agenthive-mcp

agenthive-mcp

A Model Context Protocol (MCP) server that exposes AgentHive's shared, reviewed team memory to LLM clients (Claude Desktop, Claude Code, Cursor, VS Code, etc.) - retrieve_context, log_session, create_agent, list_agents, create_task, and list_tasks as native tools, instead of a CLAUDE.md / .cursor/rules instruction block that calls AgentHive's HTTP API by hand.

PyPI: pip install agenthive-mcp  ·  Image: ghcr.io/polarpoint-io/agenthive-mcp:latest  ·  Repo: https://github.com/polarpoint-io/agenthive-mcp

Table of contents

• Quick start
• Configuration
• Client integrations
• Tool reference
• Wiring an agent up to actually use these tools
• Why a separate repo from AgentHive
• Running from source
• Development
• Publishing
• Security notes

Quick start

You need an AgentHive team and a personal token first - see AgentHive's onboarding guide if you don't have one yet.

1. pip (no Docker)

pip install agenthive-mcp
export AGENTHIVE_URL=https://your-agenthive-host
export AGENTHIVE_TOKEN=your_personal_token
export AGENTHIVE_TEAM_ID=your_team_id

agenthive-mcp                                 # stdio
TRANSPORT=http HTTP_PORT=8000 agenthive-mcp   # HTTP/SSE

2. Docker (stdio — launched by your MCP client)

docker pull ghcr.io/polarpoint-io/agenthive-mcp:latest

docker run --rm -i \
  -e AGENTHIVE_URL=https://your-agenthive-host \
  -e AGENTHIVE_TOKEN=your_personal_token \
  -e AGENTHIVE_TEAM_ID=your_team_id \
  ghcr.io/polarpoint-io/agenthive-mcp:latest

3. Docker (HTTP/SSE — standalone service)

docker run --rm \
  -p 8000:8000 \
  -e AGENTHIVE_URL=https://your-agenthive-host \
  -e AGENTHIVE_TOKEN=your_personal_token \
  -e AGENTHIVE_TEAM_ID=your_team_id \
  -e TRANSPORT=http \
  ghcr.io/polarpoint-io/agenthive-mcp:latest
# SSE endpoint: http://localhost:8000/sse

Use your own token, not a shared or admin one - whatever it can do (member or admin) is what this server can do on your behalf, nothing more or less (see Security notes).

Configuration

See .env.example for a copy-pasteable template.

Client integrations

Each client supports two transport options — pip (recommended, no Docker required) or Docker.

# Install once
pip install agenthive-mcp

---

Claude Desktop

Edit ~/Library/Application Support/Claude/claude_desktop_config.json (macOS) or %APPDATA%\Claude\claude_desktop_config.json (Windows).

pip (recommended)

{
  "mcpServers": {
    "agenthive": {
      "command": "agenthive-mcp",
      "env": {
        "AGENTHIVE_URL": "https://your-agenthive-host",
        "AGENTHIVE_TOKEN": "your_personal_token",
        "AGENTHIVE_TEAM_ID": "your_team_id"
      }
    }
  }
}

Docker

{
  "mcpServers": {
    "agenthive": {
      "command": "docker",
      "args": [
        "run", "--rm", "-i",
        "-e", "AGENTHIVE_URL", "-e", "AGENTHIVE_TOKEN", "-e", "AGENTHIVE_TEAM_ID",
        "ghcr.io/polarpoint-io/agenthive-mcp:latest"
      ],
      "env": {
        "AGENTHIVE_URL": "https://your-agenthive-host",
        "AGENTHIVE_TOKEN": "your_personal_token",
        "AGENTHIVE_TEAM_ID": "your_team_id"
      }
    }
  }
}

Restart Claude Desktop after editing. You should see a hammer icon in the chat confirming the agenthive server is connected with all 6 tools available.

---

Claude Code

pip (recommended)

pip install agenthive-mcp

claude mcp add agenthive -- agenthive-mcp
# then export your config before running claude:
export AGENTHIVE_URL=https://your-agenthive-host
export AGENTHIVE_TOKEN=your_personal_token
export AGENTHIVE_TEAM_ID=your_team_id

Docker

claude mcp add agenthive -- docker run --rm -i \
  -e AGENTHIVE_URL -e AGENTHIVE_TOKEN -e AGENTHIVE_TEAM_ID \
  ghcr.io/polarpoint-io/agenthive-mcp:latest

Or a plain .mcp.json in the repo root works too - same shape as Claude Desktop's config above.

