Integrating AI into High-Fidelity Defense Simulation

Under the OTA agreement, Gambit will integrate its Cortex AI platform and Neuron mesh network technology into GVSC’s physics-based simulation environment. This integration enables detailed modeling of autonomous behaviors, communications, and engagement dynamics across distributed systems.

Operators can define mission parameters and observe how autonomous systems coordinate, adapt, and execute in real time, supporting evaluation of both C-UAS and counter-C-UAS capabilities in realistic scenarios.

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Reducing Risk While Accelerating Development

The simulation-driven approach enables advanced testing without the cost, risk, and logistical constraints of live exercises. By shifting validation into a controlled environment, teams can iterate faster, refine strategies, and improve system performance before deployment.

This significantly enhances readiness and supports more efficient development of autonomous systems operating in contested environments.

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Driving Innovation Through Rapid Government-Industry Collaboration

The OTA framework enables closer collaboration between government and industry, accelerating prototyping and deployment of advanced autonomy capabilities. Gambit’s contribution supports Army modernization efforts by enabling coordinated, adaptive behavior across autonomous systems.

As highlighted by Gambit CEO Josh Giegel, autonomy at scale depends on coordination—this initiative directly addresses that challenge by enabling systems to operate together intelligently in dynamic conditions.

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ABOUT GAMBIT

Gambit Defense is an AI-first software company delivering multi-domain, collaborative, behavior-based intelligence for autonomous systems. Its platform is domain- and platform-agnostic, enabling heterogeneous robotic teams to operate as coordinated units in complex and contested environments. Gambit allows operators to task robotic systems as they would human teammates by defining the mission space and assigning behaviors, while its unifying intelligence layer translates operator intent into distributed, real-time execution across fleets. The intelligence lives at the edge, enabling adaptive, resilient mission execution without increasing operator burden.

For more information on Gambit's solutions or to request an interview with subject matter experts, please contact press@gambit.us.

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