Unmanned and AI-driven systems operating in marine and underwater environments face unique challenges when compared with their land-based counterparts. The data bottlenecks for training these systems can be even more difficult to overcome. Digital twin simulation in Falcon empowers us to replicate any marine operational scenarios in high-fidelity sea environments, with accurate hydrodynamics and customizable weather, lighting, and sea-state conditions.
Accurately model complex sea states and vessel dynamics to refine the performance of autonomous systems operating in maritime environments.
Generate scenarios where distant floating debris or subtle water surface artifacts are misclassified as vessels—and vice versa. This advanced functionality is essential for training perception models to reliably distinguish between objects at sea, improving system accuracy and operational resilience without the cost and risk associated with real-world data collection.
Falcon integrates with specialized subsea physics solvers to accurately simulate underwater currents and their interactions with autonomous subsea vehicles. By combining photorealistic visual environments with precise subsea physics modeling, Falcon generates high-quality training datasets and test scenarios essential for developing robust subsea operations—dramatically reducing the complexity and cost of underwater system development.
Leverage Falcon’s advanced simulation capabilities to create and test scenarios for amphibious system development. Falcon precisely replicates how varying terrains, shoreline conditions, and water dynamics affect vehicle behavior and sensor performance. This enables rigorous evaluation and refinement of perception and decision-making systems, ensuring seamless transitions between aquatic and terrestrial environments—while minimizing the need for complex, hazardous, and expensive field trials.
Simulate Strategic Island Environments for Red-Teaming Scenarios
Leverage Falcon’s island-building capabilities to create realistic environments, complete with military installations, for simulating detailed blue-team (friendly) and red-team (adversarial) mission scenarios. Falcon enables rigorous testing and validation of autonomous systems in strategic operations, generating extensive, high-fidelity datasets to support autonomy stack development. Explore diverse “what-if” scenarios without the logistical challenges and constraints inherent to real-world field testing.