tavily-server MCP Server

What is tavily-server MCP Server?

tavily-server MCP Server is a TypeScript-based Model Context Protocol server that implements a simple notes system. It demonstrates core MCP concepts by providing resources for text notes, tools for creating notes, and prompts for generating summaries.

How to use tavily-server MCP Server?

Install dependencies with npm install, build with npm run build, and add the server configuration to the Claude Desktop config file (JSON) pointing to the built index.js script. Use npm run watch for development with auto-rebuild.

Key features of tavily-server MCP Server

• Resources listing and accessing notes via note:// URIs
• Each note has title, content, and metadata
• Plain text mime type for simple content access
• create_note tool to create new text notes
• summarize_notes prompt for generating a summary of all notes
• Debugging support via MCP Inspector

Use cases of tavily-server MCP Server

• Creating and managing a collection of text notes
• Generating summaries of all stored notes for LLM input
• Demonstrating MCP resource, tool, and prompt patterns
• Prototyping note-taking workflows in MCP-compatible clients

FAQ from tavily-server MCP Server

What does tavily-server MCP Server actually do?

It implements a simple notes system: you can create notes, list them, and generate summaries. It is a demonstration of the Model Context Protocol, not a search or query tool.

How do I install and configure it?

Install dependencies with npm install, build with npm run build, then add the server config to Claude Desktop’s claude_desktop_config.json (path varies by OS) with the command pointing to the built index.js file.

What runtime dependencies are required?

Node.js and npm are required. No external APIs or databases are needed; notes are stored in the server’s in-memory state.

How does the server communicate with clients?

It communicates over stdio (standard input/output) using the MCP protocol. For debugging, use the MCP Inspector via npm run inspector.

What transport or authentication does it use?

It uses stdio transport only. No authentication or network transport is mentioned in the README.