Discover Awesome MCP Servers

Public MCP Server

A basic Model Context Protocol (MCP) server implementation that provides a foundation for MCP server development. The README doesn't specify particular functionality, suggesting it may be a template or starting point for building custom MCP servers.

Cloud Filestore API MCP Server

An MCP server that enables interaction with Google Cloud Filestore API, allowing management of Filestore instances, backups, and shares through natural language commands.

MCP Server

A configurable server implementation that provides MCP (Model-Controller-Protocol) functionality, supporting both Node.js and Docker environments with automated setup and configuration options.

Aptly MCP Server

Enables AI assistants to manage Debian package repositories through natural language using the Aptly package management tool. Supports repository creation, package operations, snapshot management, publishing, and mirror synchronization.

OneNote MCP Server

Enables AI assistants to securely interact with Microsoft OneNote data through the Microsoft Graph API. It supports comprehensive management tasks including searching page content, creating and editing notes, and automating productivity workflows like daily note creation.

AWS Application Signals MCP Server

Enables AI assistants to monitor and troubleshoot AWS Application Signals services by tracking service health, analyzing SLO compliance, querying CloudWatch metrics, and investigating issues using distributed tracing with AWS X-Ray.

PocketBase MCP Server

A comprehensive server that enables interaction with PocketBase databases through the Model Context Protocol, providing authentication, collection management, record operations, file handling, and administrative functionality.

CodeToPrompt MCP Server

Exposes the codetoprompt library to LLM agents for generating comprehensive prompts from directories and retrieving specific file contents. It enables codebase analysis through detailed statistics like token counts and file type breakdowns.

MCPfinder Server

Enables AI assistants to discover, retrieve details about, and manage MCP (Model Context Protocol) servers that provide additional tools and capabilities on demand.

Scribe MCP Server

Enables maintaining consistent project documentation and progress logs across development workflows. Provides tools for logging changes, tracking project phases, and keeping architecture docs synchronized with day-to-day development work.

Dispatcher MCP Server

Un servidor MCP (Protocolo de Contexto de Modelo) que actúa como un envoltorio alrededor de la biblioteca `dpdispatcher`. Permite que los modelos de lenguaje u otros clientes MCP envíen y gestionen trabajos computacionales en máquinas locales o clústeres HPC compatibles con `dpdispatcher`.

Claude Swarm MCP Server

Enables multi-agent orchestration and coordination using specialized, persistent Claude agents for complex workflows like financial analysis and research. It supports intelligent agent handoffs, local storage, and pre-built team templates through Claude Desktop.

DevLens MCP

An open-source MCP server that provides AI assistants with structured, token-efficient web context through specialized tools for searching, scraping, and deep research. It streamlines developer workflows by delivering optimized Markdown content directly into IDEs like VS Code, eliminating the need for manual browser switching.

Remote MCP Server Authless

A serverless MCP (Model Context Protocol) implementation on Cloudflare Workers that allows you to deploy custom AI tools without requiring authentication.

Obsidian MCP Server

Enables interaction with Obsidian vaults through MCP, supporting note creation from templates, link management, backlink analysis, tag operations, and automatic Map of Contents generation.

TrackingTime MCP Server

Connects AI assistants to the TrackingTime API v4 for managing projects, tasks, and team assignments. Users can start or stop timers, log manual time entries, and organize project workflows using natural language.

Date and Time MCP Server

A simple Model Context Protocol (MCP) server that provides date and time functionality in any timezone, along with user profiles and personalized greeting resources.

@deva-me/mcp-server

Provides a comprehensive suite of tools for agents to access Deva Agent Resources, including social networking, AI-powered generation, web search, and file storage. It supports automated USDC payment flows for paid resources and integrates with major MCP clients like Claude Desktop and Cursor.

FRED Macroeconomic Data MCP Server

Proporciona acceso a los Datos Económicos de la Reserva Federal (FRED) a través de Claude y otros clientes LLM, permitiendo a los usuarios buscar, recuperar y visualizar indicadores económicos como el PIB, el empleo y los datos de inflación.

mcp-usercall

Run real user interviews from AI agents and retrieve structured insights with themes and verbatim quotes.

Brokerage-MCP

A Model Context Protocol server built with the mcp-framework designed to provide brokerage-related tools and functionality. It allows users to integrate financial brokerage services and data into the MCP ecosystem.

lessons-mcp

An MCP server that stores and searches lessons learned to prevent repeating mistakes, with full-text search and tag-based navigation.

