mcp-video 1.3.2

Video editing MCP server for AI agents. 87 tools, 3 interfaces, rich CLI. Local, fast, free.

mcp-video

Video editing and creation for AI agents.
Edit existing video with FFmpeg. Create new video from code with Hyperframes.

Install • Quick Start • Tools • Full Reference • Agent Discovery • Contributing • Changelog

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Public Discovery

mcp-video is an MCP server, Python library, and CLI for agentic video editing. It helps AI agents and automation scripts inspect, trim, merge, subtitle, resize, transcode, analyze, and generate video with FFmpeg and code-driven creation workflows.

Best-fit searches: video editing MCP server, AI agent video editing, FFmpeg automation, Claude video tools, Cursor MCP video, Python video editing library, agentic media pipeline, video automation CLI.

What is mcp-video?

An open-source video editing server built on the Model Context Protocol (MCP). It gives AI agents, developers, and video creators the ability to programmatically edit and create video files.

Two modes:

1. Edit existing video with FFmpeg — trim, merge, overlay text, add audio, apply filters, stabilize, detect scenes, transcribe, and more.
2. Create new video from code with Hyperframes (HTML-native, Apache 2.0) — scaffold compositions, preview live, render to MP4, then post-process.

Three interfaces:

Interface	Best For	Example
MCP Server	AI agents (Claude Code, Cursor)	"Trim this video and add a title"
Python Client	Scripts, automation, pipelines	editor.trim("v.mp4", start="0:30", duration="15")
CLI	Shell scripts, quick ops, humans	mcp-video trim video.mp4 -s 0:30 -d 15

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Installation

Prerequisites: FFmpeg must be installed. For Hyperframes features, you also need Node.js 22+.

# macOS
brew install ffmpeg

# Ubuntu/Debian
sudo apt install ffmpeg

Install:

pip install mcp-video
# or run without installing:
uvx mcp-video

Verify your setup:

mcp-video doctor
mcp-video doctor --json

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Quick Start

As an MCP Server (for AI agents)

Claude Code:

claude mcp add mcp-video -- uvx mcp-video

Claude Desktop:

{
  "mcpServers": {
    "mcp-video": {
      "command": "uvx",
      "args": ["mcp-video"]
    }
  }
}

Cursor:

{
  "mcpServers": {
    "mcp-video": {
      "command": "uvx",
      "args": ["mcp-video"]
    }
  }
}

Then just ask your agent: "Trim this video from 0:30 to 1:00, add a title card, and resize for TikTok."

As a Python Library

from mcp_video import Client

editor = Client()

info = editor.info("interview.mp4")
clip = editor.trim("interview.mp4", start="00:02:15", duration="00:00:30")
video = editor.merge(clips=["intro.mp4", clip.output_path, "outro.mp4"])
video = editor.add_text(video.output_path, text="EPISODE 42", position="top-center", size=48)
result = editor.resize(video.output_path, aspect_ratio="9:16")

Agent-safe Python workflow

For autonomous agents, prefer inspection, pipeline chaining, and a release checkpoint:

from mcp_video import Client

client = Client()
print(client.inspect("create_from_images"))  # Real params, aliases, return type

result = client.pipeline(
    [
        {"op": "create_from_images", "images": frames, "fps": 30},
        {"op": "effect_glow", "intensity": 0.2},  # safe capped default
        {"op": "add_audio", "audio_path": "soundtrack.wav", "mix": True},
        {"op": "export", "quality": "high"},
    ],
    output_path="final.mp4",
)

checkpoint = client.release_checkpoint(result.output_path)
print(checkpoint["thumbnail"], checkpoint["storyboard"])

Agent contract:

• Media-producing client calls return EditResult with .output_path.
• Analysis/discovery calls return typed reports or dictionaries.
• Client.inspect(name) exposes parameters, aliases, category, and return type.
• Raw unexpected-keyword errors are converted into actionable MCPVideoError guidance.
• Do not publish agent-generated video without assert_quality() or release_checkpoint() plus human visual/audio inspection.

As a CLI Tool

mcp-video info video.mp4
mcp-video trim video.mp4 -s 00:02:15 -d 30
mcp-video convert video.mp4 -f webm -q high
mcp-video template tiktok video.mp4 --caption "Check this out!"

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MCP Tools

87 MCP tools across 10 categories, including the search_tools meta-tool for fast discovery. All return structured JSON. See the full tool reference for complete details.

Category	Count	Highlights
Core Video	32	trim, merge, text, audio, resize, convert, filters, stabilize, chroma key, subtitles, watermark, batch, cleanup, template preview, export
AI-Powered	11	transcribe (Whisper), scene detect, stem separation (Demucs), upscale, color grade
Hyperframes	8	init, render, still, preview, compositions, validate, add block, pipeline
Audio Synthesis	7	generate waveforms, presets, sequences, effects, spatial audio — pure NumPy
Visual Effects	8	vignette, chromatic aberration, scanlines, noise, glow, luma key, mask, shape mask
Transitions	3	glitch, pixelate, morph
Layout & Motion	6	grid, pip, animated text, counters, progress bars, auto-chapters
Analysis	8	scene detect, thumbnail, preview, storyboard, quality compare, metadata, waveform, release checkpoint
Image Analysis	3	color extraction, palette generation, product analysis
Meta	1	search_tools — keyword search across all tools
Resources	4	prompts, workflows, templates, examples

Tool discovery:

from mcp_video import Client
editor = Client()
results = editor.search_tools("subtitle")  # Find subtitle-related tools

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Hyperframes Integration

Create videos programmatically with Hyperframes — an HTML-native framework for video.

