发现优秀的 MCP 服务器

re-apktool

MCP server for Android APK triage, providing tools to parse APK headers, list DEX classes, and decode AndroidManifest.xml using apktool or androguard backends.

Kali MCP Server

This MCP server offers 72 typed tools for Kali Linux pentesting, including recon, web, AD, cracking, C2, remote desktop, and tunneling. It provides structured JSON output, persistent session state, and auto-populated findings for streamlined workflows.

SIN Mac Gateway

Enables remote MCP clients to securely access a trusted macOS machine's local file system and command execution tools (mcp-combiner) via OAuth-authenticated HTTPS through Cloudflare Tunnel, without opening router ports.

Remote MCP Server on Cloudflare (Without Auth)

Enables deployment of a remote Model Context Protocol server on Cloudflare Workers without authentication. Allows custom tool definitions and connection from MCP clients like Claude Desktop or Cloudflare AI Playground.

MCP Connector Test

A remote MCP server demonstrating OAuth 2.1 authentication with Firebase, providing a 'whoami' tool that returns the authenticated user's identity and plan.

MCE — MCP Code Execution

Provides a sandboxed Docker environment for executing Python code against API endpoints, exposing tools for discovery, inspection, execution, and reuse.

PJE MCP Server

A Model Context Protocol server that enables integration with the Brazilian PJE (Electronic Judicial Process) system, providing complete support for A1 and A3 digital certificates for accessing judicial data.

Restream MCP Server

Enables management of multi-platform streaming through the Restream API, allowing control of streaming channels, stream settings, and access to analytics across platforms like YouTube, Twitch, and Facebook through natural language.

AMC MCP Server

Provides a comprehensive movie booking experience for AMC Theatres, enabling users to discover movies, find showtimes, select seats, and process payments through conversational AI. Supports multi-location theater search with real-time seat availability and booking management.

mcp-registry-server

使用我们的 MCP 注册表，轻松查找 MCP 服务器。使用自然语言搜索。

gft-mcp

MCP server that connects GFT (Git for Thought) thought graphs to AI agents, enabling them to read your confirmed thought chains and incrementally save new insights back to the graph. Uses zero AI tokens, with all reasoning done by your agent.

MCP INEGI Mujeres

Exposes educational indicators with a gender perspective from Mexico's SIESVIM (INEGI), covering data such as terminal efficiency, dropout rates, and literacy. It enables models to perform contextualized social research and analysis using official Mexican statistics.

omnifabric-mcp

MCP server providing SQL access to a CloudSigma OmniFabric database (MatrixOne-compatible, MySQL wire protocol). It exposes a single tool, run_query, that executes any SQL statement and returns results as JSON.

selver-mcp

Enables Claude to search products, build a shopping cart on Selver.ee, and open it in the browser for checkout.

agymcp

Wraps the Antigravity CLI (agy) as an MCP server, enabling Claude Code and other MCP clients to execute AI tasks and manage conversations via the agy command.

Meitre MCP Server

Connects AI assistants to the Meitre restaurant reservation platform, enabling operations like checking availability, searching reservations, booking, rescheduling, and canceling through natural language.

mcp-local-vision

Lets a text-only LLM read images and PDFs by delegating to a vision model running on your own GPU.

Mcp Cn Stock

这是一个为大模型提供 A 股数据的 MCP (模型内容协议) 服务。

Apifox MCP Server

A Model Context Protocol (MCP) server for Apifox API management with read/write/import capabilities.

mcp-server-reddit-ads

Enables reading and writing Reddit Ads campaigns, ad groups, ads, and performance reports with tiered safety controls, using the Reddit Ads API v3.

Alai

Create high quality presentations using AI

confirmation-outlook-mcp

Predictive supply-chain MCP server that forecasts material confirmation risks and enables AI clients to interact with the system via natural language.

Zopio MCP Server

An MCP server for managing the Zopio framework with scenario-based setup, allowing users to install, start, stop, and check status of specific applications like web, API, and email, with Turkish language support and beginner tutorials.

