Trojan is a censorship circumvention tool and TLS proxy server designed to bypass network restrictions by imitating legitimate web services. It functions as a TLS traffic obfuscator that masks proxy activity by mimicking the handshake and data flow of standard HTTPS requests. The system disguises network traffic as common web browsing to avoid deep packet inspection. It achieves this by wrapping TCP and UDP data within TLS encryption and forwarding unauthenticated or unauthorized requests to a legitimate destination website to hide the proxy's purpose. The project provides a tunnel that conv
fhs-install-v2ray is a shell script that automates the deployment of V2Ray, a network proxy tool, on Linux servers. It downloads precompiled binaries and geographic data from a release server, places them into standard Linux filesystem directories, and registers V2Ray as a persistent background service managed by systemd. The script is designed to be idempotent, meaning repeated runs do not overwrite custom configurations, and uninstallation removes all installed files and services completely. The tool distinguishes itself by enforcing a Filesystem Hierarchy Standard (FHS) layout, mapping bin
This project is a technical resource and guide for bypassing internet censorship and network restrictions. It provides instructional documentation for configuring proxies and tunnels to circumvent IP blocking and access restricted websites and services. The guides cover the deployment of Shadowsocks, L2TP/IPSec, and SSH tunnels on virtual private servers. It focuses on masking server IP addresses by routing traffic through content delivery networks and using WebSockets to maintain connectivity. Additional technical coverage includes the implementation of SOCKS5 and HTTP proxies, the configur
ByeByeDPI is a network utility designed to circumvent regional blocking and censorship by evading deep packet inspection. It functions as a traffic tunnel and local SOCKS5 proxy server that modifies network packets to prevent filters from identifying and blocking specific content. The project employs a user-mode network stack to manipulate traffic at the application level. It achieves bypass capabilities through TCP packet fragmentation and the modification of HTTP request header formatting and case sensitivity. The system includes application-level tunneling control to determine which progr