This chip-verification case merges function coverage with random constraints to cut coding workload by 2/3 and reach 100% scenario coverage.
Separate power control keeps debug circuitry off during normal execution, reducing processor energy use while preserving debugging access.
Scarce hardware and network exposure complicate testing; kernel frame interception routes traffic to simulated industrial devices.
High-voltage stress and current comparison distinguish leakage severity, helping improve defect detection and memory yield.
Random data generators and signature compactors test matrix and vector compute paths at speed, addressing high-bandwidth defect detection.
A fuzz monitor agent inside the DUT captures crashes and exceptions, giving the fuzzing engine feedback to adapt test inputs.