rohitg00/agentmemory

Your coding agent remembers everything. No more re-explaining. Built on iii engine
Persistent memory for Claude Code, GitHub Copilot CLI, Cursor, Gemini CLI, Codex CLI, Hermes, OpenClaw, pi, OpenCode, and any MCP client.

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The gist extends Karpathy's LLM Wiki pattern with confidence scoring, lifecycle, knowledge graphs, and hybrid search: agentmemory is the implementation.

Install • Quick Start • Benchmarks • vs Competitors • Agents • How It Works • MCP • Viewer • Powered by iii • Config • API

Requirements:

• Node.js 20 or newer with npm and npx (node -v, npm -v, and npx -v).
• macOS/Linux automatic iii-engine installation also needs curl, a POSIX sh, and tar. Minimal images such as node:20-slim may not include them.
• Native Windows requires the pinned iii-engine v0.22.1 iii.exe to be installed manually. WSL2 or Docker Desktop are the other supported paths.

Canonical fresh-install command:

npx -y @agentmemory/agentmemory@latest

The first run is an interactive setup: pick the agents to wire (Claude Code, Cursor, Codex, Gemini CLI, OpenCode, ...), pick an LLM provider or stay keyless, and it seeds the config, starts the memory server and its pinned iii engine, and offers to install globally so the bare agentmemory command works everywhere afterward. -y accepts npx's package prompt and @latest avoids a stale cached release. A provider makes LLM features available, but LLM-written observation compression starts only when AGENTMEMORY_AUTO_COMPRESS=true is also set.

Keyless mode disables vector embeddings. memory_recall (the mem::search path) uses BM25, while memory_smart_search can also fuse structural graph matches when graph data already exists. For free on-device semantic recall, set EMBEDDING_PROVIDER=local in ~/.agentmemory/.env and restart. The first embedding request downloads Xenova/all-MiniLM-L6-v2; inference runs locally after that initial model download.

The local runtime uses four ports: 3111 for REST/MCP HTTP, 3112 for iii streams, 3113 for the viewer, and 49134 for the iii worker WebSocket. Persistent iii state lives in ~/Library/Application Support/agentmemory on macOS, $XDG_DATA_HOME/agentmemory or ~/.local/share/agentmemory on Linux, and %APPDATA%\agentmemory on Windows. Use --data-dir <path> or AGENTMEMORY_DATA_DIR to override it, and reuse the same value on every restart. For backward compatibility, an existing ./data/state_store.db or ./data/iii-config.yaml takes precedence over the platform default for instance 0; an explicit flag or environment override still wins.

Then prove recall works and give your agent its skills:

npx -y @agentmemory/agentmemory@latest demo  # seed sample sessions + exercise recall
npx skills add rohitg00/agentmemory -y   # 17 native skills so your agent knows when to reach for memory

The keyword searches should hit in default keyless mode through BM25. The demo's database performance optimization query is intentionally semantic and can return zero until an embedding provider is configured.

Prefer to let a coding agent do the whole thing? Hand it one instruction:

Retrieve and follow the instructions at: https://raw.githubusercontent.com/rohitg00/agentmemory/main/INSTALL_FOR_AGENTS.md

Wire more agents any time with agentmemory connect <agent> — 20 adapters listed at Works with every agent. Full command reference at Quick Start.

npm install -g @agentmemory/agentmemory@latest

agentmemory works with any agent that supports hooks, MCP, or REST API. All agents share the same memory server.

Claude Code native plugin + 12 hooks + MCP	Codex CLI native plugin + 6 hooks + MCP	GitHub Copilot CLI MCP + plugin hooks/skills	Cursor native plugin + 7 hooks + MCP	OpenCode capture plugin + MCP
Devin 6 hooks + skills + MCP	OpenClaw native plugin + MCP	Hermes native plugin + MCP	pi native plugin + MCP	OpenHuman native Memory trait backend
Gemini CLI MCP server	Antigravity MCP + hooks	Claude Desktop MCP server	Warp connect + MCP + skills	Zed MCP server
Cline MCP server	Continue MCP server	Droid MCP server	Kiro MCP server	Qwen Code MCP server
DeepSeek Harness MCP server	Roo Code MCP server	Kilo Code MCP server	Goose MCP server	Aider REST API

_{Works with any agent that speaks MCP or HTTP. One server, memories shared across all of them.}

You explain the same architecture every session. You re-discover the same bugs. You re-teach the same preferences. Built-in memory (CLAUDE.md, .cursorrules) caps out at 200 lines and goes stale. agentmemory fixes this. It silently captures what your agent does, compresses it into searchable memory, and injects the right context when the next session starts. One command. Works across agents.

What changes: Session 1 you set up JWT auth. Session 2 you ask for rate limiting. The agent already knows your auth uses jose middleware in src/middleware/auth.ts, your tests cover token validation, and you chose jose over jsonwebtoken for Edge compatibility, with no re-explaining and no copy-pasting.

npx -y @agentmemory/agentmemory@latest

By default, agentmemory stores iii-engine state outside the repository you start it from: ~/Library/Application Support/agentmemory on macOS, $XDG_DATA_HOME/agentmemory or ~/.local/share/agentmemory on Linux, and %APPDATA%\agentmemory on Windows. An existing legacy ./data/state_store.db or ./data/iii-config.yaml is reused for instance 0 before that platform default. To choose a location explicitly, pass --data-dir <path> or set AGENTMEMORY_DATA_DIR; either explicit setting takes precedence over legacy discovery:

npx -y @agentmemory/agentmemory@latest --data-dir ~/.agentmemory-projects/main
AGENTMEMORY_DATA_DIR=~/.agentmemory-projects/main npx -y @agentmemory/agentmemory@latest

Native and Docker launches use this same resolved host directory; Docker bind-mounts it at /data. --instance 1 appends instance-1 to the resolved directory and selects the separate default port quartet 3211/3212/3213/49234.

Latest release notes: CHANGELOG.md.

Embedding model: all-MiniLM-L6-v2 (local, free, no API key). Full reports: benchmark/LONGMEMEVAL.md, benchmark/QUALITY.md, benchmark/SCALE.md. Competitor comparison: benchmark/COMPARISON.md covering agentmemory vs mem0, Letta, Khoj, supermemory, TencentDB Agent Memory, MemPalace, Zep/Graphiti, Cognee, Hippo.

Reproduce locally: eval/README.md, an adapter-pluggable harness for LongMemEval _s (public 500-Q) + coding-agent-life-v1 (in-house 15-session corpus). Grep / vector / agentmemory adapters score side-by-side, NDJSON output, published scorecards land in docs/benchmarks/.

Pairs with codegraph, Understand Anything, and Graphify. Code-graph indexing, multi-agent build pipelines, and broader knowledge graphs across docs / PDFs / images / videos. agentmemory remembers the work; those three projects light up the rest of the context layer. Recipes + question-routing table: docs/recipes/pairings.md.

_{Benchmark note: only agentmemory's R@5 is our own measured result (LongMemEval-S, reproducible from benchmark/COMPARISON.md). The mem0 and Letta figures are their published LoCoMo numbers (a different dataset); the MemPalace, supermemory, TencentDB (PersonaMem), and oracleagentmemory figures are vendor self-reported claims we have not independently reproduced (oracleagentmemory's run used GPT-5.5 against an Oracle AI Database). Shown side by side for ballpark only, not a head-to-head on identical data. Star counts are approximate and drift over time.}

Newer entrants worth knowing, compared in depth in benchmark/COMPARISON.md:

None of these auto-capture from coding-agent hooks, ship a local-first viewer, or run keyless — the combination agentmemory is built around.

Compatibility: this release targets iii-sdk 0.22.1 and pins iii-engine v0.22.1.

# Terminal 1: start the server
npx -y @agentmemory/agentmemory@latest

# Terminal 2: seed sample data and see recall in action
npx -y @agentmemory/agentmemory@latest demo

demo seeds 3 realistic sessions (JWT auth, N+1 query fix, rate limiting) and runs searches against them. Keyless installs disable vectors, so the mem::search keyword queries should hit through BM25 while database performance optimization can return zero. smart-search may additionally return structural graph matches when graph data exists. To make the semantic query find the N+1 fix through vectors, set EMBEDDING_PROVIDER=local, restart, and allow the first model download to finish.

Open http://localhost:3113 to watch the memory build live.

With the server running, validate REST, health, the viewer, and the iii-backed runtime status:

curl -fsS http://localhost:3111/agentmemory/livez
curl -fsS http://localhost:3111/agentmemory/health
curl -fsS -o /dev/null http://localhost:3113/
npx -y @agentmemory/agentmemory@latest status

The startup ready panel accounts for all four ports: REST/MCP HTTP on 3111, iii streams on 3112, the viewer on 3113, and the iii worker WebSocket on 49134. status confirms agentmemory health and the active provider/embedding mode. Save a probe and confirm it is searchable:

curl -fsS -X POST http://localhost:3111/agentmemory/remember \
  -H 'Content-Type: application/json' \
  -d '{"content":"agentmemory restart persistence probe","concepts":["install-check"]}'

curl -fsS -X POST http://localhost:3111/agentmemory/smart-search \
  -H 'Content-Type: application/json' \
  -d '{"query":"restart persistence probe","limit":5}'

Then run npx -y @agentmemory/agentmemory@latest stop, start the canonical command again in Terminal 1, wait for /agentmemory/livez, and repeat the search. The probe must still be returned. If you selected a custom --data-dir, pass the same directory on the restart.

