Discover Awesome MCP Servers
Extend your agent with 24,070 capabilities via MCP servers.
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- Developer Tools3,867
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- Legal & Compliance2
MCP Desktop Tools
Enables searching text across configured local workspaces using ripgrep. Provides secure text search capabilities within defined workspace boundaries through both MCP server and CLI interfaces.
Weather MCP Service
A Model Control Protocol (MCP) based service that allows users to query weather forecasts by coordinates and receive weather alerts for U.S. states.
claude-mcp-server-gateway
A lightweight Claude MCP gateway that dynamically loads tools only when needed, cutting MCP token clutter by up to 95% and keeping your context lean, fast, and focused.
Selenium MCP Server
A server implementation that enables controlling web browsers programmatically through Claude's desktop application, providing comprehensive Selenium WebDriver operations for browser automation with Chrome and Firefox support.
YouTube MCP Server
Enables interaction with YouTube through the YouTube Data API, allowing users to search for videos, playlists, and channels, generate video titles using AI, and manage YouTube content through natural language commands.
🛰️ Space Flight News MCP Server
Este proyecto es un servidor de Protocolo de Contexto de Modelo (MCP) que se integra con la API de Space Flight News para proporcionar artículos de noticias actualizados relacionados con los vuelos espaciales.
Lichess MCP
Enables natural language interaction with Lichess chess platform to play games, analyze positions, manage challenges and tournaments, and interact with other players through Claude Desktop.
Community Archive MCP Server
Enables searching and retrieving preserved Twitter data from the Community Archive, including user profiles, tweets, and keyword searches across archived content.
OpManager MCP Server
Enables AI assistants to interact with ManageEngine OpManager for network monitoring and IT operations management. Provides credential-less access to 85+ API endpoints for managing devices, alarms, discovery, dashboards, and reports through natural language.
Dad Jokes MCP Server
Provides dad jokes in multiple styles and topics through prompts and tools, including joke generation, rating, category browsing, and statistics to add humor to development workflows.
Express MCP Handler
A utility that integrates Model Context Protocol (MCP) into Express applications, offering both stateful session management and stateless request handling options.
YouTube MCP
Enables searching for songs on YouTube and automatically playing them in a web browser using the official YouTube Data API v3. It supports cross-platform execution on Windows, macOS, and Linux with built-in input validation.
MCP TTS Server
Wrapper de servidor MCP para motores TTS (Kokoro TTS y OpenAI TTS)
Burpsuite MCP Server
Sport5 Fantasy League MCP Server
Enables full automation of Sport5 Fantasy League management including team analysis, player searches, automatic transfers, captain selection, and optimization recommendations. Supports Hebrew interface and provides comprehensive fantasy football team management through natural language commands.
Vidu MCP
Provides access to Vidu's video generation models for creating high-quality videos from text, images, and reference content. It enables users to generate creative video content directly within MCP-compatible applications like Claude and Cursor.
Model Context Protocol
Okay, here are some resources to help you understand MCPs (Managed Configuration Profiles) and interact with an MCP server, focusing on the most common platforms (iOS/macOS) and general concepts: **Understanding Managed Configuration Profiles (MCPs):** * **Apple's Official Documentation (Essential):** * **Configuration Profile Reference:** This is the *definitive* source. It details every setting you can configure in a profile. It's very technical but crucial for understanding the possibilities. Search for "Configuration Profile Reference" on the Apple Developer website. Look for the latest version relevant to the iOS/macOS versions you're targeting. Example search term: "Configuration Profile Reference iOS 17" * **Mobile Device Management (MDM) Protocol Reference:** While you might not be building an MDM server, understanding the MDM protocol helps you understand how devices receive and apply MCPs. Search for "MDM Protocol Reference" on the Apple Developer website. * **Apple Configurator:** Apple Configurator is a free tool from Apple that allows you to create and install configuration profiles. It's a great way to experiment and see how different settings affect a device. Available on the Mac App Store. * **Profile Manager (macOS Server):** If you're using macOS Server, Profile Manager is Apple's built-in MDM solution. Its documentation can be helpful for understanding MCP concepts, even if you're not using macOS Server as your MDM. * **General Concepts and Explanations:** * **What is a Configuration Profile?