MCP MongoDB Server

📋 Overview:

This report summarizes the content of a GitHub webpage for the repository "kiliczsh/mcp-mongo-server". The repository hosts a Model Context Protocol (MCP) server designed for MongoDB, enabling Large Language Models (LLMs) to interact with MongoDB databases by inspecting schemas and executing operations.

⭐ Key Points:

• The repository contains a Model Context Protocol (MCP) server for MongoDB.


• The server allows LLMs to inspect collection schemas and execute MongoDB operations.


• It provides access to collections via MongoDB URIs.


• Each collection offers a name, description, and schema.


• JSON mime type is used for schema access.


• Various tools, including "query", "aggregate", "update", "serverInfo", "insert", "createIndex", and "count", are available for MongoDB operations.


• It supports installation via Smithery and mcp-get.


• It includes instructions for development, debugging, and integration with Claude Desktop.


• The project is licensed under the MIT License.


🔍 Main Findings:

• The "kiliczsh/mcp-mongo-server" repository hosts an MCP server specifically designed to facilitate interaction between LLMs and MongoDB databases.


• The server provides tools to list and access collections, execute queries and aggregations, update documents, get server information, insert documents, create indexes and count documents.


• It outlines methods for installation, development, debugging, and integration with Claude Desktop.


• The demo video and tools provided are designed to support users in implementing the MCP server in a range of applications.


📊 Details:

• Resources are provided as mongodb:// URIs.


• Demo available at: https://www.youtube.com/watch?v=FI-oE_voCpA


• The repository includes tools such as:


• query (Execute MongoDB queries with optional execution plan analysis),


• aggregate (Execute MongoDB aggregation pipelines with optional execution plan analysis),


• update (Update documents in a collection),


• serverInfo (Get MongoDB server information and status),


• insert (Insert documents into a collection),


• createIndex (Create indexes on a collection),


• count (Count documents matching a query).


• Installation instructions are provided for installing using smithery and mcp-get.


• Configuration details are outlined for the usage of Claude Desktop.


• The codebase consists primarily of JavaScript (82.3%), with TypeScript (14.4%), Dockerfile (2.5%), and Shell (0.8%) also being used.

🎯 Conclusion:
The "kiliczsh/mcp-mongo-server" repository provides a functional MCP server for MongoDB, aimed at facilitating interaction between LLMs and MongoDB databases. The repository includes comprehensive documentation and tools for developers looking to implement and utilize this server in a variety of applications, particularly those involving LLMs and data retrieval from MongoDB. The project is actively maintained, with five releases and contributions from four developers.