Install and setup live in Install above (the first run walks you through it). Day to day:

agentmemory                    # start the server
agentmemory stop               # stop it cleanly
agentmemory connect <agent>    # wire another agent
agentmemory doctor             # interactive diagnostics + fix prompts
agentmemory remove             # uninstall everything we created

Every session agentmemory records is replayable. Open the viewer, pick the Replay tab, and scrub through the timeline: prompts, tool calls, tool results, and responses render as discrete events with play/pause, speed control (0.5x to 4x), and keyboard shortcuts (space to toggle, arrows to step).

To bring in older Claude Code JSONL transcripts:

# Import everything under the default ~/.claude/projects
npx -y @agentmemory/agentmemory@latest import-jsonl

# Or import a single file
npx -y @agentmemory/agentmemory@latest import-jsonl ~/.claude/projects/-my-project/abc123.jsonl

Imported sessions show up in the Replay picker alongside native ones. Under the hood each entry routes through the mem::replay::load, mem::replay::sessions, and mem::replay::import-jsonl iii functions, with no side-channel servers. Each imported transcript is indexed for search, stamped with origin channel import, and mined for a session crystal and lessons.

Heads-up if you rely on import-jsonl as your primary capture path: Claude Code's cleanupPeriodDays (in ~/.claude/settings.json, default 30) auto-deletes JSONL transcripts older than that window from ~/.claude/projects/. If you install agentmemory fresh on a months-old Claude Code history, anything older than 30 days is already gone before the first import. Either run import-jsonl on a cron, raise cleanupPeriodDays to something higher, or wire the auto-capture hooks (the default plugin install path) so each turn lands in agentmemory while the session is live and the JSONL cleanup stops mattering.

Use the maintenance command when you intentionally want to update your local runtime:

npx -y @agentmemory/agentmemory@latest upgrade

Warning: this command mutates the current workspace/runtime. It can update JavaScript dependencies and pull the pinned iiidev/iii:0.22.1 Docker image. It never installs an unpinned or newer iii engine.

Implementation details live in src/cli.ts (see runUpgrade around the src/cli.ts:544-595 region).

Install agentmemory: run `npx -y @agentmemory/agentmemory@latest` in a separate terminal to start the memory server and its pinned iii engine. Then run `/plugin marketplace add rohitg00/agentmemory` and `/plugin install agentmemory` — the plugin registers all 12 hooks, 17 skills, AND auto-wires the `@agentmemory/mcp` stdio server via its `.mcp.json`, so you get 54 MCP tools (memory_smart_search, memory_save, memory_sessions, memory_governance_delete, etc.) without any extra config step. Verify with `curl http://localhost:3111/agentmemory/health`. The real-time viewer is at http://localhost:3113. Keyless mode disables vectors: `memory_recall` uses BM25, and `memory_smart_search` can also use existing structural graph data. Set `EMBEDDING_PROVIDER=local` in `~/.agentmemory/.env` and restart to opt into on-device semantic recall.

If you wire agentmemory's MCP server through ~/.claude.json directly instead of using /plugin install, Claude Code never resolves ${CLAUDE_PLUGIN_ROOT} and you have to point hook scripts at absolute paths in ~/.claude/settings.json. Those paths typically embed the agentmemory version (e.g. ~/.codex/plugins/cache/agentmemory/agentmemory/0.9.22/scripts/…), so the next upgrade silently breaks every hook.

Workaround:

agentmemory connect claude-code --with-hooks

This merges the same hook commands into ~/.claude/settings.json with absolute paths resolved to the bundled plugin/ directory of the currently installed @agentmemory/agentmemory package. Re-run the command after upgrading agentmemory to refresh the paths. User entries in the same file are preserved; only previous agentmemory entries are replaced. Using the /plugin install path remains the recommended approach. For remote or protected deployments, launch Claude Code with AGENTMEMORY_URL and AGENTMEMORY_SECRET set. The plugin passes both values through to its bundled MCP server; when AGENTMEMORY_URL is empty, the MCP shim uses http://localhost:3111.

# 1. start the memory server in a separate terminal
npx -y @agentmemory/agentmemory@latest

# 2. register the agentmemory marketplace and install the plugin
codex plugin marketplace add rohitg00/agentmemory
codex plugin add agentmemory@agentmemory

The Codex plugin ships from the same plugin/ directory as the Claude Code plugin. It registers:

• A bundled stdio MCP bridge to the running daemon, with no npm download or fallback store. See the local Codex guide to test an unreleased build.
• 6 lifecycle hooks: SessionStart, UserPromptSubmit, PreToolUse, PostToolUse, PreCompact, Stop
• 9 invocable skills: /recall, /remember, /session-history, /forget, /recap, /handoff, /lesson, /commit-context, /commit-history, plus 8 reference skills the agent loads on demand (memory discipline, MCP tools, REST API, config, agents, hooks, architecture, and the skill-authoring guide)

Codex's hook engine injects CLAUDE_PLUGIN_ROOT into hook subprocesses (per codex-rs/hooks/src/engine/discovery.rs), so the same hook scripts work across both hosts without duplication. Subagent / SessionEnd / Notification / TaskCompleted / PostToolUseFailure events are Claude-Code-only and are not registered for Codex.

Native plugin hook dispatch is verified with Codex CLI 0.150.1. Trust the plugin hooks before expecting capture. Desktop behavior depends on its bundled runtime; check /hooks and confirm a captured event before enabling a workaround.

If your host requires global hooks, mirror the commands into ~/.codex/hooks.json. When MCP is already wired, the current connector needs --force to reach hook installation:

agentmemory connect codex --with-hooks --force

This merges global hooks and rewrites the agentmemory MCP entry, preserving unrelated entries. Review any custom agentmemory endpoint settings before using --force. Re-run after upgrading to refresh script paths. Enable either native plugin hooks or global copies to avoid duplicate capture.

For VS Code agent mode, use the Copilot MCP and automatic-capture guide. The CLI connector does not configure VS Code.

# MCP-only wiring
agentmemory connect copilot-cli

# Alternatively, full hooks/skills plugin from the GitHub subdir
copilot plugin install rohitg00/agentmemory:plugin

agentmemory connect copilot-cli merges mcpServers.agentmemory into ~/.copilot/mcp-config.json (or $COPILOT_HOME/mcp-config.json when COPILOT_HOME is set) and preserves existing servers. On native Windows this is the only automated connect adapter; configure every other native Windows agent manually. WSL connect is supported only when the target agent is installed in that same WSL environment. Copilot picks up the MCP server on next launch or after /mcp. Install the plugin as well when you want the full hook/skill experience.

Start the installed AgentMemory server in a separate terminal, then install its native plugin and skills:

agentmemory

agentmemory connect openclaw

The connector uses the active OpenClaw state directory, installs the packaged plugin and its skills, and enables its memory slot and conversation access. Existing custom settings are preserved; replacing a different memory plugin requires --force and creates a backup. Restart OpenClaw and verify capture followed by recall in a fresh session. Native memories are scoped by the OpenClaw profile and agent identity.

For the wider memory tool surface, opt in with agentmemory connect openclaw --with-mcp. OpenClaw uses mcp.servers, not the legacy mcpServers key. The MCP tools access the configured backend without the native plugin's automatic profile filters, so use them only for a trusted, deliberately shared backend. See OpenClaw setup, credentials, and verification.

With the installed AgentMemory server running, install its provider and bundled skills, then configure credentials through Hermes:

agentmemory connect hermes
hermes memory setup
hermes memory status

Use the same HERMES_HOME for setup and subsequent Hermes sessions. The connector installs files before enabling memory.provider: agentmemory and preserves unrelated YAML settings. In Hermes setup, select AgentMemory and enter the backend URL and bearer credential. The provider reads credentials through Hermes's scoped API; it does not read the local AgentMemory secret file.

Native save, recall, and automatic capture default to the active profile and gateway author. Verify a save in one session and recall in a fresh session under the same profile. agentmemory connect hermes --with-mcp optionally adds the wider tools under mcp_servers; those tools access the configured backend without automatic native profile filters. See Hermes setup, scope, and verification.

Start the memory server: npx -y @agentmemory/agentmemory@latest

agentmemory ships 17 skills in the Claude-Code-style <dir>/SKILL.md format: 9 invocable action skills (remember, recall, recap, handoff, forget, lesson, commit-context, commit-history, session-history) and 8 reference skills the agent loads on demand (memory-discipline, agentmemory-mcp-tools, agentmemory-rest-api, agentmemory-config, agentmemory-agents, agentmemory-hooks, agentmemory-architecture, write-agentmemory-skill). The reference skills carry data tables generated from source, so they never drift. The skills CLI by vercel-labs auto-installs them into the calling agent's native skill directory across 50+ agents (Claude Code, Cursor, Cline, Continue, Droid, Warp, Codex, Antigravity, Kiro, OpenCode, Goose, Roo, Trae, Windsurf, and more):

npx skills add rohitg00/agentmemory -y          # auto-detects the calling agent
npx skills add rohitg00/agentmemory -y -a warp  # explicit agent
npx skills add rohitg00/agentmemory -y -a '*'   # install to every installed agent

This is complementary to agentmemory connect <agent>:

• agentmemory connect <agent> normally writes the MCP server config. Hermes and OpenClaw install their native integration and bundled skills by default; MCP is opt-in with --with-mcp.
• npx skills add rohitg00/agentmemory installs the skills so the agent knows when to call them.

