What transport types does Atrax support?

Atrax supports STDIO, HTTP/SSE, and Docker transports, making it versatile for different client environments, including web browsers.

What are the key benefits of using Atrax?

Atrax simplifies API access, aggregates resources from multiple servers, offers configurable conflict resolution, supports multiple transport types (STDIO, HTTP/SSE, Docker), and provides token-based authentication.

Does Atrax offer authentication?

Yes, Atrax provides token-based authentication, ensuring secure access to your MCP servers and protecting your resources.

How can I use Atrax for web integration?

Atrax supports HTTP/SSE transport, making it suitable for browser and web-based clients, enabling seamless integration with web applications.

Atrax is a proxy that aggregates multiple Model Context Protocol (MCP) servers, presenting them as a single, unified interface for easier management and access.

Atrax

Name: Atrax
Author: metcalfc

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Aggregates multiple Model Context Protocol (MCP) servers and presents them as a single, unified interface.

Atrax is a proxy designed for Model Context Protocol (MCP) servers, aggregating multiple servers into a single, unified interface. Functioning like a funnel-web spider (from which it derives its name), Atrax consolidates resources from various servers, offering configurable conflict resolution and a transparent proxying experience. With strict adherence to the MCP protocol and support for multiple transport types (STDIO, HTTP/SSE, and Docker), Atrax provides enhanced error reporting and token-based authentication for secure and efficient MCP server management.

主要功能

01Web Integration: HTTP/SSE transport for browser and web-based clients

023 GitHub stars

03Authentication Support: Token-based authentication for securing server access

04Resource Aggregation: Combines resources from multiple servers with configurable conflict resolution

05Multiple Transport Types: Supports STDIO, HTTP/SSE, and Docker transports

06Transparent Proxying: Presents a unified MCP server interface to clients

使用案例

01Securing access to MCP servers with token-based authentication.

02Combining data from multiple MCP servers into a single endpoint.

03Providing a simplified interface for clients interacting with multiple MCP servers.