Synthetic Scenario Engine
Controlled, non-operational synthetic environments for repeatable evaluation of mission logic, interfaces, recovery behavior, and operator interaction.
SIMULATION & TEST
Test autonomy against failure before failure tests the system.
Autonomous defense software requires more than benchmark accuracy. Our test architecture emphasizes system behavior under degraded sensing, delayed communications, configuration change, contradictory inputs, component failure, and adversarial pressure.
What is different about testing autonomous defense software?
The system must be evaluated across changing environments, software versions, sensor uncertainty, communications loss, adversarial inputs, human workload, and emergent interactions—not just average model accuracy.
Deterministic Replay
Seeded event streams and versioned configuration allow a program to reproduce behavior, compare releases, and isolate causes of changed outcomes.
Fault Injection
Loss, delay, corruption, stale state, sensor disagreement, degraded compute, link interruption, and component unavailability can be introduced systematically.
Adversarial Evaluation
Evaluate robustness to data manipulation, unexpected inputs, model degradation, trust-boundary failure, and other program-defined threat conditions.
HIL / SIL Integration
Bridge software-in-the-loop and hardware-in-the-loop environments without making the public website an operational test endpoint.
Evidence Capture
Generate machine-readable records tying requirements, configurations, test runs, results, residual risks, and release decisions together.
ENGAGEMENT
Need this capability inside a government program?
Start with unclassified business context. Controlled technical exchange begins after the correct program, contractual, and security channels are established.
Contracting information