** Think of it as a set of instructions that tells a device how to behave. It can configure Wi-Fi settings, email accounts, security policies, restrictions on app usage, and much more. * **How are MCPs Deployed?** Typically, MCPs are deployed via: * **MDM (Mobile Device Management):** This is the most common method for organizations. An MDM server pushes profiles to enrolled devices. * **Email:** You can email a profile to a user, and they can install it. (Less secure and less manageable for large deployments). * **Web Download:** Users can download a profile from a website. (Similar limitations to email). * **Apple Configurator:** For direct device configuration. * **Payloads:** MCPs are made up of "payloads." Each payload configures a specific aspect of the device (e.g., a Wi-Fi payload, an email payload, a restrictions payload). The Configuration Profile Reference details all the available payloads. * **Signed vs. Unsigned Profiles:** Profiles can be signed with a certificate. Signing provides assurance that the profile hasn't been tampered with. MDM solutions typically handle signing automatically. **Interacting with an MCP Server (MDM):** * **Understanding the MDM Protocol:** * **Key Commands:** Learn about the core MDM commands: * `DeviceInformation`: Requests information about the device. * `ProfileList`: Requests a list of installed profiles. * `InstallProfile`: Installs a profile. * `RemoveProfile`: Removes a profile. * `InstallApplication`: Installs an application. * `EraseDevice`: Remotely wipes the device. (Use with extreme caution!) * `RestartDevice`: Remotely restarts the device. * **Push Notifications:** MDM servers use Apple Push Notification service (APNs) to wake up devices and tell them to connect to the MDM server. * **SCEP (Simple Certificate Enrollment Protocol):** Used for issuing certificates to devices. * **Tools for Interacting with MDM (for testing/development):** * **`mdmclient` (macOS):** A command-line tool built into macOS that allows you to interact with an MDM server. You can enroll, unenroll, and perform other MDM-related tasks. Open Terminal and type `man mdmclient` for documentation. * **Postman/Insomnia (API Clients):** Use these tools to send HTTP requests to the MDM server's API. You'll need to understand the MDM server's API documentation. * **Python/Other Scripting Languages:** You can use scripting languages to automate interactions with the MDM server's API. Libraries like `requests` in Python are helpful. * **MDM Server Documentation (Crucial):** * **Read the documentation for the specific MDM server you're using.** Each MDM server (e.g., Jamf Pro, Microsoft Intune, SimpleMDM, Mosyle) has its own API and specific ways of handling MCPs. The vendor's documentation is *essential*. Look for API documentation, developer guides, and sample code. **Example Scenario (Illustrative):** Let's say you want to create a profile that configures a Wi-Fi network: 1. **Consult the Configuration Profile Reference:** Find the "com.apple.wifi.managed" payload. This section will tell you all the keys you can use to configure the Wi-Fi network (SSID, security type, password, etc.). 2. **Create the Profile (in XML or JSON):** You'll create a file (usually with a `.mobileconfig` extension) that contains the XML or JSON representation of the profile. This file will include the `com.apple.wifi.managed` payload with the desired settings. 3. **Deploy the Profile:** * **MDM:** Upload the profile to your MDM server and assign it to devices or groups. * **Email/Web:** Email the `.mobileconfig` file to a user or host it on a website. 4. **Device Receives and Installs:** The device receives the profile (either pushed by the MDM or downloaded by the user) and installs it. The Wi-Fi settings are then configured according to the profile. **Important Considerations:** * **Security:** Be very careful when creating and deploying profiles, especially those that configure security settings. Incorrectly configured profiles can weaken security. * **Testing:** Thoroughly test profiles before deploying them to a large number of devices. Use a test device or a small group of users for initial testing. * **Privacy:** Be mindful of user privacy when collecting device information or configuring settings that affect privacy. * **User Experience:** Consider the user experience when deploying profiles. Provide clear instructions and explanations to users. * **Deprecation:** Apple sometimes deprecates features or settings in configuration profiles. Stay up-to-date with the latest documentation to avoid using deprecated features. **Translation to Spanish:** **Recursos para