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vladimir-tutin

Plex MCP Server

MCP Server

Unified JSON API for Plex Media Server automation

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Updated 12 days ago

About

Plex MCP Server provides a standardized JSON interface over the Plex Media Server API, supporting stdio and SSE transports for flexible integration with automation tools, scripts, and web applications.

Capabilities

Resources
Access data sources
Tools
Execute functions
Prompts
Pre-built templates
Sampling
AI model interactions

Plex MCP Server Overview

Plex MCP Server bridges the gap between the rich, feature‑laden Plex Media Server API and modern AI assistants or automation workflows. By exposing a standardized JSON interface, it eliminates the need for developers to parse Plex’s native XML or handle bespoke HTTP endpoints, allowing tools such as Claude, Cursor, or n8n to issue high‑level media commands with confidence that responses will be consistent and machine‑readable.

The server acts as a unified command hub for all aspects of Plex: libraries, collections, playlists, media items, users, sessions, and even server‑level diagnostics. Each command is wrapped in a clean JSON schema that includes success flags, error messages, and payload data. This uniformity is invaluable for AI agents that must interpret results, generate follow‑up actions, or surface information to end users without custom parsing logic.

Two transport modes give developers flexibility. StdIO is ideal for desktop AI assistants that launch the server as a subprocess, feeding JSON commands through standard input and reading responses from standard output. Server‑Sent Events (SSE), on the other hand, offers a lightweight web endpoint that can be subscribed to by any browser or service capable of listening for streaming events, making it perfect for web dashboards or real‑time notification systems. Both modes preserve the same command set, so switching between them requires no code changes in the client.

Key capabilities include:

  • Library management: list, refresh, scan, and retrieve statistics for every media library.
  • Media control: search, edit metadata, delete items, and manage artwork with a single API call.
  • Playlist & collection handling: create, edit, copy, and synchronize across users effortlessly.
  • User insights: fetch watch history, on‑deck items, and detailed user profiles to personalize interactions.
  • Server diagnostics: access logs, bandwidth stats, resource usage, and run butler tasks for maintenance automation.

Real‑world scenarios that benefit from Plex MCP Server are abundant. A home media curator could build an AI assistant that automatically tags new shows based on metadata, or a streaming service might expose curated playlists to users through voice commands. Developers can also integrate the server into continuous‑integration pipelines, triggering scans or metadata updates whenever new content is added to a shared network drive. By providing a single, predictable interface over Plex’s complex ecosystem, the server empowers developers to focus on higher‑level logic rather than low‑level API quirks.