Engram
Click on "Install Server".
Wait a few minutes for the server to deploy. Once ready, it will show a "Started" state.
In the chat, type
@followed by the MCP server name and your instructions, e.g., "@Engramrecall our previous discussion about the database schema"
That's it! The server will respond to your query, and you can continue using it as needed.
Here is a step-by-step guide with screenshots.
Engram
Give your AI agents persistent memory. Zero cloud. Zero API keys. Two-minute setup.
Engram is a local-first memory server that lets AI agents like Claude, Cursor, Cline, and Windsurf remember things across sessions. It runs entirely on your machine — no external services, no data leaving your device, no monthly bills.
npm install -g @hbarefoot/engram
engram startThat's it. Your AI agent now has long-term memory.
Why Engram?
Most AI memory solutions require cloud infrastructure, API keys, and external vector databases. Engram takes a different approach:
Engram | Mem0 | Zep | |
Setup time | 2 minutes | Requires API keys + cloud setup | Requires Docker + API keys |
Dependencies | None — SQLite + local embeddings | OpenAI API, vector DB (Qdrant/Pinecone) | PostgreSQL, OpenAI API |
Data location | Your machine only | Cloud (or self-hosted with infra) | Cloud (or self-hosted with infra) |
Cost | Free forever | Pay per API call | Pay per API call |
Privacy | Complete — nothing leaves your device | Data sent to external APIs | Data sent to external APIs |
MCP native | ✅ First-class | ❌ REST only | ❌ REST only |
Engram is built for developers who want AI memory without the overhead.
Features
🔒 Fully Local — SQLite database + local embeddings (all-MiniLM-L6-v2, 23 MB). No network calls, ever
🤖 MCP Native — First-class Model Context Protocol integration. Works with Claude Desktop, Claude Code, Cline, Cursor, Windsurf, and any MCP client
🔍 Hybrid Search — Combines vector similarity with full-text search (FTS5) for accurate recall
🧹 Smart Deduplication — Automatically detects and merges similar memories (>0.92 similarity threshold)
📊 Feedback Loop — Rate memory usefulness to improve future recall accuracy
🔐 Secret Detection — Automatically blocks API keys, passwords, and tokens from being stored
⏰ Temporal Queries — Filter memories by time: "last week", "3 days ago", or exact dates
📦 Namespace Isolation — Organize memories by project, client, or any scope you need
🌐 REST API — Full HTTP API with CORS support for custom integrations
🖥️ Web Dashboard — React-based UI for browsing, searching, and managing memories
💾 Export — Export memories to Markdown, JSON, or plain text for documentation
Quick Start
1. Install
npm install -g @hbarefoot/engram2. Start the server
engram start3. Connect to your AI agent
Add Engram to your MCP client config:
Claude Desktop (~/Library/Application Support/Claude/claude_desktop_config.json):
{
"mcpServers": {
"engram": {
"command": "engram",
"args": ["start", "--mcp-only"]
}
}
}Claude Code:
claude mcp add engram -- engram start --mcp-onlyCline / Cursor / Windsurf: Add the same MCP config to your editor's settings. Engram's built-in Integration Wizard can auto-detect your setup:
engram connect4. Use it
Once connected, your AI agent can store and recall memories naturally:
You: "Remember that our API uses JWT tokens with 24-hour expiry"
Claude: stores the memory via
engram_rememberYou: (next day) "What authentication approach are we using?"
Claude: recalls via
engram_recall— "Your API uses JWT tokens with 24-hour expiry."
Memories persist across sessions, restarts, and even different AI clients sharing the same Engram instance.