---

Cursor

Edit ~/.cursor/mcp.json:

pip (recommended)

{
  "mcpServers": {
    "agenthive": {
      "command": "agenthive-mcp",
      "env": {
        "AGENTHIVE_URL": "https://your-agenthive-host",
        "AGENTHIVE_TOKEN": "your_personal_token",
        "AGENTHIVE_TEAM_ID": "your_team_id"
      }
    }
  }
}

Docker

{
  "mcpServers": {
    "agenthive": {
      "command": "docker",
      "args": ["run", "--rm", "-i",
               "-e", "AGENTHIVE_URL", "-e", "AGENTHIVE_TOKEN", "-e", "AGENTHIVE_TEAM_ID",
               "ghcr.io/polarpoint-io/agenthive-mcp:latest"],
      "env": {
        "AGENTHIVE_URL": "https://your-agenthive-host",
        "AGENTHIVE_TOKEN": "your_personal_token",
        "AGENTHIVE_TEAM_ID": "your_team_id"
      }
    }
  }
}

---

VS Code (Continue)

Edit ~/.continue/config.json:

pip (recommended)

{
  "mcpServers": [{
    "name": "agenthive",
    "command": "agenthive-mcp",
    "env": {
      "AGENTHIVE_URL": "https://your-agenthive-host",
      "AGENTHIVE_TOKEN": "your_personal_token",
      "AGENTHIVE_TEAM_ID": "your_team_id"
    }
  }]
}

---

HTTP / SSE (remote or shared server)

If you prefer to run the server as a persistent HTTP service rather than a subprocess - still bound to whichever token you start it with, this is a transport choice, not a different auth model:

# pip
pip install agenthive-mcp
AGENTHIVE_URL=... AGENTHIVE_TOKEN=... AGENTHIVE_TEAM_ID=... TRANSPORT=http HTTP_PORT=8000 agenthive-mcp

# Docker
docker run --rm -p 8000:8000 \
  -e AGENTHIVE_URL=... -e AGENTHIVE_TOKEN=... -e AGENTHIVE_TEAM_ID=... \
  -e TRANSPORT=http \
  ghcr.io/polarpoint-io/agenthive-mcp:latest

Then point your MCP client at http://localhost:8000/sse.

Tool reference

Every tool here is a member-role AgentHive call - the same tier your personal token already grants over the API directly. Admin-only calls (list_pending/approve/reject, user management, auto-approve rules) are deliberately not exposed as tools: they exist so a human operates the review gate from the review UI or an admin script, and turning them into agent-callable tools would let an agent approve or reject its own pending memory, which defeats the point of the gate. See AgentHive's ADR.md for why the gate exists, and its README for those calls.

Wiring an agent up to actually use these tools

Tools existing in the tool list doesn't make an agent call them unprompted - it needs a line telling it when.

If the repo uses polarpoint-io's platform-standards AGENTS.md template (see ai-capabilities/platform-standards/templates/default-agents-md.md), add it to Zone 3 ("Repo-specific notes" - free, team-owned, and explicitly meant for "context about the domain, gotchas, preferred libraries, links to runbooks"):

## AgentHive

Before starting work, call `retrieve_context` with a short description of
the task. When you're done, call `log_session` summarizing what you did
and learned.

Team-specific conventions (which tags to use, the team's AGENTHIVE_TEAM_ID) belong in Zone 2 instead - guarded, but team-owned, meant to extend Zone 1 rather than override it. Don't put either in Zone 1: that's platform-locked, and making AgentHive retrieval mandatory org-wide is a bigger call than one repo should make on its own - it would need a PR to ai-capabilities and platform-team review.

Repos without that template yet can use a plain CLAUDE.md / .cursor/rules line instead - same content, just a different file.

Capturing sessions the agent forgot to log (agenthive-log)

log_session only runs when the model decides to call it. Sessions that crash, hit the context limit, or end because someone closed the terminal never reach it, and those are exactly the sessions worth a note.

