Mcp Server Tempmail

Overview

The MCP Server Temporary Email bridges AI assistants with the ChatTempMail API, providing a lightweight, secure way to generate and manage disposable email addresses directly from an AI workflow. Developers often need temporary inboxes for testing sign‑ups, verifying email flows, or isolating bot interactions from real user accounts. This server eliminates the need to manually create and monitor such addresses, allowing an AI assistant to orchestrate the entire lifecycle—creation, monitoring, and cleanup—through simple MCP tools.

At its core, the server exposes a set of high‑level actions: email creation, listing and deletion; message retrieval, detail viewing, and removal; and webhook configuration for real‑time notifications. Each tool maps cleanly to a single API endpoint, enabling developers to compose complex sequences in natural language. For example, an assistant can be instructed to “create a temporary email for the test account, watch for incoming verification messages, and delete the inbox after 24 hours.” The server handles authentication via an API key supplied through environment variables, keeping credentials out of the assistant’s prompt.

Key capabilities include:

• Domain Discovery – returns all domains the service supports, allowing dynamic selection of addresses.
• Flexible Expiry – accepts millisecond values for 1 hour, 1 day, 3 days, or permanent lifetimes.
• Pagination – and support cursors, ensuring scalability when many addresses or messages exist.
• Webhook Hooks – lets developers receive push notifications for new messages, integrating seamlessly with event‑driven AI workflows.

Typical use cases span automated testing pipelines (e.g., verifying email confirmation flows), privacy‑focused data collection, and bot development where each interaction requires a unique, disposable address. By integrating this server into an MCP‑enabled client such as Claude Desktop or Cursor, developers can script entire email handling scenarios without leaving the AI interface.

The standout advantage is its zero‑code, declarative approach: developers describe what they want in plain language, and the assistant translates that into a sequence of MCP tool calls. This reduces friction for rapid prototyping, ensures repeatability across environments, and keeps sensitive credentials isolated from the assistant’s prompt history.