1. Init project       -> hyperframes_init
2. Add blocks         -> hyperframes_add_block
3. Preview live       -> hyperframes_preview
4. Render             -> hyperframes_render
5. Post-process       -> hyperframes_to_mcpvideo

See Hyperframes docs and the Python client reference.

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Python Client

from mcp_video import Client
editor = Client()

See the full Python client reference for all methods and return types.

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CLI Reference

mcp-video [command] [options]

See the full CLI reference for all commands and options.

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Timeline DSL

For complex multi-track edits, describe everything in a single JSON object:

editor.edit({
    "width": 1080,
    "height": 1920,
    "tracks": [
        {
            "type": "video",
            "clips": [
                {"source": "intro.mp4", "start": 0, "duration": 5},
                {"source": "main.mp4", "start": 5, "trim_start": 10, "duration": 30},
                {"source": "outro.mp4", "start": 35, "duration": 10},
            ],
            "transitions": [
                {"after_clip": 0, "type": "fade", "duration": 1.0},
            ],
        },
        {
            "type": "audio",
            "clips": [
                {"source": "music.mp3", "start": 0, "volume": 0.7, "fade_in": 2},
            ],
        },
    ],
    "export": {"format": "mp4", "quality": "high"},
})

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Templates

Pre-built templates for common social media formats:

from mcp_video.templates import tiktok_template, youtube_shorts_template

timeline = tiktok_template(video_path="clip.mp4", caption="Check this out!", music_path="bgm.mp3")
result = editor.edit(timeline)

Supports: TikTok, YouTube Shorts, Instagram Reels/Posts, YouTube Videos.

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Error Handling

Structured, actionable errors with auto-fix suggestions:

{
  "success": false,
  "error": {
    "type": "encoding_error",
    "code": "unsupported_codec",
    "message": "Codec error: vp9 — Auto-convert input from vp9 to H.264/AAC before editing",
    "suggested_action": {
      "auto_fix": true,
      "description": "Auto-convert input from vp9 to H.264/AAC before editing"
    }
  }
}

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Workflows

ICM-style staged pipelines for common productions — with CONTEXT.md stage contracts, references/ factory config, and runnable workflow.py scripts.

cd workflows/01-social-media-clip
python workflow.py /path/to/video.mp4

Workflow	Stages	Description
01-social-media-clip	5	Landscape → TikTok / Short / Reel
02-podcast-clip	6	Highlight with chapters + burned captions
03-explainer-video	7	Branded explainer from scratch
04-hyperframes-video	5	Create from scratch with Hyperframes, then post-process

See workflows/CONTEXT.md for the routing table.

Architecture

mcp_video/
  client/                # Python Client API (mixins per domain)
  client/meta.py         # Client discovery mixin (search_tools)
  server.py              # MCP server (87 tools + 4 resources)
  server_tools_*.py      # Tool registration by category
  engine.py              # Core FFmpeg engine
  engine_*.py            # Specialized engines (thumbnail, edit, probe, etc.)
  models.py              # Pydantic models
  errors.py              # Error hierarchy + FFmpeg stderr parser
  ffmpeg_helpers.py      # Shared FFmpeg utilities
  audio_engine.py        # Procedural audio synthesis
  effects_engine.py      # Visual effects + motion graphics
  transitions_engine.py  # Clip transitions
  ai_engine.py           # AI features (Whisper, Demucs, Real-ESRGAN)
  hyperframes_engine.py  # Hyperframes CLI wrapper
  image_engine.py        # Image color analysis
  quality_guardrails.py  # Automated quality checks
workflows/               # ICM staged pipelines
  CONTEXT.md             # Layer 1 routing table
  01-social-media-clip/  # Stage contract + runnable script
  02-podcast-clip/       # Stage contract + runnable script
  03-explainer-video/    # Stage contract + runnable script

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Supported Formats

Video	Audio (extraction)	Subtitles
MP4, WebM, MOV, GIF	MP3, AAC, WAV, OGG, FLAC	SRT, WebVTT

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Agent Discovery

• llms.txt — compact project map for agents
• docs/AI_AGENT_DISCOVERY.md — richer positioning and integration snippets

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Development

git clone https://github.com/KyaniteLabs/mcp-video.git
cd mcp-video
python -m venv .venv
source .venv/bin/activate
pip install -e ".[dev]"

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Community & Support

• Contributing: CONTRIBUTING.md
• Security: SECURITY.md (private reporting path)
• Help: SUPPORT.md or GitHub Discussions
• Code of Conduct: CODE_OF_CONDUCT.md
• Changelog: CHANGELOG.md
• Roadmap: ROADMAP.md
• Governance: GOVERNANCE.md
• Maintainers: MAINTAINERS.md

Testing

Tests are excluded from the PyPI package. To run locally:

pip install -e ".[dev]"
pytest tests/ -v -m "not slow and not hyperframes"

See docs/TESTING.md for full test categories and CI details.

License

Apache 2.0 — see LICENSE.

Built on FFmpeg, Hyperframes, and the Model Context Protocol.

See docs/LEGAL_REVIEW.md for dependency licensing notes.