ableton-mcp
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Alternatives to ableton-mcp
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Related Servers
- AlicenseBqualityBmaintenanceEnables Claude or any MCP client to produce full tracks in Ableton Live from chat: building tracks, writing MIDI notes, loading and tweaking device parameters, arranging sections, and drawing real clip and Arrangement automation. It also exposes mixer state snapshots and clip editing so a live set can be inspected and reshaped end to end.43MIT
- AlicenseCqualityBmaintenanceEnables Claude or any AI agent to operate Live 12 Intro end to end: creating tracks and scenes, writing and quantizing MIDI clips, loading audio onto the Arrangement timeline, setting device parameters in real units, drawing clip automation, mixing with real sidechain, and rendering or analyzing audio so the agent can check its own work. It exposes 57 tools over MCP or a local JSON socket, working within the stock Intro edition's 16-track, 16-scene limits.57MIT
- AlicenseNot gradedqualityBmaintenanceEnables MCP clients to control Ableton Live through a Max for Live device and optional Remote Script, covering tracks, clips, MIDI notes, mixer settings, transport, and plugin search and insertion.1MIT
- FlicenseBqualityDmaintenanceControl Ableton Live from Claude Code via the Model Context Protocol (MCP). Create/edit tracks, control plugins, fire clips, edit MIDI notes, capture audio — all through natural language.100-
- AlicenseBqualityCmaintenanceLocal MCP server for inspecting and controlling Ableton Live through a local HTTP bridge. Enables LLMs to perform production workflows like MIDI import, track editing, mixing, mastering, and export.5921 npmMIT
- AlicenseNot gradedqualityCmaintenanceThis MCP server lets an AI assistant inspect and safely modify a whole Live set—tracks, groups, returns, master, routing, automation, clips, devices, dBFS meters, snapshots, and undo—while leaving listening to the producer.MIT
TDQS
Scored across 27 tools
Most tools target a distinct resource+action (clips, tracks, scenes, devices, mix, transport), and the detailed descriptions draw lines carefully. The main fuzziness is the MIDI-content cluster: create_midi_clip + write_notes, write_midi_file, and the three generators (create_drum_pattern, create_bassline, create_chord_progression) all produce notes across overlapping destinations, and load_from_library overlaps load_instrument (the description even says 'load_instrument does this in one call').
The set overwhelmingly follows verb_noun snake_case: create_/delete_/copy_/read_/write_/set_/get_/load_/browse_/play_. Deviations are minor and domain-justified: bare 'stop', 'undo_last', and 'fire_scene' alongside 'play_clip', plus the state-style 'live_status'.
27 tools exceeds the comfortable band; the surface is genuinely broad (tracks, clips, notes, scenes, devices, mixer, browser, offline MIDI export), so each tool is defensible, but it is heavy for an agent to route through. Some consolidation is plausible, e.g. folding the three generators and write_midi_file into fewer entry points.
Strong session-view lifecycle coverage: create/delete tracks and clips, scene creation, note read/write, device read/write, mixer, transport, browser loading, undo, plus offline file output. Gaps remain: no scene deletion or clip move/duplicate (only copy to empty slot), no device removal, no per-clip stop or arrangement-view operations, so a few workflows dead-end.