XTLS/Xray-core

Features

• Event-Driven Networking - Provides a high-performance event-driven runtime for handling massive concurrent network connections.
• Proxy Servers - Implements core proxy logic to manage traffic flow, load balancing, and security filtering.
• Runtime Environments - Utilizes a high-performance asynchronous runtime to handle thousands of concurrent connections with low latency.
• Secure Proxy Infrastructure - Deploying high-performance networking engines to establish encrypted tunnels and manage secure data transmission across diverse computing platforms and operating systems.
• Traffic Routing Engines - Implements a dynamic routing engine that matches incoming requests to specific outbound proxies.
• Tunneling Runtimes - A portable execution environment that manages secure data transmission across diverse operating systems using standardized proxy and transport configurations.
• Pluggable Transports - Encapsulates network streams within obfuscation wrappers to hide traffic patterns from inspection.
• Custom Network Protocols - Create specialized communication rules to manage network traffic, handle data multiplexing, and apply security layers that maintain stable and efficient transmission paths.
• Network Protocols - Provides native support for modern network protocols including VLESS, XTLS, and REALITY for secure traffic routing.
• Protocol Abstraction Layers - Uses a modular architecture to decouple transport and proxy layers for flexible security stacking.
• Proxy Engines - A high-performance networking core that routes traffic through encrypted tunnels to enhance privacy and bypass restrictive network environments.
• Transport Layers - Configures transport layer mechanisms to ensure reliable packet delivery and connection stability.
• Connection Multiplexing - Bundles multiple logical data streams into a single physical connection to reduce overhead.
• Traffic Obfuscation Tools - Applying advanced security protocols to mask data patterns and protect user privacy when routing traffic through restrictive network environments.
• Build Systems - Compiles source code into ready-to-run files to ensure consistent deployment results.
• Communication Protocol Frameworks - A modular framework for developing and deploying specialized communication protocols that handle multiplexing and advanced traffic obfuscation techniques.
• Cross-Platform Routing - Provides unified network routing and tunneling solutions that function consistently across desktop and mobile platforms.
• Network Protocol Configurations - Applies traffic settings and security rules to improve connection performance and data privacy.
• Protocol Development Toolkits - Building specialized networking layers to handle multiplexing and traffic routing while maintaining stable connections through complex or restricted network paths.
• Build-Time Configuration - Allows selective inclusion of protocols at compile-time to minimize binary size and attack surface.
• Testing Frameworks - Verifies software reliability through automated checks that identify errors and prevent regressions.
• Connection Management Interfaces - Controls network traffic and server settings through an interface that simplifies monitoring.

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