":0.95},{"content":"A GET /api/embeddings/health endpoint must be registered in packages/daemon/src/daemon.ts to expose embeddings health status via HTTP API","type":"procedural","confidence":0.95},{"content":"An orphan cleanup function must be added to packages/daemon/src/repair-actions.ts to handle cleanup of orphaned embeddings","type":"procedural","confidence":0.95},{"content":"An API client function for embeddings health must be added to packages/cli/dashboard/src/lib/api.ts to enable dashboard communication with the health endpoint","type":"procedural","confidence":0.95},{"content":"A floating health indicator UI component must be built in packages/cli/dashboard/src/lib/components/tabs/EmbeddingsTab.svelte with two states: collapsed pill view and expanded panel view","type":"procedural","confidence":0.95}],"entities":[{"source":"embedding-health.ts","relationship":"provides","target":"type definitions and health check functions","confidence":0.95},{"source":"GET /api/embeddings/health","relationship":"implemented_in","target":"daemon.ts","confidence":0.95},{"source":"repair-actions.ts","relationship":"contains","target":"orphan cleanup function","confidence":0.95},{"source":"dashboard/api.ts","relationship":"contains","target":"embeddings health API client","confidence":0.95},{"source":"EmbeddingsTab.svelte","relationship":"displays","target":"floating health indicator UI","confidence":0.95},{"source":"health indicator UI","relationship":"has_states","target":"collapsed pill, expanded panel","confidence":0.95}],"proposals":[{"action":"none","confidence":0.92,"reason":"New fact is already well-covered by existing candidates [2] and [3]. Candidate [2] specifically describes the embedding-health.ts module location, size, and responsibility (buildEmbeddingHealth export, synchronous DB checks). Candidate [3] lists this exact task as implementation step #1. No new information to add.","fact":{"content":"A new module embedding-health.ts must be created to define types and implement health check functions for the embeddings system","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [3] already comprehensively lists endpoint registration as implementation task #2: 'Register `GET /api/embeddings/health` endpoint in daemon.ts'. New fact is a restatement of existing implementation guidance.","fact":{"content":"A GET /api/embeddings/health endpoint must be registered in packages/daemon/src/daemon.ts to expose embeddings health status via HTTP API","type":"procedural","confidence":0.95}},{"action":"update","targetMemoryId":"c83a469f-3b22-4583-935d-d9ed4a01b192","confidence":0.88,"reason":"New fact elaborates on task #3 in the implementation plan (candidate [4]). The new fact specifies that the cleanup function should handle orphaned embeddings, providing necessary context to that implementation task. Should merge into the existing implementation tasks list.","fact":{"content":"An orphan cleanup function must be added to packages/daemon/src/repair-actions.ts to handle cleanup of orphaned embeddings","type":"procedural","confidence":0.95},"targetContent":"### Implementation Tasks 1. Create `embedding-health.ts` with type definitions and check functions 2. Register `GET /api/embeddings/health` endpoint in daemon.ts 3. Add orphan cleanup function to repair-actions.ts 4. Add API client function to dashboard/api.ts 5. Build floating health indicator UI in EmbeddingsTab.svelte (collapsed pill + expanded panel)"},{"action":"none","confidence":0.95,"reason":"Candidate [4] (c83a469f) already lists this as Implementation Task #4: 'Add API client function to dashboard/api.ts'. The new fact is a detailed restatement of an existing task with identical scope and location.","fact":{"content":"An API client function for embeddings health must be added to packages/cli/dashboard/src/lib/api.ts to enable dashboard communication with the health endpoint","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [3] (c83a469f-3b22-4583-935d-d9ed4a01b192) already contains this exact procedural detail: 'Build floating health indicator UI in EmbeddingsTab.svelte (collapsed pill + expanded panel)'. Candidate [4] provides complementary context about behavior and placement. New fact is already well-captured by existing memories.","fact":{"content":"A floating health indicator UI component must be built in packages/cli/dashboard/src/lib/components/tabs/EmbeddingsTab.svelte with two states: collapsed pill view and expanded panel view","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: 63b5cd70-cd65-4f11-9cb2-c1592e34ee82
memory_id: 17121d6a-49f3-4659-b80a-f55551a78eaa
job_type: extract
status: completed
leased_at: 2026-02-24T13:29:24.438Z
completed_at: 2026-02-24T13:30:37.847Z
created_at: 2026-02-24T08:23:14.747Z
