Hardware-Based Pre-Trade Risk and Execution Engine
Reduced risk validation and order execution time to 10–50 nanoseconds, ensuring compliance without introducing latency penalties.
Situation
Pre-trade risk checks (e.g., order size limits, fat-finger protection) were traditionally enforced in software, adding latency to the execution path and creating potential bottlenecks under high throughput.
Solution
Risk validation and execution logic were embedded directly into hardware. By integrating risk and execution into a single hardware pipeline, validation occurred at line rate without delay.
OUTCOMES
Challenges
Compliance
- •Software risk bottlenecks
- •Delayed validation enforcement
Latency
- •Execution overhead
- •Throughput constraints
Solutions
FPGA Risk Enforcement
Implemented pre-trade risk checks in FPGA logic.
- Enforced limits at line rate
- Eliminated software validation layers
- Maintained deterministic compliance timing
Inline Constraint Validation
Enforced constraints such as maximum order size and regulatory limits inline.
- Validated orders during transmission
- Prevented invalid orders pre-dispatch
- Ensured regulatory alignment without delay
Hardware Order Generation
Generated outbound order messages directly from hardware using standard exchange protocols.
- Created exchange-ready messages in silicon
- Accelerated order transmission workflows
Validation System Consolidation
Removed dependency on external validation systems.
- Simplified execution infrastructure layers
- Reduced operational integration complexity
- Improved pipeline reliability consistency