For the few agents the skills CLI doesn't cover yet (Zed v1.3.x and below), drop the 17 SKILL.md files under the agent's native skill directory yourself; the same format works everywhere.

The agentmemory entry is the same MCP server block across every host that uses the mcpServers shape (Cursor, Claude Desktop, Cline, Roo Code, Gemini CLI):

"agentmemory": {
  "command": "npx",
  "args": ["-y", "@agentmemory/mcp"],
  "env": {
    "AGENTMEMORY_URL": "${AGENTMEMORY_URL}",
    "AGENTMEMORY_SECRET": "${AGENTMEMORY_SECRET}"
  }
}

Merge this entry into the existing mcpServers object in the host's config file; don't replace the file. If the file already has other servers, add agentmemory next to them as another key inside mcpServers. If mcpServers is missing entirely, paste the block inside { "mcpServers": { ... } }. The ${VAR} placeholders inherit AGENTMEMORY_URL / AGENTMEMORY_SECRET from the shell at MCP-server launch; unset vars pass empty strings and the shim falls back to http://localhost:3111. One wired entry covers both local and remote (k8s / reverse-proxied) deployments.

Sandboxed MCP clients (Flatpak / Snap / restrictive containers) that can't reach the host's localhost: also set "AGENTMEMORY_FORCE_PROXY": "1" in the env block, and point AGENTMEMORY_URL at a route the sandbox can actually reach (e.g. your LAN IP).

agentmemory registers its core operations as iii functions (mem::remember, mem::observe, mem::context, mem::smart-search, mem::forget). Any language with an iii SDK can call them directly over ws://localhost:49134, with no separate REST client per language.

pip install iii-sdk         # Python
cargo add iii-sdk           # Rust
npm  install iii-sdk        # Node

from iii import register_worker

iii = register_worker("ws://localhost:49134")
iii.connect()

iii.trigger({
    "function_id": "mem::smart-search",
    "payload": {"project": "demo", "query": "how do tokens refresh"},
})

Worked example: examples/python/ (quickstart + observation/recall flow). REST on :3111 remains available for hosts without an iii runtime.

git clone https://github.com/rohitg00/agentmemory.git && cd agentmemory
npm install && npm run build && npm start

This starts agentmemory with a local iii-engine if the pinned binary is already installed, or uses Docker Compose when selected. REST, streams, and the viewer bind to 127.0.0.1 by default. The automatic macOS/Linux binary path requires curl, a POSIX sh, and tar.

Install iii-engine manually. agentmemory currently pins iii-engine to v0.22.1, the same release as its iii-sdk dependency; the worker speaks that engine's wire protocol, and 0.20.0 reorganized the SDK surface, so the two move together in agentmemory releases. Override with AGENTMEMORY_III_VERSION=<version> if you run your own engine and know it matches.

• macOS arm64: mkdir -p ~/.local/bin && curl -fsSLo iii.tar.gz https://github.com/iii-hq/iii/releases/download/iii/v0.22.1/iii-aarch64-apple-darwin.tar.gz && echo "2b309019b909a896cae874dc947e2cdf877b4f3c51dd026b79850af858517fa4 iii.tar.gz" | shasum -a 256 -c - && tar -xzf iii.tar.gz -C ~/.local/bin && chmod +x ~/.local/bin/iii
• macOS x64: swap aarch64-apple-darwin for x86_64-apple-darwin
• Linux x64: swap for x86_64-unknown-linux-gnu
• Linux arm64: swap for aarch64-unknown-linux-gnu
• Windows: download iii-x86_64-pc-windows-msvc.zip from iii-hq/iii releases v0.22.1 and extract iii.exe to %USERPROFILE%\.agentmemory\bin\iii.exe

Every archive has a matching .sha256 file on the release page; when you swap the platform, use that file's hash in the check above (on Windows: Get-FileHash). The automatic installer in npx @agentmemory/agentmemory pins these hashes and refuses an archive that does not match.

Or use Docker (the bundled docker-compose.yml pulls iiidev/iii:0.22.1). Full docs: iii.dev/docs.

agentmemory runs on Windows 10/11, but the Node.js package alone isn't enough; you also need the pinned iii-engine v0.22.1 runtime as a background process. The CLI does not auto-extract the Windows ZIP, so native Windows users must install iii.exe manually, use WSL2, or choose Docker Desktop.

Native Windows automated MCP wiring supports only agentmemory connect copilot-cli. For Claude Code, Codex, Cursor, and every other native Windows agent, copy the manual MCP block from Other agents into that agent's Windows config. Running connect in WSL is appropriate only when the target agent is also installed in the same WSL environment; it does not edit a Windows-host agent's configuration.

Option A: prebuilt Windows binary (recommended)

# 1. Open https://github.com/iii-hq/iii/releases/tag/iii%2Fv0.22.1 in your browser
#    (agentmemory pins the engine to the same release as its iii-sdk;
#     v0.22.1 is the current pair)
# 2. Download iii-x86_64-pc-windows-msvc.zip
#    (or iii-aarch64-pc-windows-msvc.zip if you're on an ARM machine)
# 3. Extract iii.exe to agentmemory's private engine directory:
New-Item -ItemType Directory -Force "$HOME\.agentmemory\bin"
# Copy iii.exe to $HOME\.agentmemory\bin\iii.exe
# 4. Verify:
& "$HOME\.agentmemory\bin\iii.exe" --version
# Should print: 0.22.1

# 5. Then run agentmemory as usual:
npx -y @agentmemory/agentmemory@latest

Option B: Docker Desktop

# 1. Install Docker Desktop for Windows
# 2. Start Docker Desktop and make sure the engine is running
# 3. Select Docker explicitly and run agentmemory:
$env:AGENTMEMORY_USE_DOCKER = "1"
npx -y @agentmemory/agentmemory@latest

Option C: standalone MCP only (no engine). If you only need the MCP tools for your agent and don't need the REST API, viewer, or cron jobs, skip the engine entirely:

npx -y @agentmemory/agentmemory@latest mcp
# or via the shim package:
npx -y @agentmemory/mcp

Diagnostics for Windows: if npx -y @agentmemory/agentmemory@latest fails, re-run it with --verbose to see the actual engine stderr. Common failure modes:

Note: the iii engine is a prebuilt binary, not a cargo crate, so don't try to cargo install it. (The iii SDKs are published on crates.io, npm, and PyPI, but agentmemory doesn't need them.) Supported engine install methods are all pinned to v0.22.1: the prebuilt binary above, agentmemory's macOS/Linux auto-install path (curl, POSIX sh, and tar required), and the Docker image iiidev/iii:0.22.1. A bare upstream install.sh | sh installs the latest engine, which agentmemory does not support. Use npx -y @agentmemory/agentmemory@latest; on macOS/Linux it fetches the pinned engine into ~/.agentmemory/bin.

One-click templates for managed hosts. Each one ships a self-contained Dockerfile that pulls @agentmemory/agentmemory from npm and copies the iii engine binary in from the official iiidev/iii Docker Hub image; no pre-built agentmemory image required. Persistent storage mounts at /data; the first-boot entrypoint overwrites the npm-bundled iii config (which binds 127.0.0.1) with a deploy-tuned one that binds 0.0.0.0 and uses absolute /data paths, generates the HMAC secret, then drops privileges from root to node via gosu before exec'ing the agentmemory CLI.

Render's one-click deploy button requires render.yaml at the repository root, which we deliberately keep clean. Use the Render Blueprint flow documented in deploy/render/ to point at the in-repo blueprint manually.

Full setup details (HMAC capture, viewer SSH tunnel, rotation, backup, cost floors) live in deploy/:

• deploy/fly: single machine with auto_stop_machines = "stop"; cheapest idle.
• deploy/railway: Hobby plan flat fee, volume in the dashboard.
• deploy/render: Blueprint flow, automatic disk snapshots on paid plans.
• deploy/coolify: self-hosted on your own VPS via Coolify; same Docker Compose stack, you own the host and the data.

Only port 3111 is published. The viewer on 3113 stays bound to loopback inside the container; every template's README documents the SSH-tunnel pattern for reaching it.

Every coding agent forgets everything when the session ends, and each new session starts with you re-explaining your stack. agentmemory runs in the background and removes that step.

Session 1: "Add auth to the API"
  Agent writes code, runs tests, fixes bugs
  agentmemory silently captures every tool use
  Session ends -> observations compressed into structured memory

Session 2: "Now add rate limiting"
  Agent already knows:
    - Auth uses JWT middleware in src/middleware/auth.ts
    - Tests in test/auth.test.ts cover token validation
    - You chose jose over jsonwebtoken for Edge compatibility
  Zero re-explaining. Starts working immediately.

