Search Results for "proxy http https ldap"

A simple security tunnel written in Golang. Listening on multiple ports, multi-level forward proxies - proxy chain, standard HTTP/HTTPS/HTTP2/SOCKS4(A)/SOCKS5 proxy protocols support. Probing resistance support for web proxy, TLS encryption via negotiation support for SOCKS5 proxy. Support multiple tunnel types, tunnel UDP over TCP. Local/remote TCP/UDP port forwarding, TCP/UDP Transparent proxy, Shadowsocks Protocol (TCP/UDP), and SNI Proxy. ...

mieru is a secure proxy software suite built around a client called mieru and a server called mita. It is designed to provide SOCKS5, HTTP, and HTTPS proxy access over TCP or UDP-based transport. The project emphasizes traffic that is difficult to classify or probe, making it relevant for privacy-focused and censorship-resistance research. It includes encrypted communication and uses a dedicated protocol rather than simply wrapping a common proxy format. mieru can run on multiple platforms and provides release packages for different operating systems and architectures. ...

...Chisel also supports proxy-aware setups, including SOCKS5 and HTTP CONNECT scenarios. Its design favors simplicity, portability, and reliable reconnection behavior for practical network tunneling workflows.

Zoro is a Go-based tunneling tool for exposing local services to an external network. It supports TCP and UDP forwarding, which makes it useful for HTTP, HTTPS, SSH, DNS, and other network services. The project follows a simple client-and-server model where the remote server opens an external port and forwards traffic back to a local service. It also includes HTTPS-specific server and client modes that can map local HTTP services to subdomains under a configured domain. Zoro is designed around minimal configuration, making it practical when users need a quick way to publish a private service without a full reverse proxy stack. ...

...The system supports multiple proxy protocols and can act as a local proxy server for HTTP, HTTPS, and SOCKS connections, making it compatible with a wide range of applications and devices. Clash uses a configuration-driven approach, where users define proxy groups, routing rules, and fallback strategies to optimize performance or bypass restrictions. It also includes features such as GeoIP-based routing and dynamic proxy selection, allowing traffic to be automatically directed through the most appropriate route.