Developer Tools Servidores MCP

Project Opener

Provides tools for interacting with project files from Claude Desktop, enabling users to open projects and retrieve project information.

Vonage AI Code Assist

Assists developers with integrating Vonage API capabilities into their applications using AI code generation.

Dieter Rams

Evaluates product designs against Dieter Rams' 10 principles of good design.

Fresh JS

Executes JavaScript code for AI models through Model Context Protocol (MCP) tool calls.

Ianrichard

Facilitates development and testing by providing a local server environment and client interfaces.

GitHub Claude AI Integration

Enables Claude AI assistant to interact with and manage GitHub repositories.

SDK Demo

Demonstrates advanced document handling and AI integration using the Model Context Protocol SDK.

My Tools

Enables AI agents to utilize personal automation tools by providing an MCP server.

Brave Search

Integrates with the Brave Search API to provide web and location search capabilities.

Mysql

Automates MySQL database management using natural language via an AI-powered Machine Control Protocol (MCP) server.

JMeter

Executes JMeter tests through MCP-compatible clients, enabling automated performance testing.

GitLab

Enables interaction with GitLab API through a command-line interface.

DennisTraub

Provides an early prototype of a Model Context Protocol server implementation for interacting with Minecraft.

Gmail Plugin

Enables Gmail integration for MCP clients, providing direct email management.

Server Boilerplate

Accelerates the development of Model Context Protocol (MCP) servers with a production-ready Python template.

PostgreSQL

Enables large language models to inspect PostgreSQL database schemas and execute read-only queries.

Perplexity

Analyzes code and provides debugging capabilities using the Perplexity AI API within the Claude desktop client.

Time

Provides real-time, timezone-aware date and time information for use with Claude.

File Search

Enables file searching functionality using a server-client architecture.

Hashing

Enables LLMs to efficiently compute MD5 and SHA-256 hashes via the Model Context Protocol.