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Notion MCP Server

MCP Server

Seamless AI integration with Notion via Model Context Protocol

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Updated Apr 21, 2025

About

Notion MCP Server enables AI agents to access and manipulate Notion content through the Model Context Protocol, offering easy OAuth setup and token‑optimized tools for AI workflows.

Capabilities

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

notion-mcp-sm

The Notion MCP Server bridges the gap between conversational AI assistants and Notion’s rich knowledge base by exposing the full breadth of the Notion API through the Model Context Protocol. For developers who rely on AI assistants to retrieve, manipulate, or annotate data stored in Notion, this server removes the need for custom integrations and provides a standardized, declarative interface that AI models can understand without any additional programming. By translating natural language instructions into a sequence of well‑defined API calls, the server lets users treat Notion as an interactive data source that can be queried, updated, or expanded on the fly.

At its core, the server implements a set of resources that mirror Notion’s objects—pages, databases, blocks, comments, and more. Each resource exposes a concise set of tools that correspond to the official Notion endpoints, such as , , or . When an AI assistant receives a user prompt, it can plan the necessary calls by invoking these tools with structured arguments. The server then executes the calls, handles pagination and rate limits, and returns the results in a format that the assistant can immediately incorporate into its response. This workflow eliminates boilerplate code, simplifies error handling, and guarantees that all interactions comply with Notion’s authentication and versioning requirements.

Key capabilities of the server include:

  • Secure token management: The integration secret is passed via environment variables, ensuring that only authorized clients can access the workspace. Users can configure fine‑grained permissions (e.g., read‑only) in Notion to minimize risk.
  • Declarative connection: By connecting pages or databases to the integration once, subsequent calls can reference them by ID or name without additional setup.
  • Rich examples and planning: The server demonstrates how natural language commands such as “Comment ‘Hello MCP’ on page ‘Getting started’” automatically translate into the correct sequence of API calls, showcasing the power of MCP for complex workflows.
  • Docker and CLI support: Developers can run the server locally or in containerized environments, making it flexible for different deployment scenarios.

Real‑world use cases abound: a project manager can ask an AI assistant to pull the latest sprint backlog from a Notion database, create a new task page, and add a comment—all in one conversational turn. A knowledge‑base curator can instruct the assistant to summarize a page’s content, tag it with relevant keywords, and archive older versions. In education, an instructor might let the assistant auto‑generate lecture notes from a shared Notion workspace and distribute them to students. Because the server presents Notion as a first‑class AI data source, developers can build applications that blend natural language with structured data without writing custom API wrappers.

In summary, the Notion MCP Server delivers a secure, standardized, and developer‑friendly bridge between AI assistants and Notion. By exposing the full API surface through MCP, it empowers conversational agents to read, write, and orchestrate Notion content seamlessly—unlocking new possibilities for productivity, automation, and knowledge management.