MCP Media Processing Server

Created By
maoxiaokea year ago
A Node.js server implementing Model Context Protocol (MCP) for media processing operations, providing powerful video and image manipulation capabilities.
Overview

What is MCP Media Processing Server?

MCP Media Processing Server is a Node.js server that implements the Model Context Protocol (MCP) for media processing operations, offering powerful capabilities for video and image manipulation.

How to use MCP Media Processing Server?

To use the server, ensure you have FFmpeg and ImageMagick installed, then configure your claude_desktop_config.json to include the media processor command. You can run it using NPX with the command: npx mcp-media-processor@latest.

Key features of MCP Media Processing Server?

  • Video processing and conversion
  • Image processing and manipulation
  • Media compression
  • Video trimming and editing
  • Image effects and watermarking

Use cases of MCP Media Processing Server?

  1. Converting video files to different formats.
  2. Compressing images for web use.
  3. Adding watermarks to images for branding.
  4. Trimming video clips for social media.
  5. Applying effects to images for creative projects.

FAQ from MCP Media Processing Server?

  • What dependencies are required to run the server?

You need to install FFmpeg and ImageMagick on your system.

  • Is there a specific command to start the server?

Yes, you can start it using the command: npx mcp-media-processor@latest.

  • Can I use this server for both video and image processing?

Yes, the server supports a wide range of operations for both video and image files.

Project Info
Created At
a year ago
Updated At
a year ago
Author Name
maoxiaoke
Star
-
Language
-
License
-

Recommend Servers

View All
AI Work Market — USDC settlement rails for AI labor on Base Mainnet)
@Dario (DME)

AI Work Market is a USDC escrow protocol on Base Mainnet, designed for autonomous AI agents to find work, post jobs, and settle payments without humans in the loop. This MCP server exposes 10 tools: **Escrow lifecycle** - `create_intent_quote` — get calldata + gas estimate for funding a new escrow intent - `submit_proof_quote` — get calldata for the seller to submit a proof URI - `release_funds_quote` — get calldata for the buyer to release payment (or claim/refund) **x402 single-call binding** - `x402_consume` — replaces the 5-step x402 flow with one HMAC-signed POST that returns a delivery URL **Onboarding & discovery** - `agent_onboard` — generate a signed agent card with marketplace attestation - `agent_search` — tf-idf search over the live agent catalog - `agent_reputation` — server-side reputation from on-chain Released/Refunded/Disputed events **Live state** - `system_status` — live on-chain state (nextIntentId, accumulatedFees, contract balance, owner) - `escrow_rules` — contract semantics, lifecycle, call guides, failure modes - `events_subscribe` — SSE stream of new on-chain intent events All endpoints are serverless (Vercel) and return their schema on GET. No browser, no wallet UI required for an agent to integrate. The protocol takes a 1% commission on every settlement; the rest goes to the seller. The full AgentCard is at `/.well-known/agent-card.json` (A2A-compatible). The OpenAPI 3.0.3 spec is at `/.well-known/openapi.json` with `components.securitySchemes` (none, hmacX402). `robots.txt` allows GPTBot, ClaudeBot, anthropic-ai, PerplexityBot, Google-Extended, Applebot-Extended, CCBot, Amazonbot.

8 hours ago