Overview

Hysteria 2 is a cutting-edge proxy solution engineered for exceptional speed, robust performance, and unparalleled censorship resistance. Built upon a custom QUIC protocol, Hysteria 2 is meticulously designed to thrive even in the most challenging and lossy network environments, delivering a seamless and lightning-fast proxy experience. Its ability to masquerade as standard HTTP/3 traffic makes it exceptionally difficult for network censors to detect and block, providing a reliable pathway for global internet access.

Key Features

• Blazing Fast Performance: Leverages a customized QUIC protocol for superior speed, especially over unreliable networks.
• Censorship Resistant: Masquerades as HTTP/3 traffic, making detection and blocking by censors highly improbable.
• Versatile Modes: Supports a wide array of proxy modes including SOCKS5, HTTP Proxy, TCP/UDP Forwarding, Linux TProxy, and TUN.
• Cross-Platform Compatibility: Available for all major platforms and architectures, ensuring broad deployability and usability.
• Easy Integration: Features built-in support for custom authentication, traffic statistics, and access control for straightforward integration.
• Developer-Friendly: Well-documented specifications and open-source code encourage community contributions and custom application development.

Typical Use Cases

Hysteria 2 is ideal for individuals and organizations seeking a high-performance, secure, and resilient proxy solution. It is particularly effective for:

• Bypassing Censorship: Providing unrestricted access to the internet in regions with strict network controls.
• Accelerating Network Traffic: Enhancing browsing and application speeds, especially on networks with high packet loss or latency.
• Secure Communication: Establishing a reliable and private tunnel for sensitive data transmission.
• Flexible Network Infrastructure: Integrating into existing systems as a versatile proxy with advanced control features.
• Global Connectivity: Enabling seamless access to online resources for users worldwide, regardless of their network conditions.