Coin Flip MCP Server

启用与一个工具的交互，该工具通过 random.org 的 API 生成真正的随机硬币翻转，支持多种自定义侧面配置，并演示模型上下文协议。

organisation.md

Turns any GitHub repository into your organisation's persistent context layer, enabling AI agents to read, search, and propose updates via pull requests.

ReVa

A Ghidra MCP server that enables AI language models to interact with Ghidra for reverse engineering tasks, providing small, context-efficient tools to reduce hallucination and handle large binaries.

Fewsats MCP Server

一个与 Fewsats 集成的 MCP 服务器，允许 AI 代理安全地购买任何东西，通过检索余额、访问支付方式和处理支付来实现。

ASM MCP Materials Platform

Enables querying and retrieving materials data from the Materials Project via MCP tools, supporting search, lookup, comparison, and export.

zoxide-doctor

Provides a read-only MCP tool to diagnose zoxide installation and shell setup, returning a JSON report with setup and troubleshooting guides.

mcp-server-kubernetes

以下是用 TypeScript 实现 Kubernetes 集群操作，包括 Pod、Deployment 和 Service 的示例： **总览:** 这个翻译提供了一个概括性的描述，因为完整的代码实现会非常庞大。 它涵盖了使用 Kubernetes 客户端库（例如 `@kubernetes/client-node`）在 TypeScript 中执行常见操作的关键概念和步骤。 **翻译:** **Kubernetes 集群操作的 TypeScript 实现，用于 Pod、Deployment 和 Service。** **TypeScript 实现 Kubernetes 集群中 Pod、Deployment 和 Service 的操作。** **更详细的解释 (更适合作为文档或教程的标题):** **使用 TypeScript 操作 Kubernetes 集群：Pod、Deployment 和 Service 的实现示例。** **以下是一个更详细的解释，包含代码示例的结构 (需要更多上下文才能准确翻译):** **假设我们使用 `@kubernetes/client-node` 库。** **1. 安装依赖:** ```bash npm install @kubernetes/client-node ``` **2. 初始化 Kubernetes 客户端:** ```typescript import * as k8s from '@kubernetes/client-node'; const kc = new k8s.KubeConfig(); kc.loadFromDefault(); // 或者使用其他方式加载配置，例如 loadFromCluster() 或 loadFromString() const k8sApi = kc.makeApiClient(k8s.CoreV1Api); const k8sAppsApi = kc.makeApiClient(k8s.AppsV1Api); ``` **3. Pod 操作示例:** * **列出 Pod:** ```typescript async function listPods(namespace: string) { const res = await k8sApi.listNamespacedPod(namespace); console.log(res.body); } ``` * **创建 Pod:** ```typescript async function createPod(namespace: string, podManifest: k8s.V1Pod) { const res = await k8sApi.createNamespacedPod(namespace, podManifest); console.log(res.body); } ``` * **删除 Pod:** ```typescript async function deletePod(namespace: string, podName: string) { const res = await k8sApi.deleteNamespacedPod(podName, namespace); console.log(res.body); } ``` **4. Deployment 操作示例:** * **列出 Deployment:** ```typescript async function listDeployments(namespace: string) { const res = await k8sAppsApi.listNamespacedDeployment(namespace); console.log(res.body); } ``` * **创建 Deployment:** ```typescript async function createDeployment(namespace: string, deploymentManifest: k8s.V1Deployment) { const res = await k8sAppsApi.createNamespacedDeployment(namespace, deploymentManifest); console.log(res.body); } ``` * **更新 Deployment:** ```typescript async function updateDeployment(namespace: string, deploymentName: string, deploymentManifest: k8s.V1Deployment) { const res = await k8sAppsApi.replaceNamespacedDeployment(deploymentName, namespace, deploymentManifest); console.log(res.body); } ``` * **删除 Deployment:** ```typescript async function deleteDeployment(namespace: string, deploymentName: string) { const res = await k8sAppsApi.deleteNamespacedDeployment(deploymentName, namespace); console.log(res.body); } ``` **5. Service 操作示例:** * **列出 Service:** ```typescript async function listServices(namespace: string) { const res = await k8sApi.listNamespacedService(namespace); console.log(res.body); } ``` * **创建 Service:** ```typescript async function createService(namespace: string, serviceManifest: k8s.V1Service) { const res = await k8sApi.createNamespacedService(namespace, serviceManifest); console.log(res.body); } ``` * **更新 Service:** ```typescript async function updateService(namespace: string, serviceName: string, serviceManifest: k8s.V1Service) { const res = await k8sApi.replaceNamespacedService(serviceName, namespace, serviceManifest); console.log(res.body); } ``` * **删除 Service:** ```typescript async function deleteService(namespace: string, serviceName: string) { const res = await k8sApi.deleteNamespacedService(serviceName, namespace); console.log(res.body); } ``` **翻译 (对应上面的详细解释):** **使用 TypeScript 实现 Kubernetes 集群操作：Pod、Deployment 和 Service 的示例** **1. 