"Max" matching MCP servers:

MCP server for MyAnimeList that enables searching anime/manga, getting details, rankings, seasons, characters, reviews, and user profiles without authentication, and managing personal anime/manga lists with authentication (token required).

Enables AI assistants to interact with MyAnimeList user accounts for list management, progress tracking, and personalized anime recommendations.

Enables users to identify, classify, deduplicate, and save YouTube/YouTube Music tracks into their own YouTube playlists, with legacy Spotify playlist tools also available.

An MCP server that exposes the 3GPP M1 interface as AI-callable tools, enabling LLM agents to configure 5G Media Streaming sessions through natural language.

Enables querying MyAnimeList data (anime search, rankings, seasonal anime, user lists) via natural language through the Model Context Protocol.

A Model Context Protocol server that provides access to MyAnimeList's API for anime and manga data. It enables users to search, view rankings, manage their personal lists, and get recommendations through Claude and other MCP clients.

MCP server that exposes MyAnimeList v2 API with OAuth authentication, enabling anime and manga search, rankings, seasonal charts, and user list management through natural language.

Remote MCP server that enables Claude AI to extract transcripts from YouTube videos with zero setup, supporting multiple languages and all URL formats.

Enables AI agents to interact with Mux video infrastructure, providing tools for fetching video assets, clipping videos into shorts, monitoring live streams, pulling viewer analytics, and generating auto-captions.

Enables searching, discovering, and playing movies from IMDb via a Model Context Protocol server with a playback layer and monitoring dashboard.

Enables searching and playing music from YouTube, returning top results or playable URLs, designed for XiaoZhi ESP32 robot.

Exposes a user's MyAnimeList data (watch list, scores, statistics) as MCP tools for AI assistants to analyze taste, build statistics, and make recommendations.

Enables LLM clients to control Spotify and access user data through the Spotify Web API, including search, playback, playlists, and listening history. Each caller supplies their own credentials per request, so one instance can serve many users without storing any credentials.