MCPSora

OpenAI Sora AI video generation with text-to-video, image-to-video, character reuse across scenes, and async webhook callbacks.

Local MCP Test Server

A local testing MCP server that provides weather information for L'Hospitalet de Llobregat using the Open-Meteo API, accessible from mobile devices via SSE transport on local networks.

Remote MCP Server for Cloudflare

A deployable server that implements the Model Context Protocol (MCP) on Cloudflare Workers, enabling integration of custom tools with AI assistants like Claude without requiring authentication.

Claude Debugs for You

Habilitar a Claude (o cualquier otro LLM) para depurar tu código de forma interactiva (establecer puntos de interrupción y evaluar expresiones en el marco de la pila). Es independiente del lenguaje, asumiendo soporte de consola de depurador y un archivo launch.json válido para la depuración en VSCode.

Benchmark MCP Server

An industry benchmarking tool that enables users to compare company metrics like revenue and profit against industry averages using interactive visual charts. It supports both Claude and ChatGPT across multiple transport protocols including SSE and Streamable HTTP.

justdopeshop

Okay, I understand you want information about using Cursor with a GitHub MCP (Mod Configuration Pack) server. Here's a breakdown of what that likely means and how to approach it, along with some considerations: **Understanding the Components** * **Cursor:** This refers to the CurseForge launcher, a popular platform for managing Minecraft mods and modpacks. It's now owned by Overwolf. * **GitHub:** A web-based platform for version control and collaboration using Git. It's where many mod developers host their source code and sometimes even distribute modpacks. * **MCP (Mod Configuration Pack) Server:** This is a Minecraft server that is designed to run with a specific set of mods (a modpack). The "MCP" part usually implies that the server is configured to work with a particular modpack available on CurseForge or another platform. **How to Use Cursor with a GitHub MCP Server (Likely Scenarios)** The most common scenarios are: 1. **Downloading a Modpack from GitHub and Importing into Cursor:** * **Scenario:** A modpack developer hosts their modpack files (manifest, mods, configs) on GitHub. You want to use Cursor to manage and launch the modpack. * **Steps:** 1. **Find the GitHub Repository:** Locate the GitHub repository for the modpack. Look for a `manifest.json` file or similar file that describes the modpack. 2. **Download the Repository (or Specific Files):** You have a few options: * **Clone the Repository:** If you're familiar with Git, clone the entire repository to your local machine using `git clone <repository_url>`. * **Download as ZIP:** GitHub usually provides a "Code" button with an option to "Download ZIP". This downloads a compressed archive of the repository. * **Download Specific Files:** If the repository is large, you might only need the `manifest.json` and the `overrides` folder (if it exists). Download these individually. 3. **Import into Cursor (CurseForge Launcher):** * Open the CurseForge launcher. * Click the "+" button to create a new custom profile. * Choose "Import a previously created profile". * Select the `manifest.json` file you downloaded (or extracted from the ZIP). * Cursor will then download and install the mods specified in the manifest. 4. **Copy Server Files (if needed):** The GitHub repository *might* also contain server files (e.g., `server.properties`, start scripts, world files). If so, copy these to your server directory. *Important:* Be very careful about overwriting existing server files unless you know what you're doing. 5. **Launch the Server:** Start your Minecraft server using the appropriate start script (e.g., `start.bat`, `start.sh`). 6. **Launch the Client:** Launch the modpack profile you created in Cursor. 7. **Connect:** Connect to your server using the server's IP address and port. 2. **Using Cursor to Manage Mods for a Server You Manually Set Up:** * **Scenario:** You've already set up a Minecraft server and want to use Cursor to easily manage the mods on both the client and server. * **Steps:** 1. **Create a Custom Profile in Cursor:** Create a new custom profile in the CurseForge launcher. 2. **Add Mods:** Use the CurseForge launcher's interface to add the mods you want to use on your server. Make sure you add the *exact same versions* of the mods to your client profile as you will put on the server. 3. **Copy Mods to Server:** Navigate to the `mods` folder within your CurseForge profile directory (usually something like `CurseForge\Instances\<profile_name>\mods`). Copy all the `.jar` files from this folder to the `mods` folder of your Minecraft server. 4. **Configure Server (if needed):** Some mods require server-side configuration. Copy any necessary configuration files from your CurseForge profile's `config` folder to the `config` folder of your Minecraft server. 