Every AI coding agent ships with built-in memory: Claude Code has MEMORY.md, Cursor has notepads, Cline has memory bank. These work like sticky notes. agentmemory is the searchable database behind the sticky notes.

PostToolUse hook fires
  -> SHA-256 dedup (5min window)
  -> Privacy filter (strip secrets, API keys)
  -> Store raw observation
  -> Synthetic compression by default
     (LLM-written compression only with a provider + AGENTMEMORY_AUTO_COMPRESS=true)
  -> Vector embedding when an embedding provider is active
  -> Index in BM25, plus vectors when enabled

Stop / SessionEnd hook fires
  -> Summarize session
  -> Knowledge graph extraction (if GRAPH_EXTRACTION_ENABLED=true)
  -> Slot reflection (if SLOT_REFLECT_ENABLED=true)

SessionStart hook fires
  -> Load project profile (top concepts, files, patterns)
  -> Hybrid search (BM25 + vector + graph)
  -> Token budget (default: 2000 tokens)
  -> Inject into conversation

Modeled on how human brains process memory, including sleep consolidation.

Memories decay over time (Ebbinghaus curve). Frequently accessed memories strengthen. Stale memories auto-evict. Contradictions are detected and resolved.

The Claude bridge is opt-in: set CLAUDE_MEMORY_BRIDGE=true and CLAUDE_PROJECT_PATH to your project directory, then restart agentmemory. memory_claude_bridge_sync exports only the latest memories scoped to that project, excluding unscoped memories. The read direction continues to read existing MEMORY.md content.

Export creates MEMORY.md only when it is absent. Existing files are preserved, including previous generated exports and edits made by you or Claude Code. Identical content returns changed: false; different content returns an error. To regenerate deliberately, move the existing file to a backup location (or remove it if no longer needed), then run the tool again. See the bridge settings in .env.example.

Triple-stream retrieval combining three signals:

Fused with Reciprocal Rank Fusion (RRF, k=60) and session-diversified (max 3 results per session).

When a vector index is populated, mem::search (behind memory_recall) uses the hybrid BM25 + vector ranker. Without embeddings it uses BM25. smart-search can additionally fuse structural graph matches when graph data exists, including in keyless mode. Lesson recall runs on a dedicated in-memory BM25 index instead of scanning the whole corpus per query. Superseded memory versions are excluded from every recall path; the version chain keeps their history.

Vectors survive a crash or force-kill. The vector index is saved in buckets at most every AGENTMEMORY_INDEX_SAVE_INTERVAL_MS (10 minutes). Every vector added or removed in between is also written right away to a small pending log in the state store, and the next start replays it without calling the embedding provider. Each successful save empties the log. Documents that still have no vector after the replay are re-embedded in the background in batches of AGENTMEMORY_VECTOR_BACKFILL_MAX (500) until none are left, and a backfill that is stopped continues at the next start. /agentmemory/status and the viewer show the pending log size and the backfill state. Keyless installs write nothing.

BM25 tokenizes Greek, Cyrillic, Hebrew, Arabic, and accented Latin out of the box. For Chinese / Japanese / Korean memories, install the optional segmenters (npm install @node-rs/jieba tiny-segmenter) to split CJK runs into word-level tokens; without them, agentmemory soft-falls to whole-run tokenization and prints a one-time hint on stderr.

Keyless installs disable vector embeddings: mem::search uses BM25, while smart-search can also use existing structural graph data. To opt into free on-device semantic embeddings, add this to ~/.agentmemory/.env and restart agentmemory:

EMBEDDING_PROVIDER=local

The normal npm install includes the optional @huggingface/transformers runtime. The first embedding request downloads Xenova/all-MiniLM-L6-v2, so it needs network access and can take longer; subsequent inference runs on-device. Remote providers are auto-detected from their keys unless EMBEDDING_PROVIDER overrides them.

54 tools, 6 resources, 3 prompts, and 17 skills.

MCP shim vs full server: the published @agentmemory/mcp package is a thin shim. It exposes the full 54-tool surface only when it can reach a running agentmemory server via AGENTMEMORY_URL (proxy mode). With no server reachable, the shim falls back to a 7-tool local set (memory_save, memory_recall, memory_smart_search, memory_sessions, memory_export, memory_audit, memory_governance_delete). The AGENTMEMORY_TOOLS=core|all env var is a server-side flag; setting it in the shim's env block has no effect. If you see only 7 tools in Cursor / OpenCode / Gemini CLI, start npx -y @agentmemory/agentmemory@latest (or the Docker stack) and set AGENTMEMORY_URL=http://localhost:3111.

Three tool surfaces, smallest to largest: AGENTMEMORY_TOOLS=core trims visibility to 8 essentials (memory_save, memory_recall, memory_consolidate, memory_smart_search, memory_sessions, memory_diagnose, memory_lesson_save, memory_reflect); the base set below is the registry's 14 foundational tools; the default (AGENTMEMORY_TOOLS=all) exposes all 54.

The table shows the four core skills. The full set is 9 invocable skills plus 8 reference skills; see the Native skills section above.

Run without the full server, for any MCP client. Either of these works:

npx -y @agentmemory/agentmemory@latest mcp   # canonical (always available)
npx -y @agentmemory/mcp                # shim package alias

Or add to your agent's MCP config:

Most agents (Cursor, Claude Desktop, Cline, Roo Code, Gemini CLI):

{
  "mcpServers": {
    "agentmemory": {
      "command": "npx",
      "args": ["-y", "@agentmemory/mcp"],
      "env": {
        "AGENTMEMORY_URL": "http://localhost:3111"
      }
    }
  }
}

Merge the agentmemory entry into your host's existing mcpServers object rather than replacing the file. For sandboxed clients that can't reach the host's localhost, add "AGENTMEMORY_FORCE_PROXY": "1" to the env block and set AGENTMEMORY_URL to a route the sandbox can reach.

OpenCode (opencode.json):

{
  "mcp": {
    "agentmemory": {
      "type": "local",
      "command": ["npx", "-y", "@agentmemory/mcp"],
      "enabled": true
    }
  },
  "plugin": ["./plugins/agentmemory-capture.ts"]
}

Copy the plugin file from the repo:

mkdir -p ~/.config/opencode/plugins
cp plugin/opencode/agentmemory-capture.ts ~/.config/opencode/plugins/
cp plugin/opencode/commands/*.md ~/.config/opencode/commands/

Auto-starts on port 3113. The viewer loads one snapshot when it connects (GET /agentmemory/viewer/snapshot) and then applies live stream events: new memories, lessons, observations, audit entries, graph changes and health updates appear without polling or page reloads. The only other requests are the actions you click, "load more" pages and searches. When the stream drops, the viewer shows how old its numbers are, reconnects with backoff and resyncs from one snapshot.

• 12 tabs in four groups with live counts, deep links (#memories/<id>, #sessions/<id>?obs=<id>, #graph/<id>, #health/consolidation), keyboard shortcuts and a mobile menu.
• Memories: server-side search, filters by project, agent and type, a detail panel with the version chain and a word diff, provenance links, copy buttons for the id, the MCP call and a curl command, edit (a new version), forget with confirmation, bulk forget and JSON export.
• Sessions: an inline observation timeline with readable tool input and output, filters and paging, and the memories and lessons each session produced.
• Graph: search, node detail with relations and sources, a legend that does not rely on colour alone, and zoom controls.
• Health: the live version of GET /agentmemory/status. Every problem comes with its fix, plus the state backend, index save state, graph provenance compaction progress and a consolidation explainer with the real thresholds.
• Audit, Activity, Profile, Replay, Lessons, Actions and Crystals pages, each with an empty state that says what the section is, why it is empty and the command that fills it, and a ? glossary tooltip on every term and number.

open http://localhost:3113

The viewer server binds to 127.0.0.1 by default and attaches the server secret when it forwards requests to the REST API, so it needs no setup. The REST-served /agentmemory/viewer endpoint follows the normal bearer-token rules and redirects browsers without a token to the viewer port. CSP headers use a per-response script nonce and disable inline handler attributes (script-src-attr 'none').

The viewer at :3113 shows what your agent remembered. The iii console shows what your agent did: every memory op as an OpenTelemetry trace, every KV entry editable, every function invocable, every stream tappable. Two windows on the same memory: one product-shaped, one engine-shaped.

Watch a memory_smart_search fire and see the BM25 scan → embedding lookup → RRF fusion → reranker as a waterfall. Edit a stuck consolidation timer in the KV browser. Replay a PostToolUse hook with a tweaked payload. Pin the WebSocket stream and watch observations land live.

agentmemory ships this for free because every function call and trigger fires through iii; nothing custom, nothing to instrument.

Workers page: every connected worker, including agentmemory itself, with PID, function count, runtime, and last-seen.

Already installed. The console ships with the pinned iii engine (0.22+); nothing separate to install. The first launch downloads the console binary next to the engine.