updated_at: 2026-02-24T13:30:37.847Z
result:
  {"facts":[{"content":"A floating health indicator is displayed in the top-right corner of the embeddings canvas","type":"fact","confidence":0.95},{"content":"The health indicator uses color-coded dots (green/amber/red) to represent system status","type":"fact","confidence":0.95},{"content":"The health indicator expands on click to show all system checks with fix hints for failed items","type":"fact","confidence":0.95},{"content":"The health indicator fetches status data every 60 seconds using lightweight read-only database queries","type":"procedural","confidence":0.95}],"entities":[{"source":"health indicator","relationship":"is located in","target":"embeddings canvas","confidence":0.95},{"source":"health indicator","relationship":"uses","target":"color-coded dots","confidence":0.95},{"source":"health indicator","relationship":"uses","target":"lightweight read-only queries","confidence":0.95},{"source":"health indicator","relationship":"refreshes at interval","target":"60 seconds","confidence":0.95}],"proposals":[{"action":"none","confidence":0.98,"reason":"New fact is already fully covered by candidate [4] (ID: 17121d6a-49f3-4659-b80a-f55551a78eaa), which describes the floating health indicator in the top-right corner with additional implementation details (color-coded dots, click-to-expand, 60s refresh interval)","fact":{"content":"A floating health indicator is displayed in the top-right corner of the embeddings canvas","type":"fact","confidence":0.95}},{"action":"none","confidence":0.98,"reason":"New fact is fully covered by existing memory ID 17121d6a-49f3-4659-b80a-f55551a78eaa, which documents the dashboard health indicator with color-coded dots (green/amber/red) in the embeddings canvas, plus additional implementation details (location, click expansion, refresh interval)","fact":{"content":"The health indicator uses color-coded dots (green/amber/red) to represent system status","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"New fact is already covered by candidate ID 17121d6a-49f3-4659-b80a-f55551a78eaa, which explicitly describes the health indicator expanding on click to show all checks with fix hints for failed items.","fact":{"content":"The health indicator expands on click to show all system checks with fix hints for failed items","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [4] already captures this exact detail: 'Fetches every 60s using lightweight read-only queries.' New fact is explicitly covered by existing dashboard integration memory.","fact":{"content":"The health indicator fetches status data every 60 seconds using lightweight read-only database queries","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: 8ee11594-c316-4208-8295-225728912ace
memory_id: d6cc3123-cf7f-4e49-9329-a5436b52d1f6
job_type: extract
status: completed
leased_at: 2026-02-24T13:30:39.848Z
completed_at: 2026-02-24T13:32:38.346Z
created_at: 2026-02-24T08:23:14.760Z
updated_at: 2026-02-24T13:32:38.346Z
result:
  {"facts":[{"content":"The diagnostics system performs synchronous database reads only, with provider status pre-resolved by the caller to avoid blocking","type":"decision","confidence":0.85},{"content":"Synchronous DB reads are used in diagnostics with pre-resolved provider status because this keeps health checks fast and non-blocking, avoiding async complexity at the check layer","type":"rationale","confidence":0.8},{"content":"Small helper functions in the diagnostics system are duplicated locally rather than exposed from diagnostics.ts","type":"decision","confidence":0.85},{"content":"Helper functions are duplicated locally in diagnostics code rather than exported from diagnostics.ts to maintain clear module boundaries and keep the diagnostics module focused","type":"rationale","confidence":0.8},{"content":"The diagnostics implementation has no external dependencies and follows existing daemon patterns","type":"decision","confidence":0.85},{"content":"All diagnostics checks are designed to be actionable with clear fix hints provided for failed states","type":"procedural","confidence":0.85}],"entities":[{"source":"diagnostics system","relationship":"performs","target":"synchronous database reads","confidence":0.85},{"source":"provider status","relationship":"pre-resolved by","target":"caller","confidence":0.85},{"source":"helper functions","relationship":"duplicated locally in","target":"diagnostics code","confidence":0.85},{"source":"diagnostics implementation","relationship":"has no","target":"external dependencies","confidence":0.85},{"source":"diagnostics implementation","relationship":"follows","target":"existing daemon patterns","confidence":0.85},{"source":"diagnostics