MCP Tools
Engram exposes 6 tools to AI agents via the Model Context Protocol:
Tool | Description |
| Store a memory with category, entity, confidence, namespace, and tags |
| Retrieve relevant memories by semantic query with optional filters |
| Delete a specific memory by ID |
| Rate a memory as helpful or unhelpful to improve future recall |
| Generate a pre-formatted context block (markdown/xml/json) with token budget |
| Health check with memory count, model status, and configuration info |
Memory Categories
Memories are organized by type for better retrieval:
fact — Objective truths about setup, architecture, or configuration
preference — User likes, dislikes, and style choices
pattern — Recurring workflows and habits
decision — Choices made and the reasoning behind them
outcome — Results of actions taken
CLI Reference
engram start # Start MCP + REST server
engram start --mcp-only # MCP server only (for agent integration)
engram start --port 3838 # Custom port for REST API
engram remember "content" # Store a memory from the command line
engram recall "query" # Search memories
engram forget <id> # Delete a memory
engram list # List all memories
engram status # Health check and stats
engram export # Export memories to JSON
engram import <file> # Import memories from file
engram consolidate # Run deduplication and cleanup
engram agents # List detected AI agents on your system
engram connect # Interactive setup wizard for MCP clientsREST API
The REST API runs on http://localhost:3838 by default.
Endpoint | Method | Description |
| GET | Health check |
| GET | System status with stats |
| POST | Create a memory |
| GET | List memories (with pagination, category/namespace filters) |
| POST | Semantic search |
| GET | Get a single memory |
| DELETE | Delete a memory |
| POST | Run deduplication and cleanup |
| GET | Get detected memory conflicts |
Web Dashboard
Engram includes a built-in web dashboard at http://localhost:3838 when running the full server:
Dashboard — Overview of memory stats and recent activity
Memory Browser — Browse, filter, and manage all stored memories
Search — Semantic search with similarity scores
Statistics — Charts and breakdowns by category, namespace, and time
Agents — Integration hub with a setup wizard for connecting MCP clients
How It Works
Store: When an AI agent calls
engram_remember, the memory text is embedded locally using all-MiniLM-L6-v2 (a 23 MB model that runs on CPU). The embedding and metadata are stored in a local SQLite database at~/.engram/memory.db.Recall: When
engram_recallis called, the query is embedded with the same model and matched against stored memories using cosine similarity. FTS5 keyword matching runs in parallel, and results are merged using a hybrid scoring algorithm.Deduplicate: Before storing, Engram checks existing memories for similarity. Exact duplicates (>0.95) are rejected. Near-duplicates (0.92–0.95) are merged intelligently.
Learn: The
engram_feedbacktool lets agents mark memories as helpful or unhelpful. This adjusts confidence scores and influences future recall ranking.Protect: Every memory passes through secret detection before storage. API keys, passwords, tokens, and other sensitive data are automatically blocked.
Configuration
Engram stores its data and config in ~/.engram/:
~/.engram/
├── memory.db # SQLite database (memories + embeddings)
├── config.json # Server configuration
└── models/ # Cached embedding model (~23 MB)Default settings work out of the box. To customize:
// ~/.engram/config.json
{
"port": 3838,
"defaultNamespace": "default",
"recallLimit": 5,
"confidenceThreshold": 0.3,
"secretDetection": true
}Advanced Usage
Namespace Isolation
Organize memories by project or client:
# Store memories in different namespaces
engram remember "Uses Next.js 14 with app router" --namespace my-saas
engram remember "WordPress multisite with Redis cache" --namespace client-site
# Recall searches within a namespace
engram recall "what framework?" --namespace my-saasAI agents can use namespaces automatically — just include the namespace parameter in engram_remember and engram_recall calls.
Temporal Queries
Filter memories by time:
engram recall "deployment changes" --after "last week"
engram recall "API decisions" --after "2025-01-01" --before "2025-06-01"Export for Documentation
Export your project's memory as documentation:
engram export --format markdown --namespace my-project > PROJECT_CONTEXT.md
engram export --format json > memories-backup.jsonContributing
See CONTRIBUTING.md for development setup and guidelines.
git clone https://github.com/HBarefoot/engram.git
cd engram
npm install
npm run devLicense
MIT © 2026 HBarefoot
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