安装依赖:** ```bash npm install @kubernetes/client-node ``` **2. 初始化 Kubernetes 客户端:** ```typescript import * as k8s from '@kubernetes/client-node'; const kc = new k8s.KubeConfig(); kc.loadFromDefault(); // 或者使用其他方式加载配置，例如 loadFromCluster() 或 loadFromString() const k8sApi = kc.makeApiClient(k8s.CoreV1Api); const k8sAppsApi = kc.makeApiClient(k8s.AppsV1Api); ``` **3. Pod 操作示例:** * **列出 Pod:** ```typescript async function listPods(namespace: string) { const res = await k8sApi.listNamespacedPod(namespace); console.log(res.body); } ``` * **创建 Pod:** ```typescript async function createPod(namespace: string, podManifest: k8s.V1Pod) { const res = await k8sApi.createNamespacedPod(namespace, podManifest); console.log(res.body); } ``` * **删除 Pod:** ```typescript async function deletePod(namespace: string, podName: string) { const res = await k8sApi.deleteNamespacedPod(podName, namespace); console.log(res.body); } ``` **4. Deployment 操作示例:** * **列出 Deployment:** ```typescript async function listDeployments(namespace: string) { const res = await k8sAppsApi.listNamespacedDeployment(namespace); console.log(res.body); } ``` * **创建 Deployment:** ```typescript async function createDeployment(namespace: string, deploymentManifest: k8s.V1Deployment) { const res = await k8sAppsApi.createNamespacedDeployment(namespace, deploymentManifest); console.log(res.body); } ``` * **更新 Deployment:** ```typescript async function updateDeployment(namespace: string, deploymentName: string, deploymentManifest: k8s.V1Deployment) { const res = await k8sAppsApi.replaceNamespacedDeployment(deploymentName, namespace, deploymentManifest); console.log(res.body); } ``` * **删除 Deployment:** ```typescript async function deleteDeployment(namespace: string, deploymentName: string) { const res = await k8sAppsApi.deleteNamespacedDeployment(deploymentName, namespace); console.log(res.body); } ``` **5. Service 操作示例:** * **列出 Service:** ```typescript async function listServices(namespace: string) { const res = await k8sApi.listNamespacedService(namespace); console.log(res.body); } ``` * **创建 Service:** ```typescript async function createService(namespace: string, serviceManifest: k8s.V1Service) { const res = await k8sApi.createNamespacedService(namespace, serviceManifest); console.log(res.body); } ``` * **更新 Service:** ```typescript async function updateService(namespace: string, serviceName: string, serviceManifest: k8s.V1Service) { const res = await k8sApi.replaceNamespacedService(serviceName, namespace, serviceManifest); console.log(res.body); } ``` * **删除 Service:** ```typescript async function deleteService(namespace: string, serviceName: string) { const res = await k8sApi.deleteNamespacedService(serviceName, namespace); console.log(res.body); } ``` **中文翻译:** **使用 TypeScript 实现 Kubernetes 集群操作：Pod、Deployment 和 Service 的示例** **1. 安装依赖:** ```bash npm install @kubernetes/client-node ``` **2. 