checks","relationship":"provide","target":"clear fix hints for failed states","confidence":0.85}],"proposals":[{"action":"none","confidence":0.92,"reason":"The architectural pattern is already captured in candidate [5] which explicitly lists 'Synchronous DB reads only; provider status pre-resolved by caller' as a key decision for the diagnostics/embedding health system. The new fact reiterates this same pattern with identical phrasing.","fact":{"content":"The diagnostics system performs synchronous database reads only, with provider status pre-resolved by the caller to avoid blocking","type":"decision","confidence":0.85}},{"action":"update","targetMemoryId":"d6cc3123-cf7f-4e49-9329-a5436b52d1f6","confidence":0.85,"reason":"New fact provides the rationale behind a decision already documented in candidate [5] 'Key Decisions'. The candidate lists 'Synchronous DB reads only; provider status pre-resolved by caller' but lacks the underlying reasoning. Merging adds the WHY (performance/simplicity tradeoff) to the existing WHAT.","fact":{"content":"Synchronous DB reads are used in diagnostics with pre-resolved provider status because this keeps health checks fast and non-blocking, avoiding async complexity at the check layer","type":"rationale","confidence":0.8},"targetContent":"### Key Decisions - Synchronous DB reads only; provider status pre-resolved by caller - Duplicate small helper functions locally rather than exposing from diagnostics.ts - No external dependencies; follows existing daemon patterns - All checks are actionable with clear fix hints for failed states"},{"action":"none","confidence":0.95,"reason":"New fact is already captured in candidate [5] (Key Decisions), which explicitly documents 'Duplicate small helper functions locally rather than exposing from diagnostics.ts' as a deliberate architectural choice for the embedding health check system. No new information or refinement needed.","fact":{"content":"Small helper functions in the diagnostics system are duplicated locally rather than exposed from diagnostics.ts","type":"decision","confidence":0.85}},{"action":"none","confidence":0.95,"reason":"Candidate [5] already captures this architectural decision: 'Duplicate small helper functions locally rather than exposing from diagnostics.ts'. The new fact restates the same principle with additional rationale (module boundaries, focus), but the core decision is already documented.","fact":{"content":"Helper functions are duplicated locally in diagnostics code rather than exported from diagnostics.ts to maintain clear module boundaries and keep the diagnostics module focused","type":"rationale","confidence":0.8}},{"action":"none","confidence":0.95,"reason":"Candidate [4] already captures this exact architectural decision: 'No external dependencies; follows existing daemon patterns'. The new fact is redundant with existing memory coverage.","fact":{"content":"The diagnostics implementation has no external dependencies and follows existing daemon patterns","type":"decision","confidence":0.85}},{"action":"none","confidence":0.95,"reason":"Candidate [5] (Key Decisions) already explicitly states 'All checks are actionable with clear fix hints for failed states' — this is verbatim coverage of the new fact with no new information to add","fact":{"content":"All diagnostics checks are designed to be actionable with clear fix hints provided for failed states","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: bf027042-b9a4-4b19-afc1-4de9aac7cfd6
memory_id: 8a84c93d-0118-4657-bae9-105d763d11e9
job_type: extract
status: completed
leased_at: 2026-02-24T13:32:40.347Z
completed_at: 2026-02-24T13:33:27.490Z
created_at: 2026-02-24T08:24:18.843Z
updated_at: 2026-02-24T13:33:27.490Z
result:
  {"facts":[{"content":"The file src/styles/landing.css contains section-specific CSS styles for multiple UI components: hero, architecture showcase, secrets module, manifesto, comparison table, pipeline visualization, code tabs, trust grid, terminal windows, and CTAs","type":"fact","confidence":0.95},{"content":"Phase 3 of development involved refactoring JavaScript code by extracting scripts into three focused modules","type":"procedural","confidence":0.7}],"entities":[{"source":"src/styles/landing.css","relationship":"contains styles for","target":"hero section","confidence":0.9},{"source":"src/styles/landing.css","relationship":"contains styles for","target":"architecture showcase","confidence":0.9},{"source":"src/styles/landing.css","relationship":"contains styles for","target":"comparison table","confidence":0.9},{"source":"src/styles/landing.css","relationship":"contains styles for","target":"pipeline visualization","confidence":0.9},{"source":"Phase 3 development","relationship":"implemented","target":"JavaScript