A lifecycle hook fires regardless - but a hook cannot call an MCP tool. MCP tools are invoked by the model inside its loop; hooks are shell commands the harness spawns outside it. The two paths don't connect. So this package ships a second console script, agenthive-log, which talks to the AgentHive API directly using the same AGENTHIVE_URL / AGENTHIVE_TOKEN / AGENTHIVE_TEAM_ID variables the MCP server reads.

It is a backstop, not a replacement. A hook receives metadata, not understanding - it knows a session ended, not what was learned. Writing a confident-looking node from that would fill the review queue with filler and devalue the one thing in AgentHive that needs a human's attention. So:

• if log_session already succeeded in this session, the hook writes nothing;
• if it didn't, the hook writes one short node tagged unsummarised and hook-captured, recording that a session happened and was never summarised.

The gap becomes visible. It does not get filled with noise.

Giving the hook its credentials

The hook does not inherit the MCP server's environment. If your AGENTHIVE_* variables live in an env block in claude_desktop_config.json or ~/.cursor/mcp.json, those configure that subprocess only - the harness spawns the hook separately and it will start up unconfigured, log not configured, skipping to stderr, and write nothing. Silently, as far as the review queue is concerned.

Pick one of these:

Shell profile (simplest when the harness is launched from a shell):

# ~/.zshrc or ~/.bashrc
export AGENTHIVE_URL=https://your-agenthive-host
export AGENTHIVE_TEAM_ID=your_team_id
export AGENTHIVE_TOKEN=your_personal_token

Note that a GUI-launched app may not see these. On macOS, launchctl setenv or a ~/Library/LaunchAgents entry covers that case.

Inline on the hook command (explicit, no profile dependency - but it puts the token in a config file, so check the file's permissions and keep it out of version control):

{
  "version": 1,
  "hooks": {
    "stop": [{
      "command": "env AGENTHIVE_URL=https://your-agenthive-host AGENTHIVE_TEAM_ID=your_team_id AGENTHIVE_TOKEN=your_personal_token agenthive-log"
    }]
  }
}

A wrapper script (best of both - the token stays in one chmod 600 file, and the hook command stays clean):

#!/usr/bin/env bash
# ~/.local/bin/agenthive-log-hook   (chmod +x)
set -a; . "$HOME/.config/agenthive/env"; set +a
exec agenthive-log

Verify it either way with the smoke test below - it uses the same code path and the same environment the hook will get.

Claude Code

~/.claude/settings.json:

{
  "hooks": {
    "SessionEnd": [
      { "hooks": [{ "type": "command", "command": "agenthive-log" }] }
    ]
  }
}

Cursor

~/.cursor/hooks.json (or <project>/.cursor/hooks.json, or /etc/cursor/hooks.json to set it org-wide):

{
  "version": 1,
  "hooks": {
    "stop": [{ "command": "agenthive-log" }]
  }
}

Hooks defined in more than one location all run, so a stop hook present both globally and in a project fires twice for one session. agenthive-log fingerprints its payload and skips a duplicate inside a 15-minute window, so this is safe - but it's why the dedupe exists.

Safety properties

Two residual limitations worth knowing, both deliberate:

• Suppression cannot be keyed on a harness session id, because the MCP server has no access to one - it is spawned over stdio and the protocol carries no session identifier. Two concurrent sessions in the same repo against the same team therefore share a key, so a write in either suppresses the other's backstop.
• If the MCP server's working directory differs from the hook payload's cwd, the two keys differ and you get one spare backstop node. That is a reviewable nuisance rather than a loss.

Smoke test

echo '{"hook_event_name":"SessionEnd","session_id":"smoke-test","cwd":"'"$PWD"'"}' \
  | agenthive-log

It prints the node id to stderr and exits 0. The node lands in the review queue tagged unsummarised, where you can reject it.

That last one is deliberate. A transcript contains whatever was pasted into it, and none of it is wrapped in <private> for us - pasting an excerpt into shared team memory is how a credential ends up there. The approval gate would only catch it after it is already stored and rendered in an admin's browser. Set AGENTHIVE_HOOK_INCLUDE_TRANSCRIPT=true if your team has decided that trade is right for them.

