Open-core platform where autonomous systems learn to perceive, decide, and act —
before they touch the real world.
Build, test, and validate autonomous systems in high-fidelity simulation. Generate scenarios from natural language. Run thousands of tests in parallel. Ship with confidence.
Sensor models, scenario runtime. Start building immediately — no license negotiation, no sales calls.
Generate scenarios from plain English. AI-driven world generation, cloud-scale batch simulation, synthetic data pipelines — from your browser, at scale.
Classified environment support, custom sensor suites, dedicated compute, and SLA-backed infrastructure. From prototype to fielded system on one platform.
Community-built scenarios, environments, sensor models, and plugins. Discover ready-made assets or monetize your own. Revenue-shared with contributors.
Describe your test in plain English. Our AI generates physically accurate scenarios — terrain, weather, adversaries, edge cases — in seconds.
Run thousands of parallel simulations. Validate perception, planning, and control across millions of conditions — hours, not weeks.
Generate labeled training data at scale. Camera, LiDAR, radar, thermal — pixel-perfect sensor simulation with automatic annotation.
Physics-accurate environments that bridge the reality gap. What works in sim works in the real world. Validated across ground, air, and maritime domains.
Built on OpenUSD and OpenSCENARIO. Your data stays portable. No proprietary lock-in, no walled gardens. Your work stays yours.
Community-built scenarios, environments, sensor models, and plugins. Share and discover. Monetize your expertise. Accelerate your team's velocity.
Test navigation, obstacle avoidance, and path planning in complex terrain. Urban, off-road, contested environments — any condition your system will face.
Validate perception, swarm coordination, and mission planning. From single UAV to multi-agent operations at scale.
Simulate surface and subsurface operations. Wave dynamics, sonar modeling, autonomous navigation in contested waters.
Train perception and control for industrial and field robotics. Sim-to-real with physics-accurate contact modeling and force feedback.
Join the developers and defense teams building the future of autonomous systems.