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SuperMemory

SuperMemory

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github.comMemory & Knowledge2Updated 20w ago

About SuperMemory

SuperMemory is an MCP-first learning layer for Claude, Cursor, and custom agent workflows. It stores validated, distilled lessons from failures and corrections rather than full conversation transcripts, then makes them retrievable for later work.

Key features

  1. 01Closed-loop lesson capture and retrieval
  2. 02Validation before lesson storage
  3. 0329 MCP tools and 4 resources
  4. 04Local files, SQLite, or PostgreSQL storage
  5. 05Python SDK and REST API

Use cases

  1. 01Retrieve prior lessons for an agent workflow
  2. 02Record and validate a failure correction
  3. 03Track whether a lesson improved an outcome

MCP support

It provides an MCP server with 29 tools and 4 resources over stdio or streamable HTTP. MCP clients can retrieve and manage lessons, policies, and skills.

Configuration

Local server config is the same for every client. Copy it into your client’s MCP config file.

mcp.json · Universal config
{
"mcpServers": {
"yashvanthange-supermemory": {
"command": "uvx",
"args": [
"supermemory-agent"
],
"env": {
"SUPERMEMORY_STORAGE_PATH": "<SUPERMEMORY_STORAGE_PATH>",
"UALL_DATA_DIR": "<UALL_DATA_DIR>"
}
}
}
}
Run commanduvx supermemory-agent
Environment variables to set
SUPERMEMORY_STORAGE_PATHLocal directory for .supermemory file storage
UALL_DATA_DIRLegacy alias for SUPERMEMORY_STORAGE_PATH

Local servers need a runtime on your machine (e.g. Node.js 18+). Config file locations differ by client; see your client’s docs.

Packages
pypisupermemory-agent0.2.5

Tools

29

Saved tool list · updated 2w ago

ParameterTypeRequiredDescription
stepanyNo
toolanyNo
agentanyNo
domainanyNo
payloadanyNo
summarystringYes
languageanyNo
workflowanyNo
namespacestringNo
event_typestringYes
environmentanyNo

Details

From the project README

SuperMemory

MCP-first agent learning layer for Claude, Cursor, and custom agent workflows.

SuperMemory captures distilled lessons from failures and corrections — not full conversation transcripts — validates them before storage, and improves agents over time through a closed-loop cycle.

PyPI GitHub Release License: MIT MCP Registry


Quick start

pip install supermemory-agent
supermemory-agent --storage .supermemory --transport stdio

Or with uv:

uvx supermemory-agent --storage .supermemory --transport stdio

Latest release: v0.2.4 — wheel + sdist attached on every GitHub Release.


What you get

ComponentDescription
MCP server29 tools + 4 resources over stdio (or streamable HTTP)
Agent skillskills/supermemory-agent-learning/SKILL.md — bundled in the PyPI package
Python SDKIn-process integration via uall_python
REST APIFastAPI server for remote / polyglot clients
StorageLocal .supermemory/ files by default; SQLite and PostgreSQL optional

Everything lives in one repo: MCP server, skills, SDK, REST API, tests, and release packages.


Install

PyPI (recommended)
pip install supermemory-agent

After install, bundled skills are at site-packages/skills/supermemory-agent-learning/. Copy to your editor skills folder if needed.

GitHub Release (offline / pinned version)

Each release ships installable assets:

pip install https://github.com/YashvantHange/SuperMemory/releases/download/v0.2.4/supermemory_agent-0.2.4-py3-none-any.whl

Browse all versions: github.com/YashvantHange/SuperMemory/releases

From source (developers)
git clone https://github.com/YashvantHange/SuperMemory.git
cd SuperMemory
pip install -e ".[dev]"
python -m pytest tests/ -v

Configure MCP

Cursor

Copy examples/cursor.mcp.json to .cursor/mcp.json in your project:

{
  "mcpServers": {
    "supermemory": {
      "command": "supermemory-agent",
      "args": ["--storage", ".supermemory", "--transport", "stdio"]
    }
  }
}
Claude Desktop

Merge examples/claude_desktop_config.json into:

%APPDATA%\Claude\claude_desktop_config.json

Restart Claude Desktop after saving.