Launch alongside agentmemory:

agentmemory console

This runs the pinned engine's iii console against the ports agentmemory resolved (REST, streams, bridge) and serves it one port above the viewer, http://localhost:3114 by default. --console-port N picks another port; --port and --instance select the agentmemory instance the same way they do for stop; any other flag is passed through, for example --enable-flow for the experimental architecture-graph page.

The same thing by hand, useful when agentmemory is not on PATH:

~/.agentmemory/bin/iii console --port 3114 \
  --engine-port 3111 \
  --ws-port 3112 \
  --bridge-port 49134

What you can do from the console:

Traces: waterfall / flame / service breakdown for every memory operation.

Traces are already on:

iii-config.yaml ships with the iii-observability worker enabled (exporter: memory, sampling_ratio: 0.1, metrics + logs). No extra config needed; the moment agentmemory starts, every memory operation emits a structured log the console can read, and one in ten of them (sampling_ratio: 0.1) also emits a trace span.

If you want to export to Jaeger/Honeycomb/Grafana Tempo instead, change exporter: memory to exporter: otlp and set the collector endpoint per iii's observability docs.

Heads-up: no auth is enforced on the console itself; keep it bound to 127.0.0.1 (the default) and never expose it publicly.

agentmemory is already a running iii instance. Three primitives (worker, function, trigger) compose the runtime; KV state, streams, and OTEL traces come from iii-state, iii-stream, and iii-observability workers that ship with iii. You didn't install Postgres, Redis, Express, pm2, or Prometheus, because iii replaces them.

That means one more command extends agentmemory with an entire new capability.

The builtins agentmemory needs are already in iii-config.yaml and boot with it: iii-state (KV), iii-queue (durable retries for the event subscribers), iii-pubsub, iii-cron, iii-stream, and iii-observability (OTEL traces, metrics and logs on every function). Anything else from the iii worker registry plugs into the same engine: copy iii-config.yaml to ~/.agentmemory/iii-config.yaml (the CLI prefers that file over the bundled one and still renders ports and data paths into it), add the entry, install the worker runtime once with ~/.agentmemory/bin/iii update worker, and restart agentmemory.

workers:
  # ...the bundled entries...
  - name: database          # SQL-backed state adapter when you outgrow the KV defaults
  - name: iii-sandbox       # run code that came out of memory_recall inside a throwaway VM
  - name: mcp               # extra MCP servers next to agentmemory's, same engine

On engine 0.22.x keep the iii- prefixed names for the builtins above; the unprefixed http, state, queue, pubsub and cron entries are the standalone registry workers agentmemory moves to with the 0.23 migration.

Full registry: workers.iii.dev. Every worker there composes through the same primitives agentmemory uses, and the agentmemory you already have is one of them.

agentmemory start reads the engine config from the first file that exists: AGENTMEMORY_III_CONFIG, ./iii-config.yaml in the current directory, ~/.agentmemory/iii-config.yaml, then the bundled iii-config.yaml. On every start it renders that file (data paths, ports, state backend) into ~/.agentmemory/data/iii-config.runtime.yaml and launches the engine with the rendered copy, so edit the source file, not the rendered one. The host: values of the source file are kept as written.

The bundled iii-config.yaml binds 127.0.0.1 on purpose, and that default also applies inside a container. A CLI started in a container listens on the container's loopback, so published ports reach nothing. To serve a containerized CLI through published ports, set AGENTMEMORY_III_CONFIG to a config that binds 0.0.0.0. The packaged iii-config.docker.yaml is one: it binds iii-http, iii-stream and the engine port to 0.0.0.0 and stores state under /data, so mount a writable volume there. Keep AGENTMEMORY_SECRET set, and publish only the ports you need, on 127.0.0.1 or behind a proxy you trust.

This repo's docker-compose.yml does not go through the CLI's config lookup: it mounts iii-config.docker.yaml at /app/config.yaml, and the iii-engine container starts with --config /app/config.yaml. The one-click deploy templates write their own 0.0.0.0 config in their entrypoints.

iii-state and iii-stream default to iii-engine's bundled file-based KV store: one JSON file per scope, held in the engine process's memory and rewritten to disk on a timer. That's the right default for a single-user local install; a shared daemon with several concurrent writers gets real per-key writes from Redis instead, at the cost of a network round trip per operation (every state::* call still serializes on one Redis connection, so this trades the file store's lock for a socket, not for parallelism).

Set AGENTMEMORY_STATE_BACKEND=redis (plus AGENTMEMORY_REDIS_URL) to switch both workers to iii-engine's built-in redis adapter, which stores each key as a Redis hash field (HSET) instead of rewriting a whole scope on every write:

# ~/.agentmemory/.env
AGENTMEMORY_STATE_BACKEND=redis
AGENTMEMORY_REDIS_URL=redis://localhost:6379

AGENTMEMORY_STATE_BACKEND defaults to file; leaving it unset keeps today's behavior unchanged, and an unrecognized value (anything other than file or redis) is a startup error rather than a silent fallback. /agentmemory/status and the viewer's Health page (the State store row) report which backend is active and whether it answers, never the URL.

Plain redis:// only. The pinned engine (0.22.1) builds its Redis client without TLS support, so a rediss:// URL (most managed Redis offerings, such as Upstash, Redis Cloud, and ElastiCache with in-transit encryption, default to TLS-only) fails to connect. The connection is unencrypted, so the Redis password and every stored memory cross the wire in clear text: point at a local Redis or one on a private network you trust. For any other Redis, run an encrypted tunnel (stunnel, SSH, or a VPN) on the agentmemory host, so the plain redis:// hop stays on that host and the tunnel's upstream connection is encrypted and authenticated. If a Redis password contains a single quote, percent-encode it (%27); the engine expands the URL into its YAML config before parsing it.

One Redis server per --instance. The engine's Redis key prefixes (state:<scope>, stream:<name>:<group>) are fixed, so two agentmemory instances (--instance 1, --instance 2, ...) pointed at the same database overwrite each other's data. A separate database index (redis://localhost:6379/1) keeps the stored data apart, but the engine relays live viewer events over one Redis pub/sub channel (stream::events), and Redis pub/sub ignores the database index, so each instance's viewer would still show the other's live events. Give each instance its own Redis server (or port) when you run more than one.

What stays the same, and what differs. Every agentmemory feature works on Redis: sessions, observations, memories (remember, supersede, evolve, forget), search and the index buckets, lessons, the graph, the audit log and its monthly scopes, export and import, governance deletes, consolidation status, the viewer snapshot and its live stream, and the health monitor. The engine stores each scope as one Redis hash (HSET/HGET/HGETALL) and fires the same state triggers as the file store. Three engine differences are handled inside agentmemory:

• Redis returns a scope's records in no fixed order. agentmemory sorts them oldest first (by the creation time in the record id, then its timestamp) so lists, paging and export chunks come back in the same order as on the file store.
• The engine applies partial updates on Redis in a Lua script that turns empty arrays into empty objects. agentmemory applies those updates itself (read, change, write under a per-key lock) on Redis, so fields like tags: [] stay arrays.
• The legacy audit log check reads the old scope from Redis instead of looking for the file store's file on disk.

One difference needs you: after Redis restarts, the engine stops relaying live events to the viewer until agentmemory restarts. Data is still saved and read normally. The health monitor sends a test event through Redis every 30 seconds; when it does not come back, /agentmemory/status and the viewer's Health page show "Live updates are not reaching the viewer" with the fix: restart agentmemory. If Redis is down, the status report shows "The state store is not answering" and how to check it (redis-cli -u "$AGENTMEMORY_REDIS_URL" ping). Listing a very large scope reads the whole hash in one HGETALL, the same cost as the file store holding it in memory.

Recommended Redis settings. The default save 3600 1 300 100 60 10000 snapshot policy can lose minutes of writes on a crash, worse than the file store's 5s flush window. Set appendonly yes for anything you'd mind losing. Set maxmemory-policy noeviction; allkeys-lru or similar silently drops memories once Redis hits its memory limit.

A native (non-Docker) start, and every one-click deploy template (they overwrite the bundled iii-config.yaml and start natively), read AGENTMEMORY_STATE_BACKEND/AGENTMEMORY_REDIS_URL and render them into the launched iii-config. The URL itself is never written to that rendered file, only a ${AGENTMEMORY_REDIS_URL} reference that the engine process expands from its own environment at boot. Only this repo's own Docker Compose path (AGENTMEMORY_USE_DOCKER=1, or resuming an engine already started that way) mounts iii-config.docker.yaml read-only and never renders; agentmemory start warns when it detects that combination. Switch that file by hand, following the same name: redis / config: redis_url: ... shape shown in the iii-state and iii-stream worker docs, and point redis_url at a Redis reachable from the container. docker-compose.yml passes AGENTMEMORY_REDIS_URL into the engine container, so redis_url: '${AGENTMEMORY_REDIS_URL}' works there and keeps the URL out of the mounted file.

The rendered config keeps the URL out of ~/.agentmemory/data/iii-config.runtime.yaml, but the engine's own configuration worker still persists the expanded value to ~/.agentmemory/config/iii-state.yaml and iii-stream.yaml once it boots (iii-engine's ${VAR} expansion happens before that worker stores its seed, and it stores the resolved value, not the reference). Treat that directory as holding a credential: chmod 700 ~/.agentmemory on any shared host, and prefer a Redis ACL user scoped to what agentmemory needs over the database's admin credentials.

