Discover Awesome MCP Servers
Extend your agent with 84,516 capabilities via MCP servers.
- All84,516
- Developer Tools3,867
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- AI Integration Systems229
- Cloud Platforms219
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- Database Interaction177
- Remote Shell Execution165
- Browser Automation147
- Databases145
- Communication137
- AI Content Generation127
- OS Automation120
- Programming Docs Access109
- Content Fetching108
- Note Taking97
- File Systems96
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- Finance91
- Knowledge & Memory90
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- Security71
- Image & Video Processing69
- Digital Note Management66
- AI Memory Systems62
- Advanced AI Reasoning59
- Git Management Tools58
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- Calendar Management26
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WhatsApp MCP Server 🚀
WhatsApp MCP server diterjemahkan menjadi: **Server MCP WhatsApp**
NixOS MCP Server
Enables searching and retrieving NixOS configuration options using the official NixOS search API. It provides detailed metadata including option types, default values, and descriptions with full support for paginated results.
Google Ads MCP Server
A read-write MCP server for managing Google Ads campaigns, ad groups, keywords, and ads via natural language.
DialectOS
Spanish dialect localization MCP server and CLI. It translates and QA-checks content across 25 regional variants with register control, structure preservation, and adversarial quality gates.
Memsolus MCP Server
Provides persistent long-term memory for AI agents through semantic search and automated knowledge graph extraction. It enables agents to store, recall, and reason over facts, preferences, and relationships across multiple conversations and sessions.
raspa-mcp
Wraps the RASPA2 molecular simulation engine into MCP tools, enabling AI agents to autonomously design, validate, execute, and interpret molecular simulations for porous materials.
Gemini MCP Server
Integrates Google Gemini AI into Warp terminal workflows through three focused tools: single-turn chat for quick questions, multi-turn conversations with context preservation, and AI-powered code analysis with bug detection and optimization suggestions.
linkedin-mcp
Automates LinkedIn job search and Easy Apply using Playwright and Claude Code, with tools for login, job search, form filling, and batch applications.
PokéBattle AI Strategist
An intelligent Pokémon battle strategy assistant that provides strategic recommendations, type effectiveness analysis, and competitive insights through conversational AI powered by Algolia search.
Grok-in-Codex
Enables Codex to delegate code reviews, coding tasks, image/video generation, and background investigations to Grok via MCP tools.
post-plan
Enables publishing and unpublishing model-authored HTML plans through a dependency-free MCP server with publish_plan and unpublish_plan tools.
Akamai Traffic MCP
Exposes the Akamai Reporting API v2 to enable traffic analysis, cache offload measurement, and error rate monitoring via natural language. It provides advanced features for forecasting future traffic trends and exporting multi-sheet Excel reports.
Claude MCP Server Ecosystem
A production-ready MCP server ecosystem providing Claude AI with 150+ specialized tools across enhanced memory, data analytics, security, design, and infrastructure domains with PostgreSQL, Redis, Qdrant, and Docker orchestration.
YouTube Ultimate Toolkit MCP
A comprehensive MCP server that provides Claude AI with full access to YouTube content, including searchable transcripts, metadata, comments, and playlists. It uniquely supports capturing video screenshots and extracting audio clips for analysis across both local and remote platforms.
Grimoire
A self-hosted personal context server that unifies knowledge base, retrieval, credential management, and agent memory via MCP, with a built-in notes app for human oversight.
Notes Manager
A TypeScript-based MCP server that enables AI assistants to create, search, list, and delete notes with tags. Serves as a starter template for building custom MCP servers with tools and resources.
servicenow-api
MCP server enabling interaction with ServiceNow API for managing incidents, CMDB, change management, and other ServiceNow operations via natural language.
SBB Open Data MCP Server
An MCP server for Swiss Federal Railways (SBB) open data, enabling AI models to query real-time disruptions, passenger frequencies, station details, and more without an API key.