module extraction into three focused modules","confidence":0.7}],"proposals":[{"action":"none","targetMemoryId":"8a84c93d-0118-4657-bae9-105d763d11e9","confidence":0.95,"reason":"New fact is already covered by existing candidate [4], which documents the exact same landing.css content and section components. Candidate [4] is more comprehensive as it also includes Phase 3 JS module organization context.","fact":{"content":"The file src/styles/landing.css contains section-specific CSS styles for multiple UI components: hero, architecture showcase, secrets module, manifesto, comparison table, pipeline visualization, code tabs, trust grid, terminal windows, and CTAs","type":"fact","confidence":0.95},"targetContent":"`src/styles/landing.css` contains section-specific styles: hero, architecture showcase, secrets module, manifesto, comparison table, pipeline visualization, code tabs, trust grid, terminal windows, CTAs. **Phase 3 - JavaScript Module Organization:** Extracted scripts into three focused modules."},{"action":"add","confidence":0.85,"reason":"New fact describes a distinct development phase (Phase 3) with JavaScript refactoring and module extraction. While candidate [4] mentions three pipeline modules, that's about documentation gaps, not a development phase. New fact is specific enough to warrant separate storage as a procedural milestone.","fact":{"content":"Phase 3 of development involved refactoring JavaScript code by extracting scripts into three focused modules","type":"procedural","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: 6ea68fe5-a317-47f8-b152-2f6720c4d7dc
memory_id: 8733633c-1759-4f54-929f-8532d5385723
job_type: extract
status: completed
leased_at: 2026-02-24T13:33:29.492Z
completed_at: 2026-02-24T13:34:55.192Z
created_at: 2026-02-24T08:24:18.856Z
updated_at: 2026-02-24T13:34:55.192Z
result:
  {"facts":[{"content":"The file theme.ts is approximately 25 lines of code","type":"fact","confidence":0.95},{"content":"theme.ts handles theme toggle functionality","type":"procedural","confidence":0.95},{"content":"theme.ts implements localStorage persistence to save theme preference across sessions","type":"procedural","confidence":0.95},{"content":"theme.ts is marked for inline inclusion directly in the HTML <head> element","type":"decision","confidence":0.9},{"content":"Inline inclusion of theme.ts in the HTML <head> prevents flash of unstyled theme (FOUC) by ensuring the theme preference is loaded before the DOM renders, avoiding visual flicker","type":"rationale","confidence":0.9}],"entities":[{"source":"theme.ts","relationship":"implements","target":"theme toggle","confidence":0.95},{"source":"theme.ts","relationship":"implements","target":"localStorage persistence","confidence":0.95},{"source":"theme.ts","relationship":"marked for","target":"inline <head> inclusion","confidence":0.9},{"source":"inline <head> inclusion","relationship":"prevents","target":"flash of unstyled theme (FOUC)","confidence":0.9}],"proposals":[{"action":"none","confidence":0.98,"reason":"Candidate [3] (ID: 8733633c-1759-4f54-929f-8532d5385723) already documents that theme.ts is ~25 lines and includes additional context about its purpose and inline <head> placement. The new fact is fully subsumed.","fact":{"content":"The file theme.ts is approximately 25 lines of code","type":"fact","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [3] already covers this fact in detail: 'theme.ts (~25 lines) handles theme toggle and localStorage persistence'. The new fact is less specific and adds no new information.","fact":{"content":"theme.ts handles theme toggle functionality","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate #4 (ID: 8733633c-1759-4f54-929f-8532d5385723) already covers this fact—it explicitly states that theme.ts handles 'localStorage persistence'. The new fact restates the same information without adding new detail.","fact":{"content":"theme.ts implements localStorage persistence to save theme preference across sessions","type":"procedural","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [3] already captures this fact with additional context (file size, functionality, FOUC rationale). New fact is a subset of existing memory.","fact":{"content":"theme.ts is marked for inline inclusion directly in the HTML <head> element","type":"decision","confidence":0.9}},{"action":"none","confidence":0.9,"reason":"Candidate [2] (ID: 8670f3ce-5c0d-4383-a4a0-7d648d382e4a) already covers this exact rationale: theme.ts inlined in <head> to prevent FOUC by ensuring critical theme logic executes before DOM rendering. New fact is a near-duplicate with identical reasoning—no new information to capture.","fact":{"content":"Inline inclusion of theme.ts in the HTML <head> prevents flash of unstyled theme (FOUC) by ensuring the theme preference is loaded before the DOM renders, avoiding visual flicker","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: 00d8b9c2-cfe4-439b-ac46-1bbcf0db4c54