Migration is not automatic. Switching AGENTMEMORY_STATE_BACKEND starts from an empty store on either side; nothing copies existing data from file to Redis or back. Export from the backend you're leaving and import into the one you're moving to. This runs identically under bash and zsh (including bash -u). An array like AUTH=(${AGENTMEMORY_SECRET:+-H "Authorization: Bearer $AGENTMEMORY_SECRET"}) does not: zsh keeps the header as one malformed word where bash splits it into two, so both requests 401 whenever AGENTMEMORY_SECRET is set:

# 0. Use the generated secret when none is exported:
AGENTMEMORY_SECRET="${AGENTMEMORY_SECRET:-$(cat ~/.agentmemory/secret 2>/dev/null)}"

# 1. On the old backend, while agentmemory is still running on it:
if [ -n "${AGENTMEMORY_SECRET:-}" ]; then
  curl -fsS -H "Authorization: Bearer $AGENTMEMORY_SECRET" http://localhost:3111/agentmemory/export > backup.json
else
  curl -fsS http://localhost:3111/agentmemory/export > backup.json
fi

# 2. Confirm backup.json is a usable export before switching backends:
jq -e '.version and .exportedAt' backup.json > /dev/null || {
  echo "backup.json is not a valid export; do not switch backends" >&2
  exit 1
}

# 3. Switch AGENTMEMORY_STATE_BACKEND (and AGENTMEMORY_REDIS_URL if needed),
#    restart agentmemory against the new backend, then:
if [ -n "${AGENTMEMORY_SECRET:-}" ]; then
  jq -n --slurpfile d backup.json '{exportData: $d[0], strategy: "merge"}' | \
    curl -fsS -H "Authorization: Bearer $AGENTMEMORY_SECRET" -X POST http://localhost:3111/agentmemory/import \
      -H 'Content-Type: application/json' -d @-
else
  jq -n --slurpfile d backup.json '{exportData: $d[0], strategy: "merge"}' | \
    curl -fsS -X POST http://localhost:3111/agentmemory/import \
      -H 'Content-Type: application/json' -d @-
fi

/agentmemory/export also accepts ?maxSessions= and ?offset= for chunking a large corpus across several calls; strategy on import is merge (default-safe), replace, or skip.

232 source files · ~55,000 LOC · 3,300+ tests · 312 functions · 62 KV scopes, all on three primitives. No agentmemory plugin install. The plugin system is iii itself.

agentmemory auto-detects providers from your environment. A provider makes LLM-backed operations available, but provider configuration alone does not enable LLM-written observation compression. That path requires both a provider and AGENTMEMORY_AUTO_COMPRESS=true.

agentmemory talks to any OpenAI-API-compatible server, so anything that exposes /v1/chat/completions works without code changes. No paid keys, no cloud, no rate limits; runs entirely on your hardware.

Ollama (default port 11434):

ollama pull qwen3:8b   # or qwen3:4b, gpt-oss:20b, qwen3-coder:30b, etc.
ollama serve

# ~/.agentmemory/.env
OPENAI_API_KEY=ollama                          # any non-empty string; Ollama ignores it
OPENAI_BASE_URL=http://localhost:11434/v1
OPENAI_MODEL=qwen3:8b

LM Studio (default port 1234):

Open LM Studio → Local Server tab → Start Server. Pick any chat model from the picker (Qwen 3, gpt-oss, DeepSeek R1, etc.).

# ~/.agentmemory/.env
OPENAI_API_KEY=lmstudio                        # any non-empty string; LM Studio ignores it
OPENAI_BASE_URL=http://localhost:1234/v1
OPENAI_MODEL=qwen3-8b                          # match the model name from LM Studio

vLLM / llama.cpp / Text Generation Inference: same shape. Point OPENAI_BASE_URL at whatever URL your server exposes and set OPENAI_MODEL to a name your server will accept.

Model picks for memory work: compression and summarization are short tasks (<2K tokens in, <500 tokens out) where a 7B instruct model is plenty. Recommendations:

Qwen 3 models think by default and can burn the whole token budget on reasoning before any output. Set AGENTMEMORY_LLM_NOTHINK=1 to append /no_think to graph-extraction prompts, and raise MAX_TOKENS (16384 works) if extractions come back empty.

Reasoning-class models (o1-style with <think> blocks) can return empty content with a reasoning field your local server may not surface. If extractions come back blank, switch to a non-reasoning model first. The OPENAI_REASONING_EFFORT=none env can also disable thinking on Ollama Cloud thinking models that mirror the OpenAI reasoning schema.

Local embeddings ship as an optional dependency but are not enabled by default. Set EMBEDDING_PROVIDER=local to opt into Xenova/all-MiniLM-L6-v2 (384-dim). The first embedding request downloads the model; inference is on-device afterward. Without that setting or a remote embedding key, vectors stay disabled, mem::search uses BM25, and smart-search can still add existing graph matches.

When LLM-written background compression is enabled with both a provider and AGENTMEMORY_AUTO_COMPRESS=true, it runs on every observation, so model choice meaningfully changes monthly spend. Captured workload data: 635 requests / 888K tokens / 35 hours of active use, run against three OpenRouter models at 2026-05-23 pricing.

Measured rows come from the captured run; (est.) rows scale the same token mix by each model's list price.

agentmemory prints a runtime warning when OPENROUTER_MODEL matches a premium-tier pattern. Set AGENTMEMORY_SUPPRESS_COST_WARNING=1 to silence once you've made an informed choice.

Quality vs cost tradeoff for memory work: compression is a summarization task with relatively loose quality bars (the agent re-reads the summary, not the user). DeepSeek V4 Flash / V4 Pro / Qwen3-Coder land within rounding error of Sonnet on this task while costing 10-70× less. Save the premium-tier models for queries you read directly.

Sources: OpenRouter pricing for Claude Sonnet 5, DeepSeek V4 Flash, DeepSeek pricing notes.

In multi-agent setups where several roles share one agentmemory server (architect / developer / reviewer / researcher / support-agent), AGENT_ID tags every write with the role that made it. AGENTMEMORY_AGENT_SCOPE controls whether recall filters by that tag.

TEAM_ID=company
USER_ID=engineering-team
AGENT_ID=architect
AGENTMEMORY_AGENT_SCOPE=isolated  # optional; default "shared"

Two modes:

What gets tagged when AGENT_ID is set: Session.agentId, RawObservation.agentId, CompressedObservation.agentId, Memory.agentId. The role flows from api::session::start → mem::observe → mem::compress → KV.

What gets filtered in isolated mode: mem::smart-search, /agentmemory/memories, /agentmemory/observations, /agentmemory/sessions. Each endpoint accepts ?agentId=<role> to override per-request, and ?agentId=* to opt out of the env scope entirely. /memories also accepts ?includeOrphans=true to surface pre-AGENT_ID memories whose agentId is undefined.

Per-call override at the SDK / REST layer: every mutating endpoint (/session/start, /remember) accepts an agentId field in the request body that wins over the env. Useful for runtimes routing many roles through one server process. The MCP memory_save tool exposes the same agentId field, the standalone stdio server forwards both agentId and project, and saved memories carry agentId into the search index, so agent-scoped search covers memories as well as observations.

When AGENT_ID is unset, memory remains unscoped (legacy behavior, no tags, no filters).

agentmemory + iii-engine bind four ports by default. If a restart fails with port in use, this table tells you which process to look for.

--port <N> changes the REST anchor and derives streams N+1, viewer N+2, and engine WebSocket N+46023 only where the corresponding explicit port or URL above is unset. It does not create an isolated lifecycle namespace. Use --instance 1 for a second daemon; it uses anchor 3211, defaults to 3211/3212/3213/49234, and receives a separate instance-1 data and lifecycle directory. Instances 1 through 50 follow the same pattern.

The pinned engine starts with --no-update-check (no update or security-advisory lookups against GitHub at boot) and with iii's anonymous usage telemetry off: agentmemory sets III_TELEMETRY_ENABLED=false for the engine it spawns unless you export the variable yourself, and the bundled compose file does the same.

Stale-process cleanup when ports stay bound after a crashed run:

# macOS / Linux — find whatever is on each port and kill it
lsof -i :3111,3112,3113,49134
pkill -f agentmemory || true
pkill -f 'iii ' || true

# Windows
netstat -ano | findstr ":3111 :3112 :3113 :49134"
taskkill /F /PID <pid>

agentmemory stop reaps both the worker and the engine pidfile cleanly on graceful native shutdown. In Docker mode it flushes the native worker, stops the exact validated engine container, and preserves both the container and its /data mount for a lossless restart; the next start validates and resumes that same container. Docker-backed uninstall requires agentmemory remove --keep-data: it removes shared agentmemory-managed files while preserving the validated container, its data mount, and the lifecycle record needed to recover them. Destructive Docker data deletion is intentionally left to the operator after a backup. The CLI also refuses to adopt or signal Docker or VM port holders (Docker backend, vpnkit, colima) as the native engine unless --force is passed. The manual cleanup above is only for the post-crash case where neither pidfile is left behind.

