Overview

Producer Pal is an MCP (Model Context Protocol) server embedded inside a Max for Live device that exposes a controllable interface to Ableton Live. Drop the device into a Live set and it starts a local MCP endpoint that LLM agents and other tools can use to read Live’s state and perform actions (e.g., trigger clips, adjust device parameters, read arrangement/clip data). The device is distributed on GitHub and installs by simple drag-and-drop into Ableton Live for instant integration.

This arrangement is useful for developers building AI-driven workflows around Live: instead of reverse-engineering MIDI or OSC flows, you can call well-defined MCP tools to inspect tracks, clips, and devices or to issue musical actions. Because the server runs inside a Max for Live device it has direct access to Ableton’s Live Object Model (LOM), making many Live-specific operations available with low latency and minimal setup.

Features

Embedded MCP server inside a Max for Live device for one-click integration
Read and write access to Live set state: tracks, clips, devices, parameters
Tools for clip control: launch, stop, create, MIDI editing
Device and parameter automation: query and set parameter values
Track-level actions: arm, solo, mute, volume/pan control
Configurable host/port and scoped localhost access for safe testing
Simple JSON-based MCP messages suitable for LLM tool integration
Works with Python/JavaScript clients and LLM agents that support MCP

Installation / Configuration

Clone or download the repository:

git clone https://github.com/adamjmurray/producer-pal.git
cd producer-pal

Open Ableton Live and enable Max for Live support (Live Suite or Max for Live installed).
Install the Max for Live device:

In Finder/Explorer, locate the .amxd device bundle in the repository (typically inside a /devices or /max folder).
Drag-and-drop the .amxd file into an open Live set (onto a track or into the Device View). Ableton will install and instantiate the device.

Configure the MCP server from the device UI:

After instantiating, the device UI shows a host and port (defaults to localhost). You can change the port if needed.
Leave host as 127.0.0.1/localhost to prevent external network exposure during development.

Verify the server is running:

The device typically shows a “Running” or “Server started” indicator in its UI.
The MCP endpoint and protocol version are displayed in the device.

Example: connect with curl (HTTP POST pattern, replace host/port as shown in the device UI):

curl -X POST http://127.0.0.1:14000/mcp \
  -H "Content-Type: application/json" \
  -d '{"tool":"list_tracks","input":{}}'

Example: JavaScript WebSocket client (replace host/port from UI):

const ws = new WebSocket("ws://127.0.0.1:14000/mcp");
ws.onopen = () => {
  ws.send(JSON.stringify({ type: "tool_call", tool: "list_tracks", input: {} }));
};
ws.onmessage = (ev) => console.log("response", JSON.parse(ev.data));

Available Tools / Resources

Producer Pal exposes a collection of MCP “tools” that map to common Live operations. The exact set is shown in the device UI and the GitHub README; below are representative examples.

Tool name	Purpose	Typical input
list_tracks	Return a list of tracks and basic metadata	{}
get_track	Get detailed track info (devices, clips, volume)	{“track_id”: 1}
set_track_volume	Set a track’s volume (in dB or normalized)	{“track_id”:1,“value”:-6.0}
list_clips	List clips in a track or scene	{“track_id”:1}
launch_clip	Launch a clip by id	{“clip_id”:“abc123”}
stop_clip	Stop a clip or slot	{“track_id”:1,“slot_index”:0}
set_device_parameter	Set a device parameter by path/index	{“track_id”:1,“device_id”:2,“param”:3,“value”:0.5}
create_midi_clip	Create a MIDI clip with simple notes	{“track_id”:1,“start”:0,“length”:4,“notes”:[…]}

For full details and the canonical tool list, see the repository: https://github.com/adamjmurray/producer-pal

Additional resources:

Max for Live documentation (Cycling ’74)
Ableton Live Object Model (LOM) reference
MCP protocol specification (for client/tool integration)

Use Cases

AI-assisted arrangement: An LLM agent can query scene and clip metadata via MCP, propose arrangement changes, and then call tools to move clips between tracks or launch scenes to audition variations.
Generative clip creation: A generation model produces MIDI patterns and sends them to Producer Pal’s create_midi_clip tool to populate clips on a track.
Live performance augmentation: A real-time assistant listens to project state and triggers clips or changes device parameters based on high-level prompts or live input.
Automated mixing tasks: Scripts can read track levels and apply volume/eq adjustments programmatically, or run batch parameter tweaks across multiple tracks.
Batch transformations and remixes: External tools can iterate over a project’s clips and apply transformations (transpose, duplicate, quantize) via MCP calls without manual UI work.

Security and Best Practices

Keep the MCP host bound to localhost during development. Avoid binding to 0.0.0.0 unless you explicitly need remote access and have secure network controls.
Test actions on a disposable Live set before applying to important projects.
Use deterministic tool calls (e.g., explicit track/clip IDs) for automation to avoid unintended changes during live performance.

Producer Pal MCP Server for Ableton Live