memory_id: c4d51a28-5228-4020-868d-1920a98b09e1
job_type: extract
status: completed
leased_at: 2026-02-24T13:34:57.194Z
completed_at: 2026-02-24T13:35:39.012Z
created_at: 2026-02-24T09:30:33.677Z
updated_at: 2026-02-24T13:35:39.012Z
result:
  {"facts":[{"content":"The Skills tab in the Signet daemon dashboard currently uses a plain table/list layout to display skills","type":"fact","confidence":0.95},{"content":"The Skills tab table/list displays three columns: skill name, source, and install count","type":"fact","confidence":0.95}],"entities":[{"source":"Skills tab","relationship":"currently uses","target":"plain table/list layout","confidence":0.95},{"source":"Skills tab","relationship":"displays","target":"skill name","confidence":0.95},{"source":"Skills tab","relationship":"displays","target":"source","confidence":0.95},{"source":"Skills tab","relationship":"displays","target":"install count","confidence":0.95}],"proposals":[{"action":"none","targetMemoryId":"c4d51a28-5228-4020-868d-1920a98b09e1","confidence":0.92,"reason":"Candidate [4] already covers this fact in greater detail: it explicitly states the Skills tab uses a plain table/list layout and specifies the columns (skill name, source, install count). New fact is subsumed by existing memory.","fact":{"content":"The Skills tab in the Signet daemon dashboard currently uses a plain table/list layout to display skills","type":"fact","confidence":0.95},"targetContent":"## Skills Marketplace UI Redesign + ClawHub Provider **Context**: The Skills tab currently uses a plain table/list layout with rows showing skill name, source, and install count."},{"action":"none","confidence":0.95,"reason":"Candidate #4 already contains this exact information: 'The Skills tab currently uses a plain table/list layout with rows showing skill name, source, and install count.' The new fact is redundant and fully covered by existing memory.","fact":{"content":"The Skills tab table/list displays three columns: skill name, source, and install count","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: cc8689bf-4359-4985-ab2e-325aa3bb2f1f
memory_id: 9bb93748-23f5-40bd-be46-a014b20b0e5b
job_type: extract
status: completed
leased_at: 2026-02-24T13:35:41.012Z
completed_at: 2026-02-24T13:36:42.497Z
created_at: 2026-02-24T09:30:33.704Z
updated_at: 2026-02-24T13:36:42.497Z
result:
  {"facts":[{"content":"Nicholai wants the agent skills offering transformed into a proper marketplace experience modeled after Amazon and App Store designs","type":"preference","confidence":0.95},{"content":"ClawHub (clawhub.ai) is being integrated as a second skills provider in the marketplace","type":"decision","confidence":0.9},{"content":"skills.sh is an existing skills provider that will be maintained alongside the new ClawHub provider","type":"fact","confidence":0.9}],"entities":[{"source":"Nicholai","relationship":"wants","target":"marketplace experience for agent skills","confidence":0.95},{"source":"marketplace experience","relationship":"modeled after","target":"Amazon and App Store","confidence":0.9},{"source":"ClawHub","relationship":"integrated as","target":"second provider","confidence":0.9},{"source":"skills.sh","relationship":"existing","target":"provider","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"This preference is already captured in existing memory ID 9bb93748, which documents Nicholai's desire to transform the skills offering into a marketplace experience (Amazon/App Store style) with ClawHub integration. New fact adds no novel information.","fact":{"content":"Nicholai wants the agent skills offering transformed into a proper marketplace experience modeled after Amazon and App Store designs","type":"preference","confidence":0.95}},{"action":"none","confidence":0.95,"reason":"Candidate [4] (ID: 9bb93748-23f5-40bd-be46-a014b20b0e5b) already captures this as a stated preference: 'ClawHub (clawhub.ai) integrated as a second provider alongside existing skills.sh integration.' The new fact confirms implementation of an existing requirement already documented in memory.","fact":{"content":"ClawHub (clawhub.ai) is being integrated as a second skills provider in the marketplace","type":"decision","confidence":0.9}},{"action":"none","confidence":0.85,"reason":"Candidate 5 already captures the dual-provider strategy: 'ClawHub (clawhub.ai) integrated as a second provider alongside existing skills.sh integration.' The new fact about skills.sh being maintained is a minor elaboration of the coexistence model already documented.","fact":{"content":"skills.sh is an existing skills provider that will be maintained alongside the new ClawHub provider","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: e11ffcb3-36bc-478a-af72-3ea561df9e6e
