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Anytype MCP Server

MCP Server

AI‑powered knowledge base management via natural language

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Updated 13 days ago

About

The Anytype MCP Server translates Anytype’s OpenAPI into Model Context Protocol tools, enabling AI assistants to create, search, and organize spaces, objects, and templates in your Anytype knowledge base through conversational commands.

Capabilities

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

Overview of the Anytype MCP Server

The Anytype MCP Server bridges AI assistants with the Anytype knowledge‑management platform, allowing developers to treat their personal or team knowledge bases as conversational tools. By converting Anytype’s OpenAPI specification into MCP‑compliant tools, the server exposes a rich set of operations—searching, creating, and updating spaces, objects, properties, and templates—directly through natural language. This eliminates the need for manual API calls or custom UI integrations, enabling assistants like Claude to become first‑class collaborators in day‑to‑day knowledge workflows.

At its core, the server solves a common pain point: how to let an AI understand and manipulate structured data stored in a knowledge base without exposing raw API endpoints. Developers can issue commands such as “Create a new space called ‘Project Ideas’” or “Add a Task object with due date in three days”, and the MCP server translates these into authenticated requests to Anytype’s backend. The result is a conversational interface that feels native, yet carries the full power of Anytype’s data model—including spaces, members, objects, tags, and custom templates.

Key capabilities are organized around five main resource categories:

  • Global & Space Search – Enables quick retrieval of any object or space by keyword, supporting fuzzy matching and scoped queries.
  • Spaces & Members – Allows creation, renaming, or permission changes for collaborative workspaces and their participants.
  • Objects & Lists – Provides CRUD operations on any object type, as well as list management for grouping related items.
  • Properties & Tags – Lets the assistant set or modify metadata fields and apply tagging for later filtering.
  • Types & Templates – Gives access to the schema definition layer, so new object types can be defined or existing templates instantiated on demand.

These features make the server ideal for a variety of real‑world scenarios: automating project planning, syncing task lists across tools, generating knowledge summaries, or building custom workflows that react to natural language triggers. For example, a team using Anytype for documentation can have an assistant that instantly creates a new “Meeting Notes” object, populates it with agenda items, and shares it with relevant members—all without leaving the chat.

Integration is straightforward for MCP‑aware clients. The server runs as an executable that reads environment variables to supply authentication headers, so it can be invoked from CLI tools, desktop assistants, or web‑based platforms like Cursor and LM Studio. Once configured, the assistant can call any exposed tool with a simple prompt; behind the scenes the MCP server handles request construction, authentication, and response parsing. This tight coupling means developers can extend existing AI workflows without re‑implementing API clients or handling OAuth flows themselves.

In summary, the Anytype MCP Server turns a powerful knowledge‑management API into a conversational playground. It removes boilerplate, ensures secure access through standard headers, and exposes a comprehensive set of tools that let developers harness AI to organize, search, and manipulate structured knowledge in real time.