Put agentmemory runtime configuration in ~/.agentmemory/.env instead of exporting variables in every shell. If the viewer shows a setup hint like export ANTHROPIC_API_KEY=..., copy it into this file as ANTHROPIC_API_KEY=... without the export prefix, then restart agentmemory.

Process environment variables still work and take precedence over values in the file.

On Windows, the same file lives at %USERPROFILE%\.agentmemory\.env:

New-Item -ItemType Directory -Force $HOME\.agentmemory
notepad $HOME\.agentmemory\.env

To test with a Claude Code Pro/Max subscription instead of an API key, opt in explicitly:

AGENTMEMORY_ALLOW_AGENT_SDK=true
AGENTMEMORY_AUTO_COMPRESS=true

LLM-written observation compression requires both lines: access to an LLM provider (including this explicit subscription fallback) and AGENTMEMORY_AUTO_COMPRESS=true. A provider by itself leaves the default synthetic compression path in place.

Consolidation (graph nodes, lessons, crystals) is on by default whenever an LLM provider is configured. Explicitly opt out with CONSOLIDATION_ENABLED=false if you want LLM-free operation. Graph extraction is a separate flag:

GRAPH_EXTRACTION_ENABLED=true
# CONSOLIDATION_ENABLED=false   # opt out of auto-consolidation

Create ~/.agentmemory/.env:

# LLM provider (pick one — default is the no-op provider: no LLM calls)
# ANTHROPIC_API_KEY=sk-ant-...
# ANTHROPIC_BASE_URL=...              # Optional: Anthropic-compatible proxy / Azure
# GEMINI_API_KEY=...
# OPENROUTER_API_KEY=...
# MINIMAX_API_KEY=...
# OPENAI_API_KEY=***                       # NOTE: this same key auto-activates BOTH the
#                                          # OpenAI LLM provider (here) AND the OpenAI
#                                          # embedding provider (further below). Set
#                                          # OPENAI_API_KEY_FOR_LLM=false to scope it
#                                          # to embeddings only.
# OPENAI_BASE_URL=https://api.openai.com   # Optional: override for Azure / vLLM / LM Studio / proxies
#                                          # Azure: https://<resource>.openai.azure.com/openai/deployments/<deployment>
#                                          # Auto-detected from `.openai.azure.com` hostname; uses
#                                          # api-key header + api-version query param.
# OPENAI_API_VERSION=2024-08-01-preview    # Optional: Azure api-version query param
# OPENAI_MODEL=gpt-5.6-luna                # Optional: default model
# OPENAI_TIMEOUT_MS=60000                  # Optional: OpenAI-scoped alias for the outbound fetch
#                                          # timeout. Takes precedence over AGENTMEMORY_LLM_TIMEOUT_MS
#                                          # for back-compat with v0.9.17. New configs should
#                                          # prefer the global AGENTMEMORY_LLM_TIMEOUT_MS below.
# OPENAI_REASONING_EFFORT=none             # Optional: "low" | "medium" | "high" | "none"
#                                          # Honored only by OpenAI's reasoning models (o1, o3,
#                                          # gpt-*-reasoning) and providers that mirror that
#                                          # schema (Ollama Cloud thinking models). Standard
#                                          # chat models reject this field with 400. Set to
#                                          # "none" for thinking models that return reasoning
#                                          # but no content.
# OPENAI_API_KEY_FOR_LLM=false             # Optional: set to false to skip OpenAI auto-detection
#                                          # for LLM (useful if you only want OpenAI for embeddings)
# Opt-in Claude-subscription fallback (spawns @anthropic-ai/claude-agent-sdk);
# leave OFF unless you understand the Stop-hook recursion risk:
# AGENTMEMORY_ALLOW_AGENT_SDK=true

# Embedding provider (BM25-only when unset; local is an explicit opt-in)
# EMBEDDING_PROVIDER=local
# VOYAGE_API_KEY=...
# OPENAI_API_KEY=sk-...
# OPENAI_BASE_URL=https://api.openai.com   # Override for Azure / vLLM / LM Studio / proxies
# OPENAI_EMBEDDING_MODEL=text-embedding-3-small
# OPENAI_EMBEDDING_DIMENSIONS=1536        # Required when the model is not in the known-models table
# OPENAI_EMBEDDING_BASE_URL=https://...   # Embeddings only; falls back to OPENAI_BASE_URL
# OPENAI_EMBEDDING_API_KEY=sk-...         # Embeddings only; wins over OPENAI_API_KEY when set

# Outbound LLM / embedding timeout
# AGENTMEMORY_LLM_TIMEOUT_MS=60000       # Default: 60 000 ms (60 s). Applies to every
                                          # raw-fetch provider (Gemini, OpenRouter, MiniMax,
                                          # OpenAI LLM, OpenAI/Cohere/Voyage/OpenRouter
                                          # embedding). For the OpenAI LLM path, the
                                          # OpenAI-scoped OPENAI_TIMEOUT_MS alias (above)
                                          # takes precedence when set, for back-compat
                                          # with v0.9.17.
                                          # Increase for slow networks or large batch calls;
                                          # decrease to fail-fast on rate-limit holds.

# Search tuning
# BM25_WEIGHT=0.4
# VECTOR_WEIGHT=0.6
# TOKEN_BUDGET=2000

# Auth (generated into ~/.agentmemory/secret on first start when unset)
# AGENTMEMORY_SECRET=your-secret
# VIEWER_ALLOWED_ORIGINS=https://memory.example.com
# AGENTMEMORY_IMPORT_ROOT=~/projects

# Ports (defaults: 3111 API, 3113 viewer)
# III_REST_PORT=3111

# Engine usage telemetry (iii). Off unless you set it; true opts in.
# III_TELEMETRY_ENABLED=false

# Features
# AGENTMEMORY_AUTO_COMPRESS=false  # OFF by default. Requires an LLM
                                   # provider as well. When both are on,
                                   # every PostToolUse hook calls your
                                   # LLM provider to compress the
                                   # observation — expect significant
                                   # token spend on active sessions.
# AGENTMEMORY_SLOTS=false          # OFF by default. Editable pinned
                                   # memory slots — persona,
                                   # user_preferences, tool_guidelines,
                                   # project_context, guidance,
                                   # pending_items, session_patterns,
                                   # self_notes. Size-limited; agent
                                   # edits via memory_slot_* tools.
                                   # Pinned slots addressable for
                                   # SessionStart injection.
# AGENTMEMORY_REFLECT=false        # OFF by default. Requires SLOTS=on.
                                   # Stop hook fires mem::slot-reflect:
                                   # scans recent observations, auto-
                                   # appends TODOs to pending_items,
                                   # counts patterns in
                                   # session_patterns, records touched
                                   # files in project_context. Fire-
                                   # and-forget; does not block.
# AGENTMEMORY_INJECT_CONTEXT=false # OFF by default. When on:
                                   # - SessionStart may inject ~1-2K
                                   #   chars of project context into
                                   #   the first turn of each session
                                   #   (this is what actually reaches
                                   #   the model — Claude Code treats
                                   #   SessionStart stdout as context)
                                   # - PreToolUse fires /agentmemory/enrich
                                   #   on every file-touching tool call
                                   #   (resource cleanup, not a token
                                   #   fix — PreToolUse stdout is debug
                                   #   log only per Claude Code docs)
                                   # Observations are still captured via
                                   # PostToolUse regardless of this flag.
# GRAPH_EXTRACTION_ENABLED=false
# AGENTMEMORY_LLM_NOTHINK=1        # Local reasoning models only: ask the
                                   # model to skip its hidden thinking pass
                                   # during graph extraction. Faster runs;
                                   # relation quality can drop slightly.
# CONSOLIDATION_ENABLED=false   # on by default when an LLM provider is configured
# LESSON_DECAY_ENABLED=true
# OBSIDIAN_AUTO_EXPORT=false
# AGENTMEMORY_EXPORT_ROOT=~/.agentmemory
# CLAUDE_MEMORY_BRIDGE=false
# SNAPSHOT_ENABLED=false

# Storage and durability
# AGENTMEMORY_STATE_BACKEND=file           # file (default) or redis; see "Storage backend" below
# AGENTMEMORY_REDIS_URL=redis://localhost:6379   # Required with redis, plain redis:// only
# AGENTMEMORY_STATE_SAVE_INTERVAL_MS=2000  # How often the engine writes file state to disk.
                                           # A hard kill loses at most this window.
# AGENTMEMORY_INDEX_SAVE_INTERVAL_MS=600000  # Minimum time between search index saves;
                                             # shutdown and deletes still save at once.
# AGENTMEMORY_GRAPH_COMPACT_ON_BOOT=true   # One-time background trim of oversized graph
                                           # provenance; false skips it

# Sessions
# AGENTMEMORY_SESSION_SWEEP_ENABLED=true   # Hourly sweep marks sessions left active past
                                           # the threshold as abandoned. Deletes nothing;
                                           # new activity makes the session active again.
# AGENTMEMORY_SESSION_SWEEP_STALE_HOURS=24
# AGENTMEMORY_FINALIZE_IDLE_MS=120000       # Per-turn Stop hooks leave the session open; it
                                           # is completed and summarized once it has been idle
                                           # this long. 0 completes it on every Stop.

