Show HN: TorForge – Transparent Tor proxy with AI circuit selection (github.com)

TorForge has launched a cutting-edge transparent Tor proxy that integrates AI-powered circuit selection, enabling users to route all system traffic through the Tor network with exceptional security features. Operating at the kernel level using iptables, TorForge eliminates the need for application configuration while ensuring comprehensive traffic capture. This innovation boasts a production-ready codebase with over 10,000 lines of Go, modular architecture, and a host of security measures, including post-quantum encryption with CRYSTALS-Kyber768, designed to withstand future quantum computing threats. The significance of TorForge for the AI/ML community lies in its intelligent optimization capabilities. By employing AI to learn and select the most efficient exit nodes based on real-time assessments of latency and bandwidth, it enhances performance and adaptability. Features like smart split-tunneling, decoy traffic, and emergency shutdown protocols further solidify its utility in privacy-focused applications. TorForge not only serves as a robust tool for privacy and security researchers but also addresses pressing concerns about censorship and personal safety in an increasingly surveilled digital landscape.