Discover Awesome MCP Servers

form-auto-mcp

Automates internal system form submissions by reading data from Excel/CSV or Google Sheets and using Playwright to navigate menus and fill form fields, with support for both visible and headless modes.

mcpManager

A desktop app and local MCP gateway that centralizes management of Claude/Codex configurations and provides unified access to Daytona sandbox and Tailscale networking operations through a single proxy entry point.

jenkins-http-mcp-server

Enables interaction with Jenkins servers through HTTP APIs, allowing users to list jobs, trigger builds, view logs, and manage configurations without requiring plugins or admin access.

Cheap Research

A bounded evidence review engine that ingests documents, extracts evidence for a given claim, detects contradictions, and produces auditable evidence packets without hallucinations or open-web research.

Corpus MCP Server

Enables AI assistants to securely interact with the Corpus Tracker application to manage financial portfolios and analyze net worth. It provides tools for tracking stock and gold holdings, logging transactions, and generating cash flow trends.

Roblox Studio MCP Server (Posuceius Fork)

Connects AI assistants like Claude and Gemini to Roblox Studio, enabling game structure exploration, script editing, UI generation, style extraction, and bulk changes locally and safely.

Highrise MCP Server by CData

This read-only MCP Server allows you to connect to Highrise data from Claude Desktop through CData JDBC Drivers. Free (beta) read/write servers available at https://www.cdata.com/solutions/mcp

MCP Jira Server

MCP para conversar com o Jira a partir do Cursor

Spec-driven Development MCP Server

Enables AI-guided spec-driven development workflow that transforms ideas into implementation through structured stages: goal collection, requirements gathering in EARS format, technical design documentation, task planning, and systematic code execution.

Nuclino MCP Server

Provides access to Nuclino content through structured search and retrieval tools.

Component MCP Server

Connects Figma designs to React components using your actual component library, enabling AI tools to generate production-ready code with proper imports.

TMS Development Wizard

Enables rapid exploration and integration of Omelet's Routing Engine and iNavi's Maps API for building Transport Management Systems, providing endpoint discovery, schema exploration, integration patterns, and troubleshooting guides.

Weather Union MCP Server

Provides real-time weather data and air quality information for geographic coordinates or major Indian cities using the Weather Union API.

Azure DevOps MCP Server

Enables management of Azure DevOps work items including Epics, Features, User Stories, Tasks, and Bugs through natural language. Supports CRUD operations, WIQL queries, work item relationships, and retrieval of project metadata such as iterations and area paths.

zvec-mcp-server

Enables LLMs to interact with Zvec vector database through tools for collection management, document operations, vector search, and AI-powered embeddings.

YouTube MCP Server

Enables AI agents to extract YouTube video metadata and generate high-quality multilingual transcriptions with voice activity detection, supporting 99 languages with translation capabilities and intelligent caching.

Agent Skills MCP

Enables discovery and installation of agent skills from curated GitHub repositories, allowing users to search large collections and inspect skill contents directly. It supports downloading skills locally and provides grounded scaffolds for creating new skills based on existing patterns.

oVirt MCP Server

Enables management of oVirt / Red Hat Virtualization environments via AI assistants, supporting VM lifecycle, power operations, snapshots, and infrastructure queries.

notion-private-api-mcp

Unofficial Notion MCP server built on Notion's private API (token_v2 cookie). Gives LLM agents full read/write access to the entire workspace — no integration token and no per-page sharing.