memory_id: 385986fc-0f4a-4d8f-98e3-d89dd9c08135
job_type: extract
status: completed
leased_at: 2026-02-24T13:36:44.499Z
completed_at: 2026-02-24T13:37:48.229Z
created_at: 2026-02-24T09:30:33.731Z
updated_at: 2026-02-24T13:37:48.229Z
result:
  {"facts":[{"content":"The Marketplace card grid UI displays responsive skill cards instead of flat tables","type":"decision","confidence":0.95},{"content":"ClawHub provider integration includes a daemon-side API component paired with a client-side cache component","type":"fact","confidence":0.9},{"content":"The unified feed merges search results from multiple providers and displays provider badges to identify the source of each result","type":"procedural","confidence":0.9}],"entities":[{"source":"Marketplace card grid UI","relationship":"replaces","target":"flat tables","confidence":0.95},{"source":"Marketplace card grid UI","relationship":"displays","target":"responsive skill cards","confidence":0.95},{"source":"ClawHub provider integration","relationship":"includes","target":"daemon-side API","confidence":0.9},{"source":"ClawHub provider integration","relationship":"includes","target":"client-side cache","confidence":0.9},{"source":"unified feed","relationship":"merges","target":"results from multiple providers","confidence":0.9},{"source":"unified feed","relationship":"displays","target":"provider badges","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [1] already contains this exact information: 'Marketplace card grid UI (responsive skill cards replacing flat tables)'. New fact is fully covered by existing memory.","fact":{"content":"The Marketplace card grid UI displays responsive skill cards instead of flat tables","type":"decision","confidence":0.95}},{"action":"none","confidence":0.92,"reason":"Candidate [2] already explicitly captures this fact with 'ClawHub provider integration (daemon-side API + client-side cache)'. The new fact restates the same architectural pattern that's already documented in memory.","fact":{"content":"ClawHub provider integration includes a daemon-side API component paired with a client-side cache component","type":"fact","confidence":0.9}},{"action":"none","targetMemoryId":"385986fc-0f4a-4d8f-98e3-d89dd9c08135","confidence":0.95,"reason":"Candidate [2] already explicitly documents the unified feed feature: 'Unified feed (merged results from both providers with provider badges)'. The new fact is a restatement of content already captured in memory.","fact":{"content":"The unified feed merges search results from multiple providers and displays provider badges to identify the source of each result","type":"procedural","confidence":0.9},"targetContent":"**Marketplace card grid UI** (responsive skill cards replacing flat tables) 2. **ClawHub provider integration** (daemon-side API + client-side cache) 3. **Unified feed** (merged results from both providers with provider badges) 4."}],"writeMode":"phase-c","writeStats":{"added":0,"updated":0,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":0},"warnings":[]}


id: e8a57552-84ed-4b9c-b0ad-e86dccb84009
memory_id: 8af26a20-9404-46d2-99b5-3fa504008fde
job_type: extract
status: completed
leased_at: 2026-02-24T13:37:50.230Z
completed_at: 2026-02-24T13:39:17.788Z
created_at: 2026-02-24T09:30:33.759Z
updated_at: 2026-02-24T13:39:17.788Z
result:
  {"facts":[{"content":"Unified search implementation merges skills.sh API search results with client-side filtering of a cached ClawHub catalog","type":"decision","confidence":0.9},{"content":"ClawHub cache and fetch logic should be added to packages/daemon/src/daemon.ts as the first backend implementation phase for unified search","type":"procedural","confidence":0.9},{"content":"The /api/skills/browse endpoint should be updated to merge multiple skills providers (skills.sh and ClawHub)","type":"procedural","confidence":0.9},{"content":"The /api/skills/search endpoint should be updated to merge multiple skills providers (skills.sh and ClawHub)","type":"procedural","confidence":0.9}],"entities":[{"source":"unified search","relationship":"merges","target":"skills.sh API search","confidence":0.9},{"source":"unified search","relationship":"merges","target":"ClawHub catalog cache","confidence":0.9},{"source":"ClawHub cache logic","relationship":"implemented in","target":"packages/daemon/src/daemon.ts","confidence":0.9},{"source":"/api/skills/browse","relationship":"merges","target":"multiple providers","confidence":0.9},{"source":"/api/skills/search","relationship":"merges","target":"multiple