Achieve nano second trade speeds!
Open-source, high-frequency trading framework designed for nanosecond-level performance, built with Rust's safety guarantees and zero-allocation hot paths.
Unprecedented latency performance with sub-nanosecond execution times for critical trading operations.
Intuitive APIs and comprehensive documentation make complex HFT systems accessible to developers.
Modular architecture supports diverse trading strategies from market making to arbitrage.
Transparent, community-driven development with full access to source code and benchmarks.
Highly configurable framework that adapts to different market conditions and trading requirements.
Optimized execution paths with cycle-level precision for ultra-low latency trading operations.
Memory-efficient design eliminates heap allocations in performance-critical code sections.
Wait-free algorithms and atomic operations ensure consistent performance under high concurrency.
Intelligent memory management optimized for modern multi-socket server architectures.
Memory safety and thread safety without compromising performance in financial applications.
Every feature validated through comprehensive performance testing and continuous monitoring.
Specialized memory allocators designed for predictable latency and optimal cache utilization.
Built-in instrumentation and profiling tools for real-time performance analysis.
The RustHFT framework is built on a foundation of performance-critical components designed for ultra-low latency trading systems. Each layer is optimized for specific performance characteristics while maintaining system reliability.
Trading strategies, risk management, and order management systems
Lock-free data structures, custom allocators, and performance primitives
Market data feeds, exchange connectivity, and hardware optimization
RustHFT is an open source project designed as a learning tool.
Join our community of developers building the future of high-frequency trading. Stay updated with the latest developments and be among the first to test new features.