Discover Awesome MCP Servers

MCP Server

A FastAPI-based Model Context Protocol server that exposes herd data through a discoverable API, with local and containerized deployment options.

Jij MCP Server

A server that provides tools and utilities to support the implementation of Jij Modeling, featuring easy configuration and an extensible architecture for custom modeling workflows.

Notion MCP Server

Auto-generated server that enables interaction with Notion's API through the Multi-Agent Conversation Protocol (MCP), allowing users to programmatically manage Notion workspace content through natural language.

FrameLayoutKit MCP Server

Provides AI-powered assistance for iOS developers using FrameLayoutKit, enabling code generation, Auto Layout conversion to FrameLayoutKit syntax, layout validation, and migration guidance for Swift UIKit projects.

Remote MCP Server Template

A template for deploying MCP servers on Cloudflare Workers without authentication. Enables easy deployment and connection to AI clients like Claude Desktop and Cloudflare AI Playground.

JSON DB MCP Server

Enables users to manage data in a simple JSON file database through MCP tools and REST API. Supports creating, reading, updating, and deleting items organized in collections with auto-generated UUIDs.

Facebook Insights Metrics v23

Provides access to 120+ Facebook Graph API v23.0 Insights metrics through MCP tools and resources. Features intelligent fuzzy search capabilities and real-time metric discovery for comprehensive Facebook analytics data.

Congo River Compositional Intelligence

Provides tools for semantic decomposition, proof search, knowledge graph operations, and neuro-symbolic reasoning that bridges neural LLMs with symbolic AI through RDF triples, lambda calculus, and compositional intelligence principles.

VeChain MCP Server

Enables interaction with the VeChain blockchain network, providing access to documentation search, Thor REST API queries for accounts/transactions/blocks, and wallet management with cryptographic signing capabilities for both Mainnet and Testnet.

Rossum MCP Server

A Model Context Protocol server that provides AI agents with read-only access to Rossum API resources (queues, schemas, hooks, workspaces) for analysis purposes.

MCP-server-HF-papers

Este repositório é um servidor MCP que me permite interagir com os jornais diários do HF via WhatsApp.

MSI Metadata MCP Server

Enables reading MSI installer metadata, analyzing Windows software packages, and generating silent installation commands. Provides comprehensive MSI file analysis including features, components, and registry-based installed application management.