WaterTAP Engine MCP
A water treatment process simulation engine that exposes WaterTAP capabilities through MCP and CLI adapters, enabling AI agents to build, solve, and optimize flowsheets using natural language.
MCP Notifications Server
Enables Claude and other MCP clients to display native macOS notifications with customizable titles, messages, icons, and sounds through the macOS Notification Center.
Celestial Position MCP Server
Provides altitude-azimuth coordinates for celestial objects including planets, over 117,000 stars, and 14,000 deep sky objects based on system time and configurable location.
PageMap
Converts raw HTML into structured, AI-readable page maps with 97% token reduction, enabling agents to read, click, type, and navigate any web page.
KotorMCP
MCP server for interacting with Knights of the Old Republic game installations, enabling resource discovery, inspection, and analysis for AI agents.
chatpipe-mcp
Publish live web pages from AI coding agents. Instant shareable URLs for dashboards, landing pages, and reports with password protection.
groove-mcp
Enables management of customer support tickets, contacts, agents, and knowledge base articles through the Groove HQ GraphQL API.
Nusawave MCP Server
Provides tools to read local git repositories and fetch public web pages without external APIs, configurable via environment variables or JSON files.
MaxKB
💬 MaxKB adalah chatbot RAG siap pakai yang memiliki alur kerja yang kuat dan kemampuan penggunaan alat MCP. Ia mendukung berbagai macam model bahasa besar (LLM) utama, termasuk DeepSeek-R1, Llama 3.3, OpenAI, dan lain-lain.
fred-mcp
Enables users to search, retrieve, and explore economic data series from the Federal Reserve Economic Data (FRED) API using natural language.
GitLab MCP Server
Enables AI assistants to interact with GitLab projects by listing merge requests, issues, and pipelines via MCP tools.
Local Mcp Server Tutorial
Tentu, berikut adalah tutorial untuk membuat server MCP lokal (stdio): **Tutorial Membuat Server MCP Lokal (stdio)** Tutorial ini akan memandu Anda melalui proses pembuatan server MCP (Minecraft Coder Pack) lokal yang menggunakan stdio (standard input/output) untuk komunikasi. Ini berguna untuk pengembangan mod dan pengujian tanpa perlu menjalankan server Minecraft penuh. **Prasyarat:** * **Java Development Kit (JDK):** Pastikan Anda telah menginstal JDK (versi 8 atau lebih tinggi). Anda dapat mengunduhnya dari situs web Oracle atau menggunakan distribusi OpenJDK. * **Minecraft Coder Pack (MCP):** Unduh MCP versi yang sesuai dengan versi Minecraft yang ingin Anda modifikasi. Anda dapat menemukannya di berbagai forum dan situs web modding Minecraft. * **Lingkungan Pengembangan Terpadu (IDE):** IDE seperti IntelliJ IDEA atau Eclipse sangat direkomendasikan untuk pengembangan Java. **Langkah 1: Konfigurasi MCP** 1. **Ekstrak MCP:** Ekstrak arsip MCP ke direktori pilihan Anda. 2. **Konfigurasi `conf/mcp.cfg`:** Buka file `conf/mcp.cfg` di editor teks. * Pastikan properti `ClientVersion` dan `ServerVersion` sesuai dengan versi Minecraft yang ingin Anda modifikasi. * Ubah properti `UseStdio` menjadi `True`. Ini akan mengaktifkan mode stdio. * Contoh: ``` ClientVersion = 1.16.5 ServerVersion = 1.16.5 UseStdio = True ``` 3. **Decompile Minecraft:** Jalankan perintah `decompile.bat` (di Windows) atau `decompile.sh` (di Linux/macOS) untuk mendekompilasi kode Minecraft. Ini akan menghasilkan kode sumber yang dapat Anda modifikasi. **Langkah 2: Membuat