🚀 Quick Start

1. Search and install open source clients on Github
2. Copy the subscription link below to the client
3. Select the appropriate node to start using

Project link:

• https://github.com/awesome-vpn/awesome-vpn

📥 Subscription Links

Main subscription link:

• https://raw.githubusercontent.com/awesome-vpn/awesome-vpn/master/all

Mirror links (use if GitHub is unstable):

• https://raw.kkgithub.com/awesome-vpn/awesome-vpn/master/all [Preferred: Hong Kong/Japan/Singapore]
• https://ghp.ci/https://raw.githubusercontent.com/awesome-vpn/awesome-vpn/master/all [Preferred: Japan/Korea/USA/Europe]
• https://ghproxy.net/https://raw.githubusercontent.com/awesome-vpn/awesome-vpn/master/all [Preferred: Japan]

📊 VPN and Proxy Protocol Analysis

OSI Layer	Protocol	Description
Layer 2 - Data Link	PPTP	Point-to-Point Tunneling Protocol, older, low security
Layer 2 - Data Link	L2TP	Layer 2 Tunneling Protocol, often used with IPsec
Layer 3 - Network	IPsec	Internet Protocol Security, can be used with L2TP or alone
Layer 3 - Network	WireGuard	New efficient VPN protocol, superior performance
Layer 3 - Network	GRE	Generic Routing Encapsulation, can encapsulate various network layer protocols
Layer 4 - Transport	TUIC	TCP over UDP, transport layer protocol based on QUIC
Layer 4 - Transport	Hysteria	High-speed network transport protocol based on QUIC
Layer 4 - Transport	Hysteria2	Improved version of Hysteria, more efficient and secure
Layer 4 - Transport	QUIC	Quick UDP Internet Connections, developed by Google
Layer 5 - Session	SOCKS4	Simple firewall traversal protocol, no authentication support
Layer 5 - Session	SOCKS5	Universal proxy protocol supporting authentication and UDP
Layer 5 - Session	SSL/TLS	Secure Sockets Layer/Transport Layer Security, provides encryption for application layer
Layer 7 - Application	OpenVPN	VPN system using OpenSSL library for encryption
Layer 7 - Application	Shadowsocks	Lightweight encrypted proxy protocol
Layer 7 - Application	ShadowsocksR	Extended version of Shadowsocks, adds features like obfuscation
Layer 7 - Application	VMess	TLS-based encrypted transmission protocol, proposed by V2Ray project
Layer 7 - Application	VLESS	Simplified version of VMess, reduces encryption overhead
Layer 7 - Application	Trojan	Proxy protocol disguising as HTTPS traffic
Layer 7 - Application	Trojan-Go	Go implementation of Trojan protocol, adds features like WebSocket
Layer 7 - Application	HTTP Proxy	Most basic proxy type, usually unencrypted
Layer 7 - Application	HTTPS Proxy	Encrypted HTTP proxy, provides better security
Layer 7 - Application	SSH Tunnel	Creates encrypted tunnels using SSH protocol
Layer 7 - Application	Tor	Anonymous communication network, provides high privacy through multi-layer encryption and relaying
Layer 7 - Application	Naive	HTTPS proxy protocol based on Chromium network stack
Layer 7 - Application	Brook	Simple cross-platform proxy protocol
Layer 7 - Application	Shadowtls	Protocol disguising Shadowsocks traffic as TLS traffic
Layer 7 - Application	Reality	New proxy protocol based on TLS 1.3, provides better anti-detection capability
Layer 7 - Application	WebSocket	Protocol providing full-duplex communication on a single TCP connection

⚠️ Current Challenges

Many one-click VPN clients face the following issues:

• Connection problems due to blocked domains/IPs
• Unavailability in app stores
• Forced payments or time-limited trials

🔬 Our Mission

We are researching long-standing VPN clients to develop a free, reliable cross-platform solution. Our goal is to create an application that provides:

• Permanently free and unlimited use
• Stable connections
• Support for all platforms
• Support for multiple proxy protocols
• Support for multiple encryption methods
• Mobile version provides installation and update methods outside official app stores

⚖️ Disclaimer

This project is for educational and research purposes only. Users are responsible for complying with local laws and regulations when using these resources.