This project is a collection of automated deployment tools centered around a Shadowsocks server auto-installer for Linux distributions. It provides a specialized SOCKS5 proxy manager and a web-based proxy control panel to administer secure network tunneling. The toolkit distinguishes itself by integrating a Linux kernel optimizer that enables congestion control algorithms to increase network throughput. It also includes a dedicated deployer for HTTP/3 web servers and a management interface capable of generating connection QR codes and monitoring real-time performance. The software covers a b
Certmagic is a Go library for automating the issuance and renewal of TLS certificates. It functions as an automatic HTTPS provisioner and ACME client that handles the full lifecycle of certificates to ensure secure connectivity without manual intervention. The library is distinguished by its support for on-demand TLS provisioning, which generates certificates dynamically during the TLS handshake based on the server name. It also provides automation for wildcard certificates through DNS challenge verification and integrates with the ZeroSSL API for certificate acquisition. The project covers
This project is a shell-based deployment script for configuring multi-protocol proxy servers using sing-box. It provides a system for installing and managing network proxy environments on remote servers, supporting protocols such as Reality, Hysteria2, TUIC, Trojan, and Shadowsocks. The tool includes a proxy subscription generator that creates formatted node lists compatible with various proxy clients via a single subscription link. It also implements specialized network configurations, including Cloudflare WARP proxy chains for bypassing regional restrictions and Argo tunnel gateways for NAT
OpenSpeedy is a network acceleration utility designed to optimize data transmission between applications and remote servers. It functions as a congestion control middleware and traffic processing engine, operating within the kernel space to minimize latency and reduce CPU overhead during packet delivery. The project distinguishes itself through its ability to aggregate multiple network interfaces into a single logical stream, enhancing bandwidth and link reliability. It employs custom transport protocols that bypass head-of-line blocking and utilizes forward error correction to reconstruct lo