Run manually

Do not run supermemory-agent alone in a terminal — stdio mode expects JSON-RPC from an MCP client. Pressing Enter in the shell causes a JSON parse error.

# For local HTTP testing only:
supermemory-agent --transport streamable-http

When configured in Cursor or Claude Desktop, the client launches the server automatically over stdio.


Agent skills (Cursor + Claude Code)

SourcePath
Canonical (edit here)skills/supermemory-agent-learning/
Cursor project.cursor/skills/supermemory-agent-learning/
Claude Code project.claude/skills/supermemory-agent-learning/
PyPI installsite-packages/skills/supermemory-agent-learning/

After editing skills/, sync copies:

python scripts/sync_skills.py

Mention SuperMemory, agent learning, or MCP memory in chat to load the skill.


Learning loop

retrieve → record_failure → reflect(event_ids) → validate → process_promotions
         → retrieve again → report_outcome

Core rule: capture workflow outcomes and distilled lessons only — never full transcripts. Default retrieval budget: max_tokens=800.


MCP tools (29)

Core (13): retrieve, record_event, record_failure, record_correction, reflect, validate, process_promotions, report_outcome, get_policies, add_policy, add_skill, search_skills, get_skill

Extended UALL (16): learn.run.start, learn.run.event, learn.run.end, learn.store, learn.retrieve, learn.reflect, learn.validate, learn.evaluate, learn.feedback, learn.improvements, learn.analytics, learn.policies, learn.experiment, learn.rollback, learn.skills, learn.telemetry

All tools include MCP safety annotations (readOnlyHint / destructiveHint).

MCP resources (4)

  • supermemory://policies/active
  • supermemory://lessons/{lesson_id}
  • supermemory://memory/{lesson_id}/provenance
  • supermemory://skills/{skill_id}

Python SDK

from uall_python import UALLClient

client = UALLClient(storage="file")

with client.run(workflow_id="pdf-pipeline", step="planner", namespace="team:eng") as run:
    lessons = run.retrieve(step="planner", max_tokens=800)
    run.record_failure(snippet="chose OCR for searchable PDF", tags=["routing"])
    run.report_lesson_outcome(lesson_id="lesson_001", used=True, accepted=True, improved=True)

REST API

python -m uall_server

Server: http://localhost:8000 — see api/openapi.yaml.


Storage

TierBackendConfig
Default.supermemory/ JSON filesSUPERMEMORY_STORAGE_PATH or UALL_DATA_DIR
OptionalSQLiteUALL_STORAGE_BACKEND=sqlite
EnterprisePostgreSQLUALL_STORAGE_BACKEND=postgres

Project layout

SuperMemory/
├── src/supermemory_mcp/          # MCP server (29 tools, 4 resources)
├── skills/supermemory-agent-learning/   # Agent skill (SKILL.md)
├── packages/uall/                # Core learning engine
├── packages/uall_python/         # Python SDK
├── packages/uall_server/         # REST API
├── examples/                     # Cursor + Claude Desktop MCP configs
├── tests/                        # 74 tests incl. stdio MCP transport
└── docs/                         # Publishing, releases, privacy

Tests

python -m pytest tests/ -v
python -m pytest tests/test_mcp_server.py -v   # real stdio MCP transport
python -m pytest tests/test_core.py -v         # closed-loop integration

Docs

DocPurpose
docs/GIT_SETUP.mdFix commit author name/email on GitHub
docs/RELEASES.mdRelease checklist — every tag ships wheel + sdist
docs/PUBLISHING.mdPyPI, MCP Registry, Cursor & Claude directories
PRIVACY.mdPrivacy policy
skills/README.mdAgent skill install paths

MCP Registry name: io.github.YashvantHange/supermemory
PyPI package: supermemory-agent


License

MIT — see LICENSE

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