Search Results for "traffic"

Wstunnel is a Rust-based tunneling tool that carries arbitrary TCP and UDP traffic over WebSocket or HTTP/2. It is designed to help users reach resources through networks where direct traffic may be blocked, filtered, or difficult to route. Because WebSocket is compatible with regular HTTP infrastructure, wstunnel can work through many reverse proxies, firewalls, and web-oriented network paths. The tool supports client and server modes, static binaries, Docker deployment, reverse tunneling, SOCKS5, HTTP proxying, and multiple transport options. ...

tun2proxy is a Rust-based networking tool that routes traffic from a TUN interface through HTTP or SOCKS proxies. It allows system-level traffic to be redirected through a proxy even when individual applications do not support proxy configuration. The project supports Linux, Android, macOS, iOS, and Windows, making it broadly useful across desktop, mobile, and embedded-style environments.

Cake is a compact, powerful toolkit that combines a flexible TCP/UDP proxy, port forwarding system, and connection manager designed for both development and penetration testing scenarios. It enables users to create complex networking flows where traffic can be proxied, relayed, and manipulated between endpoints — useful for debugging networked applications, inspecting protocols, or tunneling traffic through different hops. The tool is designed to work with multiple protocols and supports dynamic rule definitions so that incoming and outgoing connections can be routed, rewritten, or logged according to user-defined policies. ...

Shadowsocks Rust is an open-source, high-performance implementation of the Shadowsocks secure proxy protocol written in Rust, designed to provide fast, encrypted SOCKS5-based tunneling to help users bypass network censorship and protect privacy. Shadowsocks itself is widely used to route internet traffic through an encrypted proxy, allowing secure access to blocked or restricted content while mitigating simple traffic-inspection techniques. By leveraging Rust, this implementation emphasizes memory safety, concurrency, and efficiency, making it suitable for both client and server use on devices ranging from small embedded systems to large servers. ...

...Operating at a lower level, Privaxy is both more efficient as well as more streamlined than browser add-on-based blockers. A single instance of Privaxy on a small virtual machine, server or even, on the same computer as the traffic is originating from, can filter thousands of requests per second while requiring a very small amount of memory.