What is deliberately not a tool here

AgentHive's memory-processing layer raises four kinds of proposal from how the graph has actually been used: gaps, missing links, tier changes, and auto-approve rules its own review history justifies.

Only the first is exposed as a tool. report_gaps is read-only and changes what an agent writes at the end of a session, which is the whole reason it is worth a tool call.

The other three change how the review gate behaves - which memory gets linked, which gets prioritised, and which skips human review entirely. Those stay with the humans who own the gate, reachable through the review UI or an admin script, for the same reason approve and reject are not tools: an agent that could widen its own auto-approve rules has been handed the gate it was supposed to be subject to.

Why a separate repo from AgentHive

This started as a module inside the AgentHive repo itself, then moved out: it has its own dependency (mcp), its own release cadence (an IDE integration changes on its own schedule, unrelated to the service's), and no reason to need AgentHive's own container image, Helm chart, or CI matrix rebuilt every time it changes - or vice versa.

It's self-contained: it makes its own plain HTTP calls to a running AgentHive service rather than importing anything from the agenthive repo, so this repo has no dependency on that one at build, install, or test time - only a runtime one, on the base URL of a service you already have running.

Running from source

git clone git@github.com:polarpoint-io/agenthive-mcp.git
cd agenthive-mcp
python -m venv .venv && source .venv/bin/activate
pip install -e .[dev]

export AGENTHIVE_URL=...
export AGENTHIVE_TOKEN=...
export AGENTHIVE_TEAM_ID=...

agenthive-mcp                                 # stdio
TRANSPORT=http HTTP_PORT=8000 agenthive-mcp   # HTTP/SSE

Or via the Makefile:

make dev       # install with dev extras
make test      # pytest
make lint      # ruff check
make run       # stdio
make run-http  # HTTP/SSE on :8000
make docker    # build the image locally

Development

make dev
make test
make lint

The test suite (tests/test_tools.py) drives the server as a real subprocess over real MCP stdio, using a real mcp.ClientSession - nothing mocked at the protocol layer. The AgentHive side is a small local fake (tests/fake_agenthive.py), not the real service, since this repo shouldn't need AgentHive itself checked out to test its own HTTP plumbing; AgentHive's own approval-gate/retrieval/auth behavior is already covered by its own test suite, in its own repo, against the real server.py. Try this server against a real AgentHive instance manually if you want to confirm the whole chain end to end.

Adding a new tool:

1. Add a @mcp.tool() function in src/agenthive_mcp/server.py, calling _request() from client.py. Only for a member-role AgentHive endpoint - see Tool reference.
2. Add a matching route to tests/fake_agenthive.py if the endpoint isn't already covered.
3. Add a test in tests/test_tools.py using the existing stdio_client/ClientSession pattern.

See AGENTS.md for deeper contribution guidance.

Publishing

Releases are fully automated via semantic-release - no manual tagging needed.

How it works

Every push to main runs the CI pipeline:

1. Test — lint (ruff) + pytest across Python 3.10 / 3.11 / 3.12
2. Docker — builds and pushes the image to GHCR
3. Release — semantic-release analyses conventional commits, bumps the version, updates CHANGELOG.md, publishes to PyPI, and creates a GitHub Release

A release only happens when commits contain a feat:, fix:, or breaking-change - chore:, docs:, ci: commits don't trigger one.

Docker image tags

Required GitHub secrets

Add both at: GitHub repo → Settings → Secrets and variables → Actions.

Commit conventions

feat: add new tool          → minor version bump (0.x.0)
fix: correct response shape → patch bump        (0.0.x)
feat!: breaking change      → major bump        (x.0.0)
chore/docs/ci/test          → no release

Security notes

• The container runs as a non-root user (uid 10001).
• AGENTHIVE_TOKEN is read from env vars only - never written to disk.
• This process holds no state and makes no decisions of its own - every tool call is a pass-through to AgentHive's HTTP API using the caller's own token. It can do exactly what that token already lets it do over the API directly, nothing more.
• Admin-only calls (the review gate, user management, auto-approve rules) are deliberately not exposed as tools - see Tool reference.

License

MIT — see LICENSE.