mcp_docs_server

Okay, let's break down how to build an MCP (Minecraft Coder Pack) server. Keep in mind that MCP is primarily used for *modding* Minecraft, not necessarily running a standard server. You'll use MCP to decompile, deobfuscate, and recompile the Minecraft code, allowing you to modify it. Then, you'll use the modified code to create a mod that you can then use on a standard Minecraft server. Here's a step-by-step guide, along with explanations and potential pitfalls: **1. Prerequisites:** * **Java Development Kit (JDK):** You *must* have the correct version of the JDK installed. MCP typically requires **Java 8** or **Java 17**, depending on the Minecraft version you're targeting. Download the appropriate JDK from Oracle or a distribution like Adoptium (Temurin). Make sure the `JAVA_HOME` environment variable is set correctly. This is crucial! * **Python:** MCP uses Python scripts for its operations. You'll need Python 3.6 or higher. Make sure Python is in your system's `PATH`. * **Minecraft Client:** You need a legitimate copy of the Minecraft client for the version you want to mod. MCP uses the client JAR file. * **Sufficient Disk Space:** MCP creates a lot of files during the decompilation and recompilation process. Make sure you have at least 10-20 GB of free space. * **Text Editor/IDE:** A good text editor or IDE (Integrated Development Environment) is essential for editing the Java code. Popular choices include: * IntelliJ IDEA (Community Edition is free and excellent) * Eclipse * Visual Studio Code (with Java extensions) **2. Download and Set Up MCP:** * **Find the Correct MCP Version:** Go to a reliable MCP source. A good starting point is often the MCP Discord server or a reputable modding forum. Make sure you download the MCP version that corresponds to the *exact* Minecraft version you want to mod. Using the wrong MCP version will lead to errors. For example, if you want to mod Minecraft 1.16.5, you need MCP 1.16.5. * **Extract MCP:** Extract the downloaded MCP archive (usually a `.zip` or `.tar.gz` file) to a directory on your computer. A good location is something like `C:\mcp` (on Windows) or `/opt/mcp` (on Linux/macOS). Avoid spaces in the path. * **Configure `build.gradle` (Important for newer MCP versions):** Newer versions of MCP use Gradle for building. Open the `build.gradle` file in the MCP directory with a text editor. You'll likely need to adjust the `minecraftVersion` property to match the Minecraft version you're using. For example: ```gradle minecraft { version = "1.16.5" // Replace with your Minecraft version mappings = "stable_39" // Or the appropriate mappings channel // ... other settings } ``` The `mappings` channel specifies which set of mappings to use for deobfuscation. "stable" is generally preferred, but you might need to use a different channel depending on the Minecraft version and the availability of mappings. Check the MCP documentation or community resources for the recommended mappings channel. **3. Decompile Minecraft:** * **Run `gradlew setupDecompWorkspace` (or equivalent):** Open a command prompt or terminal, navigate to the MCP directory, and run the following command: ```bash gradlew setupDecompWorkspace ``` (On Linux/macOS, you might need to use `./gradlew setupDecompWorkspace`) This command does the following: * Downloads the Minecraft client JAR. * Downloads the necessary mappings (Mojang mappings, Searge mappings, or others). * Decompiles and deobfuscates the Minecraft code. This is the most time-consuming step. * Sets up the development environment. **Troubleshooting:** * **"Gradle not found"**: Make sure Gradle is installed and in your `PATH`. MCP often includes a Gradle wrapper (`gradlew`), so you might not need to install Gradle separately. * **"Download failed"**: Check your internet connection. The Minecraft client and mappings files are downloaded from Mojang's servers or mapping providers. * **"Java version mismatch"**: This is a common error. Make sure you're using the correct JDK version (Java 8 or Java 17, depending on the MCP version). Set the `JAVA_HOME` environment variable correctly. * **"Mappings not found"**: The specified mappings channel might not be available for your Minecraft version. Try a different mappings channel or check the MCP documentation. * **Run `gradlew eclipse` or `gradlew idea`:** After the decompilation is complete, run one of the following commands to generate project files for your IDE: ```bash gradlew eclipse # For Eclipse gradlew idea # For IntelliJ IDEA ``` **4. Import into IDE:** * **Eclipse:** In Eclipse, go to `File -> Import -> Gradle -> Existing Gradle Project`. Browse to the MCP directory and import the project. * **IntelliJ IDEA:** In IntelliJ IDEA, go to `File -> Open`. Browse to the MCP directory and open the `build.gradle` file. IntelliJ IDEA will automatically recognize it as a Gradle project and import it. **5. Start Modding:** * **Explore the Code:** You can now browse the decompiled Minecraft source code in your IDE. The code will be deobfuscated, meaning the class and method names will be more readable. * **Create Your Mod:** Create new Java classes or modify existing ones to add your mod's features. You'll need to understand the Minecraft code structure and the Forge/Fabric modding API (if you're using Forge/Fabric). * **Recompile:** Use your IDE's build tools or run `gradlew build` in the MCP directory to recompile the code. * **Test:** Run the Minecraft client from your IDE to test your mod. You'll typically need to set up a run configuration in your IDE that launches the Minecraft client with your mod loaded. **Important Considerations for Server Mods:** * **Client-Side vs. Server-Side:** Some mods are client-side only (e.g., texture packs, UI changes). Other mods are server-side only (e.g., game logic changes, new commands). Many mods have both client-side and server-side components. Make sure your mod is designed to work on the server. * **Forge/Fabric:** Most server mods are built using either Forge or Fabric, which are modding APIs that provide a framework for adding mods to Minecraft. You'll need to install Forge or Fabric on your server and include your mod in the `mods` folder. * **Dependencies:** If your mod depends on other mods, you'll need to install those dependencies on the server as well. * **Configuration:** Provide a way to configure your mod (e.g., a configuration file) so that server administrators can customize its behavior. * **Permissions:** If your mod adds new commands or features that affect gameplay, consider adding permission checks to prevent abuse. * **Testing:** Thoroughly test your mod on a dedicated server to ensure it works correctly and doesn't cause any crashes or performance issues. **Example: A Simple Server-Side Mod (using Forge):** Let's say you want to create a simple mod that adds a new command to the server that displays a message. Here's a basic outline: 1. **Set up Forge:** Follow the Forge documentation to set up a Forge development environment. This typically involves downloading the Forge MDK (Mod Development Kit) and importing it into your IDE. 2. **Create a Mod Class:** Create a Java class that represents your mod. This class will be annotated with `@Mod` to tell Forge that it's a mod. 3. **Register a Command:** Use Forge's event system to register a new command when the server starts. 4. **Implement the Command:** Implement the logic for your command. In this case, it would simply send a message to the player who executed the command. 5. **Build the Mod:** Build your mod into a JAR file. 6. **Install on Server:** Place the JAR file in the `mods` folder of your Forge server. **Key Differences Between MCP and Forge/Fabric:** * **MCP (Minecraft Coder Pack):** A tool for decompiling, deobfuscating, and recompiling the Minecraft code. It's the foundation for modding, but it doesn't provide a modding API. You use MCP to understand and modify the Minecraft code. * **Forge/Fabric:** Modding APIs that provide a framework for adding mods to Minecraft. They provide events, hooks, and other tools that make it easier to create mods without directly modifying the Minecraft code. Forge and Fabric build upon the decompiled code provided by MCP (or similar tools). **In summary, you don't "build an MCP server." You use MCP to modify the Minecraft code, and then you use Forge or Fabric to create a mod that you can install on a standard Minecraft server.** This is a complex process, and it requires a good understanding of Java programming and the Minecraft code. Start with simple mods and gradually work your way up to more complex projects. The Minecraft modding community is very helpful, so don't hesitate to ask for help on forums or Discord servers. Good luck!