comprender los MCP e interactuar con el servidor MCP** Aquí hay algunos recursos para ayudarlo a comprender los MCP (Perfiles de configuración administrados) e interactuar con un servidor MCP, centrándose en las plataformas más comunes (iOS/macOS) y los conceptos generales: **Comprensión de los perfiles de configuración administrados (MCP):** * **Documentación oficial de Apple (esencial):** * **Referencia del perfil de configuración:** Esta es la fuente *definitiva*. Detalla cada configuración que puede configurar en un perfil. Es muy técnico, pero crucial para comprender las posibilidades. Busque "Configuration Profile Reference" en el sitio web para desarrolladores de Apple. Busque la última versión relevante para las versiones de iOS/macOS a las que se dirige. Término de búsqueda de ejemplo: "Configuration Profile Reference iOS 17" * **Referencia del protocolo de administración de dispositivos móviles (MDM):** Si bien es posible que no esté construyendo un servidor MDM, comprender el protocolo MDM lo ayuda a comprender cómo los dispositivos reciben y aplican los MCP. Busque "MDM Protocol Reference" en el sitio web para desarrolladores de Apple. * **Apple Configurator:** Apple Configurator es una herramienta gratuita de Apple que le permite crear e instalar perfiles de configuración. Es una excelente manera de experimentar y ver cómo las diferentes configuraciones afectan a un dispositivo. Disponible en la Mac App Store. * **Administrador de perfiles (macOS Server):** Si está utilizando macOS Server, el Administrador de perfiles es la solución MDM integrada de Apple. Su documentación puede ser útil para comprender los conceptos de MCP, incluso si no está utilizando macOS Server como su MDM. * **Conceptos generales y explicaciones:** * **¿Qué es un perfil de configuración?** Piense en ello como un conjunto de instrucciones que le dice a un dispositivo cómo comportarse. Puede configurar la configuración de Wi-Fi, las cuentas de correo electrónico, las políticas de seguridad, las restricciones en el uso de aplicaciones y mucho más. * **¿Cómo se implementan los MCP?** Por lo general, los MCP se implementan a través de: * **MDM (Administración de dispositivos móviles):** Este es el método más común para las organizaciones. Un servidor MDM envía perfiles a los dispositivos inscritos. * **Correo electrónico:** Puede enviar un perfil por correo electrónico a un usuario y este puede instalarlo. (Menos seguro y menos manejable para grandes implementaciones). * **Descarga web:** Los usuarios pueden descargar un perfil de un sitio web. (Limitaciones similares al correo electrónico). * **Apple Configurator:** Para la configuración directa del dispositivo. * **Cargas útiles:** Los MCP se componen de "cargas útiles". Cada carga útil configura un aspecto específico del dispositivo (por ejemplo, una carga útil de Wi-Fi, una carga útil de correo electrónico, una carga útil de restricciones). La Referencia del perfil de configuración detalla todas las cargas útiles disponibles. * **Perfiles firmados vs. no firmados:** Los perfiles se pueden firmar con un certificado. La firma proporciona la seguridad de que el perfil no ha sido manipulado. Las soluciones MDM suelen gestionar la firma automáticamente. **Interactuar con un servidor MCP (MDM):** * **Comprensión del protocolo MDM:** * **Comandos clave:** Aprenda sobre los comandos MDM centrales: * `DeviceInformation`: Solicita información sobre el dispositivo. * `ProfileList`: Solicita una lista de perfiles instalados. * `InstallProfile`: Instala un perfil. * `RemoveProfile`: Elimina un perfil. * `InstallApplication`: Instala una aplicación. * `EraseDevice`: Borra el dispositivo de forma remota. (¡Úselo con extrema precaución!) * `RestartDevice`: Reinicia el dispositivo de forma remota. * **Notificaciones push:** Los servidores MDM utilizan el servicio de notificaciones push de Apple (APNs) para activar los dispositivos y decirles que se conecten al servidor MDM. * **SCEP (Protocolo simple de inscripción de certificados):** Se utiliza para emitir certificados a los dispositivos. * **Herramientas para interactuar con MDM (para pruebas/desarrollo):** * **`mdmclient` (macOS):** Una herramienta de línea de comandos integrada en macOS que le permite interactuar con un servidor MDM. Puede inscribirse, cancelar la inscripción y realizar otras tareas relacionadas con MDM. Abra Terminal y escriba `man mdmclient` para obtener documentación. * **Postman/Insomnia (Clientes API):** Utilice estas herramientas para enviar solicitudes HTTP a la API del servidor MDM. Deberá comprender la documentación de la API del servidor MDM. * **Python/Otros lenguajes de scripting:** Puede utilizar lenguajes de scripting para automatizar las interacciones con la API del servidor MDM. Las bibliotecas como `requests` en Python son útiles. * **Documentación del servidor MDM (crucial):** * **Lea la documentación del servidor MDM específico que esté utilizando.