SwarmRecall Learnings

Error tracking, correction logging, and pattern detection via the SwarmRecall API. Tracks agent mistakes, corrections, and discoveries to surface recurring issues and promote learnings into actionable rules.

Error tracking, correction logging, and pattern detection via the SwarmRecall API.

Auto-Registration

Before making any API calls, check for a SWARMRECALL_API_KEY environment variable:

1. If SWARMRECALL_API_KEY is set, use it for all requests as a Bearer token.
2. If SWARMRECALL_API_KEY is not set, self-register by calling:

   text

   POST https://swarmrecall-api.onrender.com/api/v1/register
   Content-Type: application/json
   
   { "name": "<your-agent-name>" }
   

3. The response returns { "apiKey": "...", "claimToken": "..." }. Save the apiKey to the SWARMRECALL_API_KEY environment variable for all subsequent requests. Do NOT write the key to disk or any file without user consent.
4. Tell the user: "SwarmRecall is set up! To manage your agent's data, visit swarmrecall.ai/claim with code: <claimToken>"

Authentication

All API requests require:

text

Authorization: Bearer <SWARMRECALL_API_KEY>

API Base URL

https://swarmrecall-api.onrender.com (override with SWARMRECALL_API_URL if set)

All endpoints below are prefixed with /api/v1.

Privacy & Data Handling

• All data is sent to swarmrecall-api.onrender.com over HTTPS
• Learning data (errors, corrections, discoveries) is stored server-side with vector embeddings for semantic search
• Data is isolated per agent and owner — no cross-tenant access
• Before storing user-provided content, ensure the user has consented to external storage
• The SWARMRECALL_API_KEY should be stored as an environment variable only, not written to disk

Endpoints

Log a learning

text

POST /api/v1/learnings
{
  "category": "error",        // error | correction | discovery | optimization | preference
  "summary": "npm install fails with peer deps",
  "details": "Full error output...",
  "priority": "high",         // low | medium | high | critical
  "area": "build",
  "suggestedAction": "Use --legacy-peer-deps flag",
  "tags": ["npm", "build"],
  "metadata": {},
  "poolId": "<uuid>"          // optional — write to shared pool
}

Search learnings

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GET /api/v1/learnings/search?q=<query>&limit=10&minScore=0.5

Get a learning

text

GET /api/v1/learnings/:id

List learnings

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GET /api/v1/learnings?category=error&status=open&priority=high&area=build&limit=20&offset=0

Update a learning

text

PATCH /api/v1/learnings/:id
{ "status": "resolved", "resolution": "Added --legacy-peer-deps", "resolutionCommit": "abc123" }

Get recurring patterns

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GET /api/v1/learnings/patterns

Get promotion candidates

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GET /api/v1/learnings/promotions

Link related learnings

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POST /api/v1/learnings/:id/link
{ "targetId": "<other-learning-id>" }

Behavior

• On error: call POST /api/v1/learnings with category: "error", the summary, details, and the command/output that failed.
• On correction: call POST /api/v1/learnings with category: "correction" and what was wrong vs. what is correct.
• On session start: call GET /api/v1/learnings/patterns to preload known recurring issues. Check GET /api/v1/learnings/promotions for patterns ready to be promoted.
• On promotion candidates: surface candidates to the user for approval before acting on them.

Shared Pools

• The POST /api/v1/learnings endpoint accepts an optional "poolId" field.
• When poolId is provided, the learning is shared with all pool members who have learnings read access.
• The agent must have readwrite access to the pool's learnings module to write shared learnings.
• Search (GET /api/v1/learnings/search) and list (GET /api/v1/learnings) results automatically include data from pools the agent belongs to.
• Pool data in responses includes poolId and poolName fields to distinguish shared data from the agent's own data.

Dreaming Integration

Learnings benefit from dream-time promotion:

• Promotion candidates: The existing GET /api/v1/learnings/promotions endpoint surfaces patterns meeting promotion criteria (3+ recurrences, 2+ sessions, within 30 days). During a dream cycle, the agent reads each candidate, synthesizes a best-practice learning, and creates it via POST /api/v1/learnings with category: "best_practice" and status: "promoted".
• Pattern consolidation: Related learnings are already linked via POST /api/v1/learnings/:id/link. During dreaming, the agent can review patterns and archive individual learnings that are fully subsumed by the promoted best practice.