Obsidian Diary MCP Server

Enables AI-powered journaling in Obsidian with dynamic reflection prompts generated from recent entries and automatic backlinks between related diary entries. Supports adaptive templates that learn from writing patterns and smart content similarity linking.

OpenManager Vibe V4 MCP Server

A natural language-based server analysis and monitoring system that automatically processes user queries about server status and provides detailed responses with visualizations.

World Time By Api Ninjas

Enables querying current date and time information by city/state/country, geographic coordinates (latitude/longitude), or timezone using the API Ninjas World Time API.

Getting Started with Create React App

Aplicação React para teste de servidor MCP

Gmail MCP Server

Provides complete Gmail API integration for email management, including sending/receiving messages, managing labels and threads, creating drafts, and configuring settings through OAuth2 authentication.

MySQL MCP Server

Connects AI assistants like Claude Desktop directly to MySQL databases, enabling natural language interaction for schema inspection, data querying, CRUD operations, and database administration tasks.

MCP Server for Splunk

Enables AI agents to interact seamlessly with Splunk environments through 20+ tools for search, analytics, data discovery, administration, and health monitoring. Features AI-powered troubleshooting workflows and supports multiple Splunk instances with production-ready security.

rust-mcp-tutorial

Aqui está uma tradução de "rustでmcp serverのお試し" para português: **"Testando um servidor MCP em Rust"** Uma tradução mais literal seria: "Tentativa de servidor MCP com Rust", mas a primeira opção soa mais natural em português.

Code-MCP

Turns AI assistants into full-stack software engineers with 36 tools for cognitive reasoning, code validation, project scaffolding, and AI/IDE configuration generation across 130+ programming languages, databases, and frameworks.

Figma MCP Demo

A server that enables Cursor AI to generate code from Figma components by connecting to Figma's MCP Dev Server.

Mode Manager MCP

MCP Memory Agent Server - A VS Code chatmode and instruction manager with library integration

MCP Server Boilerplate

A starter template for building custom MCP servers that can integrate with Claude, Cursor, or other MCP-compatible AI assistants. Provides a clean foundation with TypeScript support, example implementations, and easy installation scripts for quickly creating tools, resources, and prompt templates.

MCP Crypto Market Data Server

Provides real-time and historical cryptocurrency market data from major exchanges through CCXT. Supports live price lookups, historical OHLCV queries, and includes lightweight caching for improved performance.

Puppeteer MCP Server

Enables AI agents to automate browser interactions including navigation, content extraction, form filling, screenshots, and JavaScript execution across multiple tabs using Puppeteer.