MCP TS Quickstart

Here's a build-less TypeScript quickstart for an MCP (Minecraft Protocol) server implementation, focusing on simplicity and ease of setup. This approach is suitable for small projects, prototyping, or learning the basics. Keep in mind that for larger, production-ready servers, a build process (using `tsc` and a bundler like esbuild or webpack) is highly recommended for performance and maintainability. **1. Project Setup** Create a new directory for your project: ```bash mkdir mcp-server-quickstart cd mcp-server-quickstart ``` **2. `package.json` (for dependencies and scripts)** Create a `package.json` file: ```bash npm init -y ``` Then, edit `package.json` to add the necessary dependencies and a start script: ```json { "name": "mcp-server-quickstart", "version": "1.0.0", "description": "A quickstart Minecraft Protocol server in TypeScript (build-less)", "main": "index.js", "scripts": { "start": "node --loader ts-node/esm src/index.ts", "test": "echo \"Error: no test specified\" && exit 1" }, "keywords": ["minecraft", "server", "typescript", "mcp"], "author": "You", "license": "MIT", "dependencies": { "minecraft-protocol": "^1.50.0" }, "devDependencies": { "@types/node": "^20.0.0", "ts-node": "^10.0.0", "typescript": "^5.0.0" }, "type": "module" } ``` **Explanation:** * **`dependencies`**: * `minecraft-protocol`: The core library for handling Minecraft protocol communication. Adjust the version as needed. * **`devDependencies`**: * `@types/node`: TypeScript type definitions for Node.js. * `ts-node`: Allows you to execute TypeScript files directly without compiling them to JavaScript first. Crucial for this build-less approach. * `typescript`: The TypeScript compiler. We still need it for type checking, even if we're not explicitly compiling. * **`scripts`**: * `start`: This is the key. It uses `ts-node/esm` to execute your `src/index.ts` file directly. The `--loader ts-node/esm` flag tells Node.js to use `ts-node` as a module loader, enabling TypeScript execution. * **`type`: "module"`**: This is *essential* for using ES modules (import/export) in your TypeScript code. Without this, you'll have to use CommonJS (`require`) which is less modern. **3. Install Dependencies** ```bash npm install ``` **4. Create the Source File (`src/index.ts`)** Create a directory named `src`: ```bash mkdir src ``` Then, create a file named `src/index.ts` with the following content: ```typescript import { createServer } from 'minecraft-protocol'; const server = createServer({ 'online-mode': false, // Set to true for authenticating with Mojang servers host: '0.0.0.0', // Listen on all interfaces port: 25565, // Default Minecraft port version: '1.19.4', // Minecraft version to emulate maxPlayers: 10, motd: '§aMy Awesome TypeScript Server\n§bRunning build-less!' }); server.on('login', (client) => { console.log(`${client.username} connected`); client.on('end', () => { console.log(`${client.username} disconnected`); }); client.on('error', (err) => { console.error(`Client ${client.username} error:`, err); }); // Send a chat message to the client client.write('chat', { message: JSON.stringify({ translate: 'chat.type.announcement', with: [ 'Server', 'Welcome to the server!' ] }), position: 0, // Chat box sender: '0' }); }); server.on('listening', () => { console.log(`Server listening on port ${server.socketServer.address().port}`); }); server.on('error', (err) => { console.error('Server error:', err); }); ``` **Explanation:** * **`import { createServer } from 'minecraft-protocol';`**: Imports the necessary function from the `minecraft-protocol` library. * **`createServer(...)`**: Creates the Minecraft server instance. The options object configures the server: * `online-mode`: Whether to authenticate players with Mojang. Set to `false` for testing or LAN servers. **Important: Setting this to `false` makes your server vulnerable to impersonation.** * `host`: The IP address to listen on. `0.0.0.0` means listen on all interfaces. * `port`: The port to listen on (default Minecraft port is 25565). * `version`: The Minecraft version the server will emulate. This is crucial for compatibility with clients. Make sure it matches the version you want to support. Check the `minecraft-protocol` documentation for supported versions. * `maxPlayers`: The maximum number of players allowed on the server. * `motd`: The message of the day displayed in the Minecraft client's server list. Use Minecraft color codes (e.g., `§a` for green, `§b` for aqua). * **`server.on('login', (client) => { ... });`**: This is the event handler that's called when a client successfully logs in. The `client` object represents the connected player. * `client.on('end', ...)`: Handles client disconnects. * `client.on('error', ...)`: Handles client errors. * `client.write('chat', ...)`: Sends a chat message to the client. The message format is a JSON string that conforms to Minecraft's chat message format. * **`server.on('listening', ...)`**: Called when the server starts listening for connections. * **`server.on('error', ...)`**: Handles server-level errors. **5. Run the Server** ```bash npm start ``` This will execute your `src/index.ts` file using `ts-node/esm`. You should see output in your console indicating that the server is running. **6. Connect with a Minecraft Client** Start your Minecraft client and connect to `localhost:25565`. Make sure the client version matches the `version` specified in your `src/index.ts` file. If `online-mode` is `false`, you can use any username. **Important Considerations and Improvements:** * **Error Handling:** The example provides basic error handling, but you should implement more robust error handling in a real-world application. * **Configuration:** Hardcoding server settings in the code is not ideal. Use environment variables or a configuration file to make the server more configurable. * **Asynchronous Operations:** Minecraft protocol operations are often asynchronous. Use `async/await` to handle asynchronous operations cleanly. * **Protocol Version:** The `version` option in `createServer` is critical. Make sure it matches the Minecraft version you want to support. Refer to the `minecraft-protocol` documentation for a list of supported versions. * **Security:** If you set `online-mode` to `false`, your server is vulnerable to impersonation. Only do this for testing or LAN servers. For public servers, always enable `online-mode`. * **Build Process (Recommended for Production):** While this build-less approach is convenient for quick starts, it's not recommended for production servers. A build process using `tsc` and a bundler (like esbuild or webpack) will: * Improve performance by compiling TypeScript to optimized JavaScript. * Bundle your code into a single file, making deployment easier. * Allow you to use more advanced TypeScript features and libraries. **Example with a Build Process (Brief Overview):** 1. **Install Build Tools:** ```bash npm install -D typescript esbuild ``` 2. **`tsconfig.json`:** ```json { "compilerOptions": { "target": "esnext", "module": "esnext", "moduleResolution": "node", "esModuleInterop": true, "forceConsistentCasingInFileNames": true, "strict": true, "skipLibCheck": true, "outDir": "dist" // Output directory }, "include": ["src/**/*"] } ``` 3. **`build` script in `package.json`:** ```json "scripts": { "build": "tsc && node dist/index.js", "start": "npm run build" } ``` 4. **Run `npm run build`:** This will compile your TypeScript code to JavaScript in the `dist` directory and then run the resulting JavaScript file. This more complex setup is highly recommended for any serious Minecraft server project. It provides better performance, maintainability, and scalability. The build-less approach is primarily for learning and experimentation. **Portuguese Translation of Key Concepts:** * **Build-less:** Sem compilação (literalmente "without compilation") or "sem processo de construção". * **TypeScript:** TypeScript (the same name is used in Portuguese). * **MCP (Minecraft Protocol):** Protocolo Minecraft (the same name is often used, or you can say "protocolo de comunicação do Minecraft"). * **Server:** Servidor. * **Implementation:** Implementação. * **Dependencies:** Dependências. * **Development Dependencies:** Dependências de desenvolvimento. * **Script:** Script (the same name is used in Portuguese). * **Module:** Módulo. * **Compile:** Compilar. * **Authentication:** Autenticação. * **Vulnerable:** Vulnerável. * **Impersonation:** Impersonificação. * **Configuration:** Configuração. * **Environment Variables:** Variáveis de ambiente. * **Asynchronous:** Assíncrono. * **Optimized:** Otimizado. * **Bundler:** Empacotador (although "bundler" is often used directly). * **Deployment:** Implantação. * **Maintainability:** Manutenibilidade. * **Scalability:** Escalabilidade. This comprehensive guide should get you started with a build-less TypeScript Minecraft server. Remember to consult the `minecraft-protocol` documentation for more advanced features and protocol details. Good luck!

