recall
Enables agents to query across all their memory stores (brain, team, reading, code) in one call, returning a token-budgeted, ranked briefing with results interleaved from each source.
README
🎯 recall
One query across an agent's whole memory.
An agent's knowledge ends up scattered: some in its second brain (cortex), some in the team's shared memory (agent-hq), some in what it's read (scout), some in its code (lens). Searching each by hand is friction — so agents skip it and re-derive what they already knew. recall fixes that: one query, every store, one ranked briefing — token-budgeted, each hit tagged by source. Run it at the start of a task to load exactly the relevant context.
Part of tools-for-agents. Zero dependencies — node:sqlite over the sibling tools' existing FTS5 indexes, read-only. It doesn't own any data; it federates theirs. Any store that isn't present is simply skipped.
Why
| Without recall | With recall |
|---|---|
| Search cortex, then scout, then lens — three tools, three calls | recall "topic" → one briefing across all three |
| Friction → skip the search → re-derive what you knew | One cheap call at task start loads the right context |
| Results in three formats, no shared ranking | Normalised, balanced across sources, in a token budget |
The stores
| Source | Tool | What it searches | Found at |
|---|---|---|---|
🧠 brain |
cortex | your notes / second brain | $CORTEX_VAULT/.cortex/index.db or $RECALL_CORTEX_DB |
🛰️ team |
agent-hq | the team's shared memory (over HTTP) | $HQ_URL or $RECALL_HQ_URL (default http://localhost:7700) |
🧭 reading |
scout | pages you've read | $SCOUT_DB or $RECALL_SCOUT_DB |
🔎 code |
lens | your indexed code/docs | $LENS_DB or $RECALL_LENS_DB |
Each store is optional and auto-discovered — the team store is included whenever agent-hq is reachable, and skipped (fast) when it isn't.
CLI
recall "auth token refresh design" # everything you know about it
recall "kafka retries" -k 12 --tokens 3000 # more hits, bigger budget
recall "graph traversal" --only brain,code # restrict to some stores
recall status # which stores are available + counts
MCP server (for agents)
{
"mcpServers": {
"recall": { "command": "node", "args": ["/abs/path/to/recall/mcp/mcp-server.js"],
"env": { "CORTEX_VAULT": "/abs/path/to/vault", "SCOUT_DB": "/abs/path/to/.scout/cache.db",
"LENS_DB": "/abs/path/to/.lens/index.db", "HQ_URL": "http://localhost:7700" } }
}
}
Tools
| Tool | Use it to… |
|---|---|
recall_search |
Load a token-budgeted briefing across your brain, reading and code in one call. Use it first when starting a task. |
recall_status |
See which stores are available and how many entries each holds. |
How it works
- Runs the query as an FTS5
MATCHagainst each store's index and normalises every hit to{ source, title, ref, meta, excerpt, score }. - bm25 scores aren't comparable across separate databases, so results are interleaved round-robin across sources (best-of-each, then next-best-of-each…) and filled to a token budget — a balanced briefing rather than one store drowning out the rest.
- SQLite stores are opened read-only; recall never writes. Delete or rebuild any underlying index freely.
- The
teamstore is queried over agent-hq's HTTP memory API (per-term, in parallel, with a short timeout) and degrades silently when the platform isn't running. - It depends only on the sibling tools' stable interfaces — their table schemas (
notes_fts,pages_fts,chunks) and agent-hq's/api/memory— not their code, so each tool stays independent.
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