MCPSERV.CLUB
davilbs

MyAnimeList MCP Server

MCP Server

Integrate MyAnimeList data with LLMs effortlessly

Stale(50)
0stars
2views
Updated Apr 3, 2025

About

The MyAnimeList MCP server provides a streamlined interface for querying and retrieving anime, manga, and user data from MyAnimeList, enabling large language models to incorporate up-to-date anime-related information into their responses.

Capabilities

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

Overview

The myanimelist-mcp server provides a seamless bridge between large language models (LLMs) and the MyAnimeList API. It exposes a set of AI‑ready tools that allow assistants to fetch, search, and manipulate anime and manga data directly from within a conversation. This eliminates the need for developers to write custom HTTP clients or handle OAuth flows manually, enabling rapid integration of anime‑related knowledge into chatbots, recommendation engines, or content creation pipelines.

Solving a Common Integration Bottleneck

Many AI developers want to enrich their applications with up‑to‑date anime metadata—titles, synopses, ratings, and user lists—but must grapple with MyAnimeList’s authentication scheme and rate limits. The MCP server abstracts these complexities, presenting a uniform, request‑response interface that any LLM can invoke using the standard MCP tool syntax. This reduces boilerplate code, lowers entry barriers for non‑technical users, and ensures consistent error handling across all calls.

Core Features & Capabilities

  • Resource‑oriented Queries: Retrieve detailed information for specific anime or manga by ID, including genres, studios, and episode counts.
  • Search & Filtering: Perform keyword searches with optional filters (status, rating, type), returning ranked results that can be further refined by the assistant.
  • User‑Specific Data: Access a user’s anime/manga list, progress, and personal ratings (subject to OAuth token scopes).
  • Recommendation Assistance: Combine search results with user preferences to suggest titles that match a given mood or theme.
  • Rate‑limit Awareness: The server tracks API usage and transparently throttles requests, preventing accidental overuse of the MyAnimeList quota.

Real‑World Use Cases

  • Personalized Anime Recommender: An AI assistant can ask a user for their favorite genres, then query MyAnimeList to pull titles that match those preferences and present them in a conversational format.
  • Dynamic Content Generation: Writers or content creators can request plot synopses or character descriptions on demand, enabling instant drafting of fan fiction or reviews.
  • Progress Tracking Bots: A chatbot can read a user’s “watching” list, remind them of upcoming episodes, and suggest next series to binge.
  • Educational Tools: Language learners can use the assistant to fetch anime titles in a target language, complete with English translations and user ratings.

Integration Into AI Workflows

Developers simply add the MCP server’s URL to their assistant’s configuration. Once registered, the LLM can invoke tools like or by name, passing parameters in natural language. The server returns JSON payloads that the assistant can parse and embed directly into responses, maintaining a fluid conversational experience without exposing underlying API details.

Standout Advantages

  • Zero‑Code Client: No need to write SDK wrappers; the MCP server handles all HTTP communication.
  • Consistent Error Handling: Standardized error messages allow the assistant to gracefully fallback or retry.
  • Scalable Deployment: Hosted as a lightweight service, it can be scaled horizontally to serve multiple assistants concurrently.
  • Extensible: New endpoints or custom logic can be added to the server without changing client code, making it future‑proof as MyAnimeList evolves.

In summary, the myanimelist‑mcp server empowers developers to enrich AI assistants with authoritative anime data quickly and reliably, turning complex API interactions into simple conversational commands.