快递100

This MCP server enables you to access 快递100 data through multiple connection methods, either by running a local stdio process or by connecting to remote MCP endpoints. It lets you query shipment traces, estimate delivery times, and price expectations by coordinating with the 快递100 API key you obtain from the official platform. This guide shows practical ways to set up and use the server with common MCP clients.

How to use

Choose your preferred connection method and configure the MCP server accordingly. You can run a local MCP process that starts via a runtime command, or connect to remote MCP endpoints over HTTP/SSE/Streamable. Once configured, your MCP client can request shipment status, timing estimates, and pricing data from 快递100.

How to install

Prerequisites: you need Node.js or Python installed to run the local STDIO configurations, or you can connect directly to remote MCP endpoints via HTTP/SSE/Streamable with an API key.

1. Obtain your 快递100 API key by signing up on the official API platform. Keep your key secure to prevent unauthorized use.

2. Choose one of the following setup paths based on your environment.

HTTP streamable and SSE endpoints

You can connect to remote MCP endpoints using either the Streamable or SSE interfaces, after configuring the endpoint URL with your API key.

Streamable URL configuration example: use this URL after you have your API key.

{
  "kuaidi100": {
    "url": "https://api.kuaidi100.com/mcp/streamable?key=YOUR_API_KEY"
  }
}

SSE endpoint configuration

SSE is the preferred way to connect when you use a remote endpoint. Configure the SSE URL with your API key.

{
  "kuaidi100": {
    "url": "https://api.kuaidi100.com/mcp/sse?key=YOUR_API_KEY"
  }
}