providers","confidence":0.9}],"proposals":[{"action":"update","targetMemoryId":"8af26a20-9404-46d2-99b5-3fa504008fde","confidence":0.85,"reason":"New fact is a cleaner, more concise statement of the unified search concept already in candidate [3]. Consolidating into a polished, self-contained memory entry will improve clarity.","fact":{"content":"Unified search implementation merges skills.sh API search results with client-side filtering of a cached ClawHub catalog","type":"decision","confidence":0.9},"targetContent":"**Unified search** (skills.sh API search + client-side filtering of cached ClawHub catalog) **Execution Order**: 1. Backend: Add ClawHub cache + fetch logic in `packages/daemon/src/daemon.ts` 2. Backend: Update `/api/skills/browse` and `/api/skills/search` to merge providers 3."},{"action":"none","confidence":0.85,"reason":"Existing memory [5] already documents ClawHub cache+fetch in daemon.ts as step 1 of unified search execution order. New fact confirms this approach with high confidence but doesn't introduce new information.","fact":{"content":"ClawHub cache and fetch logic should be added to packages/daemon/src/daemon.ts as the first backend implementation phase for unified search","type":"procedural","confidence":0.9}},{"action":"none","confidence":0.9,"reason":"New fact is already well-covered by existing memory ID 8af26a20-9404-46d2-99b5-3fa504008fde, which explicitly mentions updating `/api/skills/browse` and `/api/skills/search` to merge providers as part of the execution order. The existing memory is more comprehensive (includes ClawHub cache logic and both endpoints).","fact":{"content":"The /api/skills/browse endpoint should be updated to merge multiple skills providers (skills.sh and ClawHub)","type":"procedural","confidence":0.9}},{"action":"none","confidence":0.95,"reason":"New fact is already covered by candidate #4 (ID: 8af26a20...), which explicitly states 'Update `/api/skills/browse` and `/api/skills/search` to merge providers' as part of the unified search execution plan. The existing memory includes the same procedural information with broader context (ClawHub cache logic, testing steps, verification)","fact":{"content":"The /api/skills/search endpoint should be updated to merge multiple skills providers (skills.sh and ClawHub)","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: 3e2e26db-ea40-40a9-b7ea-f845e3c2c9e5
memory_id: 780b7c2a-8225-493a-aead-7922369baf45
job_type: extract
status: completed
leased_at: 2026-02-24T13:39:19.792Z
completed_at: 2026-02-24T13:40:16.670Z
created_at: 2026-02-24T09:30:33.798Z
updated_at: 2026-02-24T13:40:16.670Z
result:
  {"facts":[{"content":"The SkillSearchResult interface in packages/cli/dashboard/src/lib/api.ts requires updates to support dashboard API functionality","type":"procedural","confidence":0.85},{"content":"Sort and filter state management for skills must be added to packages/cli/dashboard/src/lib/stores/skills.svelte.ts","type":"procedural","confidence":0.85},{"content":"The dashboard UI requires creation of two new components: SkillCard and SkillGrid for displaying and organizing skills","type":"procedural","confidence":0.9}],"entities":[{"source":"packages/cli/dashboard/src/lib/api.ts","relationship":"contains","target":"SkillSearchResult interface","confidence":0.9},{"source":"packages/cli/dashboard/src/lib/stores/skills.svelte.ts","relationship":"manages","target":"sort and filter state","confidence":0.85},{"source":"dashboard UI","relationship":"requires","target":"SkillCard component","confidence":0.9},{"source":"dashboard UI","relationship":"requires","target":"SkillGrid component","confidence":0.9}],"proposals":[{"action":"none","confidence":0.95,"reason":"Candidate [5] already captures this task: 'Update `SkillSearchResult` interface in `packages/cli/dashboard/src/lib/api.ts`' is explicitly listed as the first dashboard API update item","fact":{"content":"The SkillSearchResult interface in packages/cli/dashboard/src/lib/api.ts requires updates to support dashboard API functionality","type":"procedural","confidence":0.85}},{"action":"none","confidence":0.95,"reason":"Candidate #4 (780b7c2a-8225-493a-aead-7922369baf45) already explicitly mentions this task: 'Dashboard store: Add sort/filter state in `packages/cli/dashboard/src/lib/stores/skills.svelte.ts`'. The new fact is redundant with existing memory.","fact":{"content":"Sort and filter state management for skills must be added to packages/cli/dashboard/src/lib/stores/skills.svelte.ts","type":"procedural","confidence":0.85}},{"action":"add","confidence":0.9,"reason":"New procedural fact about component requirements for Skills tab implementation. While candidate 4 confirms Skills is a dashboard tab, it doesn't describe implementation requirements. This is parallel to candidates 1-2 (component specs for Tasks tab) but distinct and non-overlapping.","fact":{"content":"The dashboard UI requires creation of two new components: SkillCard and SkillGrid for displaying and organizing skills","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: d6298144-7b0f-4b08-90a2-efe8c0b8e45b
