From subcog
Searches and surfaces relevant memories from past sessions to inform current work with decisions, patterns, and learnings. Supports hybrid, vector, and text search modes with namespace filtering.
How this skill is triggered — by the user, by Claude, or both
Slash command
/subcog:memory-recallThe summary Claude sees in its skill listing — used to decide when to auto-load this skill
Search and surface relevant memories to inform current work with decisions, patterns, and learnings from past sessions.
Search and surface relevant memories to inform current work with decisions, patterns, and learnings from past sessions.
| Search Mode | Best For | Example |
|---|---|---|
hybrid (default) | General queries, balanced results | "database storage decision" |
vector | Conceptual similarity, fuzzy matching | "how to handle errors gracefully" |
text | Exact terms, specific keywords | "PostgreSQL" |
Search Quality Guidelines:
vector mode for conceptual searchestext mode when you know exact termshybrid mode (default) works best for most queries
Finding patterns for a domain:
Mode: vector (conceptual similarity)
Namespace: patterns
Example: "how to handle API errors gracefully"
Debugging help (gotchas):
Mode: hybrid
Namespace: learnings
Example: "authentication token refresh issues"
Parameters:
query (required): Natural language search querymode (optional): "hybrid" (default), "vector", or "text"namespace (optional): Filter to specific namespacelimit (optional): Maximum results (default: 10, max: 50)format (optional): Output format for MIF (Memory Interchange Format)
json (default): Single-line JSON-LD for token efficiencydetail: Pretty-printed JSON-LD for human readabilitymd: Markdown with YAML frontmattercompact: Single-line JSON for streamingReturns:
@id: URN identifier (e.g., urn:mif:memory-id)@type: "Memory"content, namespace, tags, created, modifiedsubcog:score: Relevance score (0.0-1.0)
npx claudepluginhub zircote/subcogSearches and retrieves memories from Cortex persistent memory using WRRF retrieval. Use for past decisions, patterns, bugs, or architecture context.
Recalls past context, decisions, and discussions from Memsy memory. Activates on retrieval-intent queries like "what did we decide" or "search past conversations."
Retrieves relevant memories from past sessions using memsearch for historical context, decisions, debugging notes, and project knowledge. Activates on relevance or '[memsearch] Memory available' hints.