# Capture filters (hooks)
# AGENTMEMORY_CAPTURE_ALLOW=               # Comma or space list of tool names or globs;
                                           # when set, only these tools are captured
# AGENTMEMORY_CAPTURE_DENY=                # Extra names or globs to skip, added to the
                                           # defaults: memory_*, toolsearch,
                                           # listmcpresources, fetchmcpresource
# AGENTMEMORY_CAPTURE_OUTPUT_MAX=8000      # Max characters of tool output per observation
# AGENTMEMORY_PRE_COMPACT_BUDGET=1500      # Token budget for PreCompact context; 0 disables

# Audit log
# AGENTMEMORY_AUDIT_RETENTION_MONTHS=0     # Drop month scopes older than N months; 0 keeps all
# AGENTMEMORY_AUDIT_INDEX_PERSIST=false    # 1 or true records index migration and cleanup
                                           # rows (debugging only)

# Team
# TEAM_ID=
# USER_ID=
# TEAM_MODE=private

# Tool visibility: "all" (54 tools, default) or "core" (8 tools, lean)
# AGENTMEMORY_TOOLS=core

138 endpoints on port 3111. The REST API binds to 127.0.0.1 by default. Protected endpoints require Authorization: Bearer <secret>, and mesh sync endpoints require an explicitly set AGENTMEMORY_SECRET on both peers.

Authentication is on by default. When AGENTMEMORY_SECRET is not set (in the shell or in ~/.agentmemory/.env), the server generates a random secret on first start and stores it in ~/.agentmemory/secret with mode 0600. Most bundled clients read it from there when they talk to a local server: the CLI, the viewer, the hooks under plugin/scripts, the MCP server and the @agentmemory/mcp shim, the configs written by agentmemory connect, and the bundled OpenCode, Pi, OpenClaw and filesystem-watcher integrations. The Hermes provider and its optional MCP connection instead use credentials managed by Hermes; configure them with hermes memory setup. The stored secret is only sent to loopback URLs (localhost, 127.0.0.0/8, ::1). An explicit AGENTMEMORY_SECRET always wins, and remote clients still need it set. Docker and the deploy/ entrypoints already generate and export their own secret. To call the API by hand:

curl -H "Authorization: Bearer $(cat ~/.agentmemory/secret)" http://localhost:3111/agentmemory/health

Request rules for writes. POST, PUT, PATCH and DELETE requests to the REST API and the viewer must send Content-Type: application/json (a charset parameter is fine) whenever they carry a body, and an Origin header, when present, must be a loopback origin for the configured REST or viewer port or be listed in VIEWER_ALLOWED_ORIGINS (comma-separated, e.g. https://memory.example.com). Clients that send no Origin header (CLI, hooks, MCP, curl, server-to-server) are unaffected. The viewer also accepts its own origin.

File paths. Endpoints that read or write files (/compress-file, /replay/import-jsonl, /graph/import-graphify) only accept paths under ~/.agentmemory, the instance data directory, or a directory listed in AGENTMEMORY_IMPORT_ROOT (separate several with :, or ; on Windows). /replay/import-jsonl also accepts its default ~/.claude/projects. /obsidian/export stays inside AGENTMEMORY_EXPORT_ROOT and /migrate inside ~/.agentmemory. Symlinks are resolved before every check.

Secret scrubbing. API keys, bearer tokens, PEM private key blocks and credentials embedded in URLs (scheme://user:password@host) are redacted before text is stored, on every write path: observations, remember, evolve, slots, lessons, actions, sketches, signals, checkpoints, imports, jsonl replay, mesh sync, team shares, compression and summary output, crystals and graph nodes.

Capture delivery. Hooks send each observation once to POST /agentmemory/observe with an eventId. It is the host's own id for the call when the payload has one (for example Claude Code's tool_use_id), otherwise a hash of the session, hook type, tool name, input, output and host timestamp. The server writes the event to a capture inbox in the state store, stores the observation, then removes the inbox entry. The status code says what happened:

Failed events are retried every AGENTMEMORY_CAPTURE_RETRY_INTERVAL_MS (10 s) with doubling backoff, up to AGENTMEMORY_CAPTURE_MAX_ATTEMPTS (5). Events that still fail stay in the inbox as dead letters, are listed on /agentmemory/status and the viewer Health page, and can be retried with POST /agentmemory/capture/retry ({"eventId": "..."} or {"all": true}). Accepted event ids are remembered for AGENTMEMORY_CAPTURE_DEDUP_HOURS (168 hours, at most AGENTMEMORY_CAPTURE_EVENTS_MAX ids), so a hook replayed after a timeout or a restart is stored once, while two separate tool calls with their own host ids are stored twice even when their content is identical. When an observation is deleted (forget, session delete, eviction, auto-forget or an import that replaces the store), its event is marked as deleted before the observation is removed, so a replay of that event inside the same window is answered as a duplicate and stores nothing. The state store writes to disk every 2 seconds, so an answered event can still be only in memory for a moment. To cover that, every 2xx answer also carries the server's bootId (new at every start), acceptedAt and durableAfterMs (the save interval plus 1.5 s on the file store, 1.5 s on redis, where persistence is the operator's setting). Hooks keep the event in the local spool until that window has passed and delete it on a later call without another request. If the bootId has changed by then, the server restarted, so the hook sends the event again with the same eventId; an event that did reach the disk is not stored twice. The server also sends such events itself at start and every retry interval, so a restart loses nothing even when no hook runs afterwards. Older hooks ignore the extra fields, and new hooks against an older server discard the event on 2xx as before.

When the server is down, does not answer in time or returns a 5xx, the hook appends the observation to a local spool file, <data dir>/capture-spool/<host>-<port>.jsonl (override the folder with AGENTMEMORY_CAPTURE_SPOOL_DIR). The file is private to your user (mode 600), secrets are redacted the same way the server redacts them, it holds at most AGENTMEMORY_CAPTURE_SPOOL_MAX_BYTES (5 MiB) and drops entries older than AGENTMEMORY_CAPTURE_SPOOL_MAX_AGE_HOURS (168). When it is full, new entries are dropped and counted, and /agentmemory/status reports it. The hook still exits 0 within its time limit and adds no request when the server is healthy. The spool is sent at the next start and by the first hook that reaches the server again, in a background process so the agent does not wait. Event ids make this safe: an observation that did arrive before a timeout is not stored twice. npx @agentmemory/agentmemory capture shows the spool and the server inbox, --drain sends the spool now, and GET /agentmemory/capture returns the same as JSON. Set AGENTMEMORY_CAPTURE_SPOOL=false to turn the spool off.

Resetting the graph. Call POST /agentmemory/graph/reset to start a new graph generation. The previous graph becomes inaccessible to graph queries, node lookups, statistics, and MCP reads; new imports and extraction populate the new generation. Existing observations and memories remain available. Old graph storage is retained.

Upgrading from v0.9.30: if you already reset the graph before upgrading, run POST /agentmemory/graph/reset again after the upgrade. Earlier reset timestamps are not used to infer a completed generation reset.

Compacting graph provenance. Each knowledge graph node and edge keeps the ids of the newest 32 observations it came from. Stores written before that cap can hold thousands of ids per hot node, which makes graph search and the viewer slow or drops the worker. agentmemory fixes this by itself: on the first start after upgrading it trims every node, edge, superseded edge (the temporal graph history) and the cached snapshot to the cap in the background, in small slices with a pause between them, so search, capture and the viewer keep working. It saves its progress, resumes after a restart and never runs again once it has finished. /agentmemory/status and the viewer Health page show it as pending, running (with the current scope and position), done or failed. Set AGENTMEMORY_GRAPH_COMPACT_ON_BOOT=false to turn it off.

To run it by hand, call POST /agentmemory/graph/compact. It walks the name and edge-key indexes instead of listing every node and edge, and is safe to re-run. When it trims ids it writes a graph_compact audit entry.

curl -X POST http://localhost:3111/agentmemory/graph/compact -H "Content-Type: application/json" -d '{}'

On a large store, or when the call returns 504, run it in slices. Send scope (nodes, edges or history), offset and limit, then call again with the returned nextOffset until it is null. Do this for nodes, edges and history, and finish with one {"scope":"snapshot"} call, because a sliced run does not touch the cached snapshot.

curl -X POST http://localhost:3111/agentmemory/graph/compact -H "Content-Type: application/json" -d '{"scope":"nodes","offset":0,"limit":200}'
curl -X POST http://localhost:3111/agentmemory/graph/compact -H "Content-Type: application/json" -d '{"scope":"snapshot"}'

npm run dev               # Hot reload
npm run build             # Production build
npm test                  # 3,300+ tests
npm run test:integration  # API tests (requires running services)

Prerequisites: Node.js >= 20 with npm/npx; iii-engine v0.22.1 or Docker. The macOS/Linux automatic engine install also requires curl, a POSIX sh, and tar; native Windows uses the manual pinned iii.exe, WSL2, or Docker Desktop.

Apache-2.0