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IPify MCP Server

MCP Server

Retrieve your machine's public IP via a simple MCP endpoint

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Updated Mar 19, 2025

About

The IPify MCP Server provides an easy-to-use service that queries the ipify API to return the current machine's public IP address. It is ideal for network diagnostics, configuration automation, and any application requiring real-time IP discovery.

Capabilities

Resources
Access data sources
Tools
Execute functions
Prompts
Pre-built templates
Sampling
AI model interactions

IP Fetch Demo

Overview

The Ip Mcp Server is a lightweight MCP (Model Context Protocol) service that exposes the current machine’s public IP address via the popular API. By running this server locally, developers can easily integrate real‑time IP retrieval into AI assistant workflows without embedding external HTTP calls directly in the prompt or code. This is especially useful for assistants that need to report network details, configure remote connections, or validate access policies.

What Problem It Solves

Many AI-powered tools require knowledge of the host environment’s network identity, yet accessing that information from within an assistant can be cumbersome. Traditional approaches involve hard‑coding IP addresses, manually querying services, or writing custom code for each integration. The Ip Mcp Server abstracts this complexity into a single MCP endpoint, providing a consistent, secure, and easy‑to‑consume interface that any MCP‑compatible client can call. This eliminates boilerplate, reduces error potential, and ensures the IP is always up‑to‑date.

Core Functionality

  • IP Retrieval: The server forwards a request to , parses the JSON response, and returns the IP address in a standard MCP payload.
  • Minimal Dependencies: Built on a lightweight framework, the server requires only the MCP runtime and an HTTP client to perform the external lookup.
  • Secure Operation: By default, the server restricts requests to localhost or a configurable whitelist, mitigating exposure of internal network details.
  • Extensible: Although focused on IP lookup, the same architecture can be extended to fetch other network metadata (e.g., hostname, MAC address) by adding additional MCP resources.

Use Cases & Scenarios

  • Chatbot Configuration: An assistant can ask a user for the server’s IP and automatically retrieve it, enabling dynamic configuration of services or dashboards.
  • Remote Debugging: Developers can embed the MCP call in a debugging assistant to display the host IP when troubleshooting connectivity issues.
  • Security Audits: Automated workflows can verify that the machine’s public IP matches expected values before deploying sensitive workloads.
  • Network‑Aware Prompts: AI agents that need to embed network context in their responses (e.g., “Your current IP is …”) can do so without manual intervention.

Integration with AI Workflows

MCP clients such as Cherry Studio or custom agents can declare a resource pointing to the Ip Mcp Server. During prompt execution, the assistant can invoke the tool (or similar) to fetch the IP, which is then injected into the prompt or returned as part of the response. Because MCP handles authentication, rate‑limiting, and serialization, developers can focus on higher‑level logic while the server guarantees reliable delivery of the network information.

Unique Advantages

  • Zero‑Code Integration: Developers need only point their MCP client at the server; no additional code is required to perform an HTTP request.
  • Consistency Across Environments: Whether the assistant runs locally, in a container, or on a remote host, the same MCP endpoint yields accurate IP data.
  • Security by Design: The server can be hardened to accept only trusted clients, preventing accidental leakage of network details.
  • Extensibility: The modular MCP architecture allows quick addition of new tools (e.g., reverse DNS lookup) without altering the core service.

In summary, the Ip Mcp Server provides a simple yet powerful bridge between AI assistants and real‑world network information, streamlining development workflows that depend on accurate IP data.