About
A Cloudflare Worker implementing the Model Context Protocol (MCP) that allows Claude to access real‑time weather data, IP geolocation, Google web searches, and arbitrary HTTP requests directly from conversations.
Capabilities

The Cf MCP Server is a lightweight, cloud‑native implementation of the Model Context Protocol (MCP) that runs as a Cloudflare Worker. By exposing a set of ready‑made tools, it lets Claude (and any other MCP‑compliant assistant) pull real‑time data from the web without leaving the conversation. This solves a common pain point for developers: integrating external APIs into AI workflows while keeping latency low and security high.
At its core, the worker offers four distinct capabilities. First, it can fetch current weather data for any city via a third‑party weather API. Second, it performs IP geolocation lookups, returning detailed information about a given address or the client’s own IP. Third, it enables web search by querying Google with a customizable number of results, making it possible to surface up‑to‑date information directly within the chat. Finally, it acts as a generic HTTP proxy that accepts any method, headers, and body payload, giving developers the flexibility to call arbitrary services on demand. Each function is exposed through a simple JSON schema, so Claude can invoke them automatically based on user intent.
Developers benefit from this server in several real‑world scenarios. A customer support bot can instantly provide weather forecasts or network diagnostics without hardcoding API calls. A data‑analysis assistant can pull the latest news articles or social media trends by simply asking for a web search. Because the worker runs on Cloudflare’s edge network, responses are served from geographically close locations, reducing round‑trip time and improving user experience. The server also respects security best practices: API keys are stored as environment variables in the Cloudflare dashboard, eliminating hard‑coded secrets and allowing fine‑grained access control.
Integrating the Cf MCP Server into an AI workflow is straightforward. After deployment, a user can instruct Claude with natural language commands such as “Get the weather for Tokyo” or “Make a GET request to https://example.com/api/data.” Claude’s function‑calling mechanism detects the relevant tool, sends a structured request to the worker, and streams back the result—all without leaving the chat interface. This seamless bridge between conversational AI and external services empowers developers to build richer, more interactive applications with minimal boilerplate.
Unique advantages of this implementation include its serverless architecture on Cloudflare Workers, which guarantees automatic scaling and low latency. The modular design allows teams to extend the worker by adding new functions in a single source file, then redeploying with one command. Additionally, the ability to selectively enable or disable services by omitting API keys gives developers fine control over cost and privacy. Together, these features make the Cf MCP Server a powerful tool for anyone looking to fuse AI assistants with real‑world data sources in a secure, scalable manner.
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