memory_id: 32f5a72b-f619-47e1-aa37-3d0cec00e477
job_type: extract
status: completed
leased_at: 2026-02-24T13:40:18.673Z
completed_at: 2026-02-24T13:42:20.325Z
created_at: 2026-02-24T09:30:33.834Z
updated_at: 2026-02-24T13:42:20.325Z
result:
  {"facts":[{"content":"The SkillsTab dashboard component should be rewritten to implement a marketplace layout design","type":"procedural","confidence":0.85},{"content":"The SkillDetail dashboard component should be updated with new fields","type":"procedural","confidence":0.75},{"content":"Build verification for dashboard changes requires running `bun run build` to ensure compilation","type":"procedural","confidence":0.9},{"content":"The `/api/skills/browse` endpoint should return merged results that include a `provider` field","type":"fact","confidence":0.85},{"content":"Testing the skills browse API endpoint verifies merged results contain the `provider` field","type":"procedural","confidence":0.8}],"entities":[{"source":"SkillsTab component","relationship":"requires rewrite for","target":"marketplace layout design","confidence":0.85},{"source":"SkillDetail component","relationship":"requires update with","target":"new fields","confidence":0.75},{"source":"dashboard build verification","relationship":"uses","target":"`bun run build`","confidence":0.9},{"source":"/api/skills/browse endpoint","relationship":"returns","target":"merged results with `provider` field","confidence":0.85}],"proposals":[{"action":"update","targetMemoryId":"4e2f031e-ed43-4f0c-8a80-3ff5f7f00393","confidence":0.85,"reason":"New fact provides design pattern (marketplace layout) that refines existing memory about SkillCard/SkillGrid components. Merge into complete implementation guidance.","fact":{"content":"The SkillsTab dashboard component should be rewritten to implement a marketplace layout design","type":"procedural","confidence":0.85},"targetContent":"The dashboard UI requires creation of two new components: SkillCard and SkillGrid for displaying and organizing skills"},{"action":"add","confidence":0.6,"reason":"New fact addresses SkillDetail component updates (detail view), distinct from existing memory [5] which covers SkillCard/SkillGrid list components. These are complementary UI layers, but the new fact lacks specificity about which fields are needed. Should be stored separately to track detail view work.","fact":{"content":"The SkillDetail dashboard component should be updated with new fields","type":"procedural","confidence":0.75}},{"action":"update","targetMemoryId":"a9fed842-1678-44fe-9e43-c05feea6b804","confidence":0.85,"reason":"New fact provides specific context for dashboard changes. Candidate [1] already covers build verification comprehensively; merge to explicitly call out dashboard-specific build requirements while preserving existing verification checklist.","fact":{"content":"Build verification for dashboard changes requires running `bun run build` to ensure compilation","type":"procedural","confidence":0.9},"targetContent":"Implementation verification includes: build passes, typecheck, testing hook output, daemon restart with file edits, and generated file structure validation"},{"action":"update","targetMemoryId":"8af26a20-9404-46d2-99b5-3fa504008fde","confidence":0.8,"reason":"Candidate #3 describes the unified search strategy. The new fact refines this decision by specifying that merged results must include a `provider` field to identify the source. Updating makes the specification complete and captures both the strategy and the required output structure.","fact":{"content":"The `/api/skills/browse` endpoint should return merged results that include a `provider` field","type":"fact","confidence":0.85},"targetContent":"Unified search implementation merges skills.sh API search results with client-side filtering of a cached ClawHub catalog"},{"action":"none","confidence":0.95,"reason":"Candidate [4] already explicitly states this same verification: 'Test `/api/skills/browse` for merged results with `provider` field'. The new fact is a minor restatement of work already documented.","fact":{"content":"Testing the skills browse API endpoint verifies merged results contain the `provider` field","type":"procedural","confidence":0.8}}],"writeMode":"phase-c","writeStats":{"added":1,"updated":3,"deleted":0,"deduped":0,"skippedLowConfidence":0,"blockedDestructive":0,"reviewNeeded":0,"embeddingsAdded":1},"warnings":[]}


