"Qubes OS" matching MCP servers:

An MCP server for OBS Studio that subscribes to events and maintains a history, enabling queries about audio levels, source states, and past actions rather than only one-shot requests.

Enables control of OBS Studio via MCP, including media source playback, scene management, audio mixer adjustments, and screenshot capture, using OBS's WebSocket v5 protocol.

Enables AI assistants to inspect and safely control OBS Studio over obs-websocket v5, exposing scenes, inputs, filters, outputs and video settings as read and write tools that default to dry runs and refuse changes while live unless explicitly confirmed. It also provides Source Record and IRL readiness checks, a BRB auto-switcher, and a scene timeline log for cutting clips from VODs.

Enables AI coding agents to turn local or public transcripts into ranked Shorts candidates, non-spoiling chapters, SEO title matrices, thumbnail briefs, and compliance audits without API keys.

An MCP (Model Context Protocol) server for controlling OBS Studio via the built-in obs-websocket plugin. Lets Claude control your scenes, recording, streaming, audio, and more.

Enables interaction with Volcengine's TOS (Object Storage) service through MCP protocol. Supports bucket management, object operations, pre-signed URLs, and media processing including image manipulation and video frame extraction.

MCP server for controlling OBS Studio via obs-websocket, enabling scene switching, source management, streaming, recording, and text overlays through natural language.

Enables MCP clients to control OBS Studio through an inspectable WebSocket interface. Provides 155 tools for managing scenes, sources, audio, transitions, filters, recording, and streaming through natural language.

Enables control of digital mixers (Behringer X32, Midas M32) through natural language commands in Claude Desktop, supporting fader control, muting, EQ, dynamics, effects, scenes, routing, and more via OSC protocol.

Enables AI assistants to control and automate OBS Studio via natural language, covering scenes, sources, audio, recording, streaming, transitions, filters, media playback, diagnostics, and multi-step workflows over the OBS WebSocket protocol.

MCP server enabling LLMs to control OBS Studio through high-level show and effect APIs.

A server that provides tools to control OBS Studio remotely via the OBS WebSocket protocol, enabling management of scenes, sources, streaming, and recording through an MCP client interface.

Enables an LLM agent to control a local OBS Studio instance via obs-websocket, launching it, arranging scenes and sources, and starting or stopping recordings so it can capture its own screen as raw footage without manual intervention.

Enables typed, native control of OBS Studio—scene/source discovery and recording start/stop/pause/resume with status readbacks—through a secure loopback WebSocket interface.

Enables AI agents to operate a LiveKit deployment, managing rooms, tokens, participants, data messages, egress/ingress, and hackathon workshops with one-call room setup, status, broadcast, and teardown tools.

Enables supervised control of OBS Studio over obs-websocket v5, including scene and input management, audio/filter toggles, and starting or stopping streams, recordings, replay buffer, and virtual camera, with dry-run writes and redacted secrets. It also supports a rate-limited chat co-producer for Twitch, YouTube, Kick, and X that maps privileged viewer commands to OBS scene changes.

Model Context Protocol server for OBS Studio

Enables monitoring and control of OBS Studio over the OBS WebSocket protocol, including scene, audio, recording, and streaming operations, batch macros, event inspection, multimodal screenshot analysis, and safety guardrails.

Enables AI assistants to remotely control Sony DSC cameras via the Camera Remote API, supporting live view, shooting, exposure adjustment, zoom, and content management.

A FastAPI-based MCP server that integrates with smartscreen.tv, allowing you to programmatically control web displays by displaying media, sending notifications, and controlling playback via HTTP commands.

Lets an AI model drive a Teenage Engineering OP-1 field over USB MIDI — designing sounds, playing scored parts, running tape and mixer, and authoring presets — while capturing every take from the device's own USB audio. The model then works from measured recordings of what was actually heard, reading levels, note detection and spectrograms rather than assuming what it sent.

Lets AI assistants render HTML animations to MP4 or GIF in 16:9, 9:16 and 1:1, preview single frames to check their own work, and finish videos with royalty-free music, AI voiceover, burned-in captions, titles and logos. It renders code frame by frame in a real browser rather than generating video from a text prompt.

Enables chat-driven video editing by letting an MCP host analyze raw clips and produce finished, beat-synced montages with matched music, subtitles, transitions, and picture-in-picture, all previewed as a timeline digest before rendering. It runs locally through agents such as Claude Code, Codex, Hermes, and OpenCode.

Enables users to turn raw video clips into finished, beat-synced montage cuts through natural-language chat, with the agent selecting shots, matching music, adding subtitles and transitions, and rendering the final video.

Enables an AI agent to ingest raw video clips, plan and edit a montage from natural-language prompts, and produce a rendered, beat-synced cut with matched music, subtitles, transitions, and picture-in-picture.

Enables users to turn raw clips into finished, beat-synced montage videos through natural-language chat, including shot selection, music matching, subtitles, transitions, and picture-in-picture. It lets agents analyze footage, plan and review cuts before rendering, and export final edits without a GPU or timeline editor.

Enables coding agents such as Claude Code, Codex, Hermes, and OpenCode to turn a folder of raw clips plus a plain-language brief into a finished, beat-synced montage, handling shot selection, music matching, subtitles, transitions, and rendering. Each turn returns a timeline digest and contact sheet so the cut can be reviewed before any frames are rendered.

A local MCP server that lets chat-based coding agents turn a folder of raw clips into finished, beat-synced montage videos by handling shot selection, music matching, subtitles, transitions, and rendering through natural language. It returns a timeline digest and contact sheet for approval before any frame is rendered.

Enables users to turn raw video clips into finished, beat-synced cuts through natural-language chat with compatible agents, handling shot selection, music matching, subtitles, transitions, and rendering while allowing review before export.

Enables Claude Code, Codex, Hermes, OpenCode, and other MCP hosts to turn natural-language prompts over raw video clips into finished, beat-synced montage edits with music matching, subtitles, transitions, and picture-in-picture, while returning reviewable timeline digests and contact sheets before rendering.