Proyek Java** 1. **Buat Proyek Baru:** Buat proyek Java baru di IDE Anda. 2. **Impor Kode Sumber MCP:** Impor kode sumber yang didekompilasi dari direktori `mcp/src/java` ke dalam proyek Anda. 3. **Konfigurasi Build Path:** Tambahkan pustaka (libraries) yang diperlukan ke build path proyek Anda. Pustaka ini biasanya terletak di direktori `mcp/lib`. **Langkah 3: Membuat Kelas Server Stdio** Buat kelas Java baru yang akan bertindak sebagai server stdio. Kelas ini akan membaca input dari stdin dan menulis output ke stdout. ```java import java.io.BufferedReader; import java.io.IOException; import java.io.InputStreamReader; public class StdioServer { public static void main(String[] args) { try (BufferedReader reader = new BufferedReader(new InputStreamReader(System.in))) { String line; while ((line = reader.readLine()) != null) { // Proses input dari stdin System.out.println("Server menerima: " + line); // Kirim respons ke stdout System.out.println("Server mengirim: OK"); } } catch (IOException e) { e.printStackTrace(); } } } ``` **Penjelasan Kode:** * **`BufferedReader`:** Digunakan untuk membaca input dari `System.in` (stdin). * **`while` loop:** Membaca baris demi baris dari stdin sampai tidak ada lagi input. * **`System.out.println`:** Digunakan untuk menulis output ke `System.out` (stdout). **Langkah 4: Menguji Server Stdio** 1. **Kompilasi Kode:** Kompilasi kelas `StdioServer` Anda. 2. **Jalankan Server:** Jalankan kelas `StdioServer` dari terminal atau IDE Anda. 3. **Kirim Input:** Ketikkan sesuatu di terminal dan tekan Enter. Anda akan melihat server mencetak input yang diterima dan mengirim respons "OK". **Langkah 5: Mengintegrasikan dengan Minecraft (Opsional)** Untuk mengintegrasikan server stdio dengan Minecraft, Anda perlu memodifikasi kode Minecraft untuk berkomunikasi dengan server stdio. Ini melibatkan: 1. **Memodifikasi Kode Minecraft:** Tambahkan kode ke kelas Minecraft yang relevan untuk mengirim data ke server stdio dan menerima respons. 2. **Menggunakan Proses:** Gunakan kelas `Process` di Java untuk menjalankan server stdio sebagai proses terpisah. 3. **Komunikasi:** Gunakan `InputStream` dan `OutputStream` dari proses untuk berkomunikasi dengan server stdio. **Contoh (Konsep):** ```java // Di dalam kelas Minecraft yang relevan Process serverProcess = new ProcessBuilder("java", "-cp", "path/ke/proyek", "StdioServer").start(); OutputStream outputStream = serverProcess.getOutputStream(); InputStream inputStream = serverProcess.getInputStream(); // Kirim data ke server outputStream.write("Data dari Minecraft".getBytes()); outputStream.flush(); // Baca respons dari server BufferedReader reader = new BufferedReader(new InputStreamReader(inputStream)); String response = reader.readLine(); System.out.println("Server merespons: " + response); ``` **Catatan:** * Ini adalah contoh yang sangat sederhana. Integrasi yang sebenarnya akan lebih kompleks dan bergantung pada apa yang ingin Anda capai. * Pastikan untuk menangani pengecualian dengan benar dan menutup stream setelah selesai digunakan. **Kesimpulan:** Tutorial ini memberikan dasar untuk membuat server MCP lokal menggunakan stdio. Anda dapat menggunakan ini untuk mengembangkan mod dan menguji kode Anda tanpa perlu menjalankan server Minecraft penuh. Ingatlah bahwa integrasi dengan Minecraft memerlukan pemahaman yang lebih dalam tentang kode Minecraft dan API modding. Semoga tutorial ini bermanfaat! Jika Anda memiliki pertanyaan lebih lanjut, jangan ragu untuk bertanya.