Strict NDA DisclaimerThis case study showcases a Non-Disclosure Agreement (NDA) signed project. Due to strict legal confidentiality agreements, actual proprietary trading data, client identities, exact performance figures, and live interface images are not real and cannot be publicly shown by us as the development team. All metrics and visuals shown are representative architectural simulations.
Algorithmic Trading Systems
Institutional HFT Execution Engine
An ultra-low latency, event-driven trading engine built in C++ for institutional arbitrage. Utilizes Solarflare OpenOnload kernel bypass, lock-free queues, and hardware-level network optimizations to achieve sub-millisecond execution speeds.
Primary TechC++ (Solarflare)
API ProtocolFIX / FAST
Target PlatformLinux Kernel
01The Problem
An institutional trading desk was losing latency-sensitive arbitrage opportunities due to slow execution times.
02Our Solution
We developed a C++ event-driven system with kernel bypass tuning, achieving sub-millisecond execution latency.
Core Features Developed
- Solarflare Kernel Bypass
- Lock-Free Ring Buffers
- Hardware Network Optimization
- Direct FIX/FAST Routing
Technology Stack
C++SolarflareFIX ProtocolLinux