서울시 교통 데이터 MCP 서버

서울시 교통 데이터 MCP 서버 - 실시간 교통 정보, 대중교통, 따릉이 등의 데이터를 제공하는 MCP 서버

CloakBrowser MCP Server

A stealth browser automation MCP server that wraps CloakBrowser's patched Chromium to bypass bot detection, providing 22 tools for web navigation, interaction, and session management.

My MCP

TO DO microsoft

calibre-mcp

Enables searching, reading, and managing a Calibre ebook library through natural language, with features like metadata search, full-text search, content extraction, and library management.

notebooklm-mcp-multiprofile

Enables AI agents to manage Google NotebookLM notebooks, sources, and generate podcasts/videos through the MCP protocol, with support for multiple Google accounts.

Wolfram Alpha MCP Server

Provides access to Wolfram Alpha's computational knowledge engine for mathematical calculations, scientific computing, data analysis, and factual information through natural language queries.

Mapify MCP Server

Enables AI assistants to generate interactive mind maps from text, YouTube videos, and web content using Mapify's API.

L.O.G. (Latent Orchestration Gateway)

A privacy-first memory layer that pseudonymizes sensitive data locally before sharing a 'Working-Fiction' version with external AI agents. It enables secure agentic workflows by ensuring personally identifiable information never leaves the user's sovereign hardware.

CloudForge MCP Server

Enables AI assistants to visualize cloud architecture diagrams, generate and import Terraform HCL, and manage infrastructure resources directly from chat through the CloudForge platform.

Deepgram Async MCP Server

Enables asynchronous transcription of long audio and video files using Deepgram's Speech-to-Text API with features like speaker diarization, sentiment analysis, topic detection, and summarization without timeout issues.