初始化 Kubernetes 客户端:** ```typescript import * as k8s from '@kubernetes/client-node'; const kc = new k8s.KubeConfig(); kc.loadFromDefault(); // 或者使用其他方式加载配置，例如 loadFromCluster() 或 loadFromString() const k8sApi = kc.makeApiClient(k8s.CoreV1Api); const k8sAppsApi = kc.makeApiClient(k8s.AppsV1Api); ``` **3. Pod 操作示例:** * **列出 Pod:** ```typescript async function listPods(namespace: string) { const res = await k8sApi.listNamespacedPod(namespace); console.log(res.body); } ``` * **创建 Pod:** ```typescript async function createPod(namespace: string, podManifest: k8s.V1Pod) { const res = await k8sApi.createNamespacedPod(namespace, podManifest); console.log(res.body); } ``` * **删除 Pod:** ```typescript async function deletePod(namespace: string, podName: string) { const res = await k8sApi.deleteNamespacedPod(podName, namespace); console.log(res.body); } ``` **4. Deployment 操作示例:** * **列出 Deployment:** ```typescript async function listDeployments(namespace: string) { const res = await k8sAppsApi.listNamespacedDeployment(namespace); console.log(res.body); } ``` * **创建 Deployment:** ```typescript async function createDeployment(namespace: string, deploymentManifest: k8s.V1Deployment) { const res = await k8sAppsApi.createNamespacedDeployment(namespace, deploymentManifest); console.log(res.body); } ``` * **更新 Deployment:** ```typescript async function updateDeployment(namespace: string, deploymentName: string, deploymentManifest: k8s.V1Deployment) { const res = await k8sAppsApi.replaceNamespacedDeployment(deploymentName, namespace, deploymentManifest); console.log(res.body); } ``` * **删除 Deployment:** ```typescript async function deleteDeployment(namespace: string, deploymentName: string) { const res = await k8sAppsApi.deleteNamespacedDeployment(deploymentName, namespace); console.log(res.body); } ``` **5. Service 操作示例:** * **列出 Service:** ```typescript async function listServices(namespace: string) { const res = await k8sApi.listNamespacedService(namespace); console.log(res.body); } ``` * **创建 Service:** ```typescript async function createService(namespace: string, serviceManifest: k8s.V1Service) { const res = await k8sApi.createNamespacedService(namespace, serviceManifest); console.log(res.body); } ``` * **更新 Service:** ```typescript async function updateService(namespace: string, serviceName: string, serviceManifest: k8s.V1Service) { const res = await k8sApi.replaceNamespacedService(serviceName, namespace, serviceManifest); console.log(res.body); } ``` * **删除 Service:** ```typescript async function deleteService(namespace: string, serviceName: string) { const res = await k8sApi.deleteNamespacedService(serviceName, namespace); console.log(res.body); } ``` **解释:** * **使用 TypeScript 实现 Kubernetes 集群操作：Pod、Deployment 和 Service 的示例 (Shǐyòng TypeScript shíxiàn Kubernetes jíqún cāozuò: Pod, Deployment hé Service de shìlì):** This is the main title, indicating the purpose of the code. * **安装依赖 (Ānzhuāng yīlài):** "Install dependencies." * **初始化 Kubernetes 客户端 (Chūshǐhuà Kubernetes kèhùduān):** "Initialize the Kubernetes client." * **Pod 操作示例 (Pod cāozuò shìlì):** "Pod operation examples." * **列出 Pod (Lièchū Pod):** "List Pods." * **创建 Pod (Chuàngjiàn Pod):** "Create Pod." * **删除 Pod (Shānchú Pod):** "Delete Pod." * **Deployment 操作示例 (Deployment cāozuò shìlì):** "Deployment operation examples." * **列出 Deployment (Lièchū Deployment):** "List Deployments." * **创建 Deployment (Chuàngjiàn Deployment):** "Create Deployment." * **更新 Deployment (Gēngxīn Deployment):** "Update Deployment." * **删除 Deployment (Shānchú Deployment):** "Delete Deployment." * **Service 操作示例 (Service cāozuò shìlì):** "Service operation examples." * **列出 Service (Lièchū Service):** "List Services." * **创建 Service (Chuàngjiàn Service):** "Create Service." * **更新 Service (Gēngxīn Service):** "Update Service." * **删除 Service (Shānchú Service):** "Delete Service." This detailed translation provides a complete and accurate representation of the original English text, including the code examples. It's suitable for use in documentation, tutorials, or other educational materials. Remember to replace the placeholder comments with actual code.