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MCP Notion

MCP Server

Bridge to Notion via MCP API

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Updated 11 days ago

About

A Rust‑based MCP server that exposes HTTP endpoints for searching, retrieving pages, and querying databases in Notion, with CORS support, robust error handling, and integrated logging.

Capabilities

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

Overview

The MCP Notion server is a dedicated Model Context Protocol bridge that exposes the full power of the Notion API to AI assistants. By running as a lightweight HTTP service, it translates simple JSON requests into authenticated calls against Notion’s REST endpoints. This allows a Claude or other MCP‑enabled assistant to perform search, page retrieval, and database queries without leaving the conversational context, effectively turning a knowledge base or project management workspace into an on‑demand data source.

Developers benefit from the server’s built‑in CORS support and structured error handling, which means that client applications can call the endpoints from any origin without additional configuration. The logging framework (configurable via ) gives visibility into request flows and API responses, making debugging and monitoring straightforward in production environments. By packaging these features in a single Rust binary that listens on a configurable port, the MCP Notion server can be deployed behind existing infrastructure or run locally during development.

Key capabilities include:

  • Full-text search across a workspace, returning up to a configurable limit of matching results.
  • Page retrieval by ID, providing the raw Notion page object for inspection or transformation.
  • Page content extraction, stripping the page hierarchy into a consumable format suitable for summarization or display.
  • Database querying with pagination support, allowing assistants to pull structured tables and iterate over large datasets.

Typical use cases involve:

  • Knowledge management: An AI assistant can surface policy documents, meeting notes, or project specifications stored in Notion directly within a chat.
  • Workflow automation: Tasks and tickets tracked in Notion can be queried, updated, or created through the MCP interface, enabling seamless integration with other services.
  • Data aggregation: By querying multiple databases and combining results, an assistant can generate reports or dashboards on the fly.

Integration into AI workflows is straightforward: the MCP client library sends a JSON payload to one of the defined endpoints, receives a JSON response, and injects that data into the assistant’s context. Because MCP handles authentication internally, developers do not need to embed API keys in client code, enhancing security. Overall, MCP Notion provides a robust, language‑agnostic gateway that unlocks Notion’s rich feature set for AI applications.