** Cada servidor MDM (por ejemplo, Jamf Pro, Microsoft Intune, SimpleMDM, Mosyle) tiene su propia API y formas específicas de manejar los MCP. La documentación del proveedor es *esencial*. Busque documentación de la API, guías para desarrolladores y código de muestra. **Escenario de ejemplo (ilustrativo):** Digamos que desea crear un perfil que configure una red Wi-Fi: 1. **Consulte la Referencia del perfil de configuración:** Busque la carga útil "com.apple.wifi.managed". Esta sección le indicará todas las claves que puede utilizar para configurar la red Wi-Fi (SSID, tipo de seguridad, contraseña, etc.). 2. **Cree el perfil (en XML o JSON):** Creará un archivo (generalmente con una extensión `.mobileconfig`) que contiene la representación XML o JSON del perfil. Este archivo incluirá la carga útil `com.apple.wifi.managed` con la configuración deseada. 3. **Implemente el perfil:** * **MDM:** Cargue el perfil en su servidor MDM y asígnelo a dispositivos o grupos. * **Correo electrónico/Web:** Envíe el archivo `.mobileconfig` por correo electrónico a un usuario o alójelo en un sitio web. 4. **El dispositivo recibe e instala:** El dispositivo recibe el perfil (ya sea enviado por el MDM o descargado por el usuario) y lo instala. La configuración de Wi-Fi se configura según el perfil. **Consideraciones importantes:** * **Seguridad:** Tenga mucho cuidado al crear e implementar perfiles, especialmente aquellos que configuran la configuración de seguridad. Los perfiles configurados incorrectamente pueden debilitar la seguridad. * **Pruebas:** Pruebe minuciosamente los perfiles antes de implementarlos en una gran cantidad de dispositivos. Utilice un dispositivo de prueba o un pequeño grupo de usuarios para las pruebas iniciales. * **Privacidad:** Tenga en cuenta la privacidad del usuario al recopilar información del dispositivo o configurar ajustes que afecten a la privacidad. * **Experiencia del usuario:** Considere la experiencia del usuario al implementar perfiles. Proporcione instrucciones y explicaciones claras a los usuarios. * **Obsolescencia:** Apple a veces declara obsoletas características o configuraciones en los perfiles de configuración. Manténgase al día con la documentación más reciente para evitar el uso de funciones obsoletas. This is a comprehensive starting point. Remember to focus on the specific MDM solution you are using for the most accurate and relevant information. Good luck!
Custom MCP Servers
Una colección de servidores MCP personalizados que he creado 🧠⚡️.
GEP MCP Motor
Enables entropy-guided motor control for autonomous tool execution in MCP systems, using behavioral entropy dynamics to adaptively gate, throttle, and regulate tool invocations rather than static policies.
SearXNG MCP Server
Provides privacy-focused web search capabilities through SearXNG metasearch engine, enabling web, image, video, and news searches without tracking. Includes comprehensive research tools that aggregate and analyze results from multiple search engines.
Anki MCP Server with ElevenLabs Support
Enables comprehensive management of Anki decks and notes through the Model Context Protocol, including bulk operations and note type customization. It features integrated high-quality audio generation for flashcards using ElevenLabs and Google Cloud Text-to-Speech APIs.
Zohairs-server
Test
Math Operations MCP Server
Enables mathematical operations and calculations through an MCP server interface. Provides computational capabilities accessible via HTTP endpoints for mathematical processing tasks.
After Effects Motion Control Panel
A robust system that connects web UI to After Effects, enabling real-time command processing and monitoring with comprehensive error handling.
Mcp Server Tester
WHOOP MCP Server for Poke
Connects WHOOP fitness data to Poke AI assistant, enabling natural language queries for recovery scores, sleep analysis, strain tracking, and healthspan metrics.
After Effects Motion Control Panel
A robust system that connects web UI to After Effects, enabling real-time command processing and monitoring with comprehensive error handling.
Activity Reporting MCP Server
Enables Google Developer Experts to report various activities (content creation, speaking engagements, workshops, mentoring) through AI conversational interfaces by connecting Advocu API with Model Context Protocol.
MongTap
Enables LLMs to create, query, and manage MongoDB-compatible databases using natural language without actual data storage. Uses statistical modeling to generate realistic data on-the-fly from sample documents or descriptions.
WebforAI Text Extractor MCP Server
A Cloudflare Workers-based server that extracts clean, formatted text from web pages using WebforAI and makes it accessible to AI models through the Model Context Protocol.