5. **Launch the Server:** Start your Minecraft server. 6. **Launch the Client:** Launch the modpack profile you created in Cursor. 7. **Connect:** Connect to your server. 3. **Contributing to a Modpack on GitHub (Advanced):** * **Scenario:** You're a developer or contributor to a modpack hosted on GitHub and want to use Cursor to test changes. * **Steps:** 1. **Fork the Repository:** Fork the modpack's GitHub repository to your own account. 2. **Clone the Fork:** Clone your forked repository to your local machine. 3. **Set Up a Development Environment:** This usually involves setting up a Minecraft development environment with the Minecraft Development Kit (MDK) or similar tools. This is beyond the scope of this basic explanation. 4. **Make Changes:** Modify the modpack files (e.g., `manifest.json`, config files, scripts). 5. **Test with Cursor:** Import the `manifest.json` into Cursor to create a test profile. Launch the profile and test your changes. 6. **Commit and Push:** Commit your changes to your local Git repository and push them to your forked repository on GitHub. 7. **Create a Pull Request:** Create a pull request from your forked repository to the original modpack repository. The modpack maintainers can then review and merge your changes. **Important Considerations** * **Mod Versions:** *Crucially*, the mod versions on your client (managed by Cursor) *must* match the mod versions on your server. Mismatched versions are a very common cause of connection problems and crashes. * **Server Configuration:** Some mods require specific server-side configuration. Read the mod documentation carefully to understand any server-side setup requirements. * **Dependencies:** Make sure you have all the necessary dependencies for the mods you're using. Cursor should handle most dependencies automatically, but it's good to be aware of them. * **Resource Packs:** If the modpack includes resource packs, make sure they are installed correctly on both the client and server (if the server supports them). * **Firewall:** Ensure that your firewall is not blocking connections to your Minecraft server. * **Port Forwarding:** If you're hosting the server on your home network and want others to connect from outside your network, you'll need to configure port forwarding on your router. * **Server Start Script:** The server start script (e.g., `start.bat`, `start.sh`) is crucial. Make sure it's configured correctly to allocate enough memory to the server. A common issue is not allocating enough RAM, leading to crashes. Look for the `-Xmx` parameter in the script (e.g., `-Xmx4G` for 4 GB of RAM). * **EULA:** You must agree to the Minecraft End User License Agreement (EULA) to run a Minecraft server. This usually involves setting `eula=true` in the `eula.txt` file. * **GitHub Repository Structure:** The structure of the GitHub repository can vary. Look for a `README.md` file that provides instructions on how to use the modpack. **Troubleshooting** * **Connection Refused:** This usually means the server isn't running or your client is trying to connect to the wrong IP address or port. * **Incompatible Mod Versions:** Double-check that the mod versions on the client and server match exactly. * **Crashing:** Check the server logs and client logs for error messages. These logs can provide clues about the cause of the crash. Common causes include insufficient RAM, incompatible mods, or configuration errors. * **Missing Mods:** Make sure all the required mods are present in the `mods` folder on both the client and server. **Example `manifest.json` (Simplified)** ```json { "manifestType": "minecraftModpack", "manifestVersion": 1, "name": "My Awesome Modpack", "version": "1.0.0", "author": "Your Name", "minecraft": { "version": "1.19.2", "modLoaders": [ { "id": "forge-43.2.0", "primary": true } ] }, "files": [ { "projectID": 238222, "fileID": 4087234, "required": true }, { "projectID": 283797, "fileID": 4123456, "required": true } ], "overrides": "overrides" } ``` * `projectID` and `fileID` refer to the mod's ID and file ID on CurseForge. * `overrides` specifies a folder containing configuration files and other assets that should be copied to the Minecraft instance. **In summary:** Using Cursor with a GitHub MCP server involves downloading the modpack files from GitHub, importing them into Cursor, and then copying the necessary files to your Minecraft server. Pay close attention to mod versions and server configuration. If you provide more specific details about the GitHub repository you're working with, I can give you more tailored instructions.

Pokemon MCP Server

An MCP server that enables AI agents to play Pokémon games by providing a functional interface for game interaction. It allows for seamless integration with AI clients to execute gameplay tasks and manage game states.