Browser-based autonomous flight simulation. MAVLink/PX4 compatible. Nine proprietary simulators. Zero GPU required. Simulation-first development for the next generation of aerospace engineers.
Certanity Robotics operates on a single foundational principle: hardware is expensive, simulation is free. The ANSA Reality Engine is a simulation-first development platform built for autonomous systems engineers who need rigorous, reproducible, certification-grade validation before any silicon ships.
Nine proprietary simulators spanning sensor fusion, fault analysis, GPS-denied navigation, swarm coordination, space operations, and HAL portability — all running entirely on CPU. No GPU infrastructure. Deployable on laptops, CI/CD runners, Raspberry Pi clusters, and government servers.
This is not a visualiser. It is an operating system for autonomous flight engineering.
Experience aerospace-grade quadcopter physics with inertia simulation and aerodynamic calculations.
Monitor drone telemetry with MAVLink and PX4 compatibility during active missions.
Train in procedural terrains with atmospheric simulations and weather systems.
Build intelligent drone systems with waypoint logic and obstacle avoidance.
"Running the full ANSA RTOS kernel on my laptop without a GPU was something I didn't think was possible. The SITL environment gave us confidence to skip three hardware revisions entirely."
"The fault injection framework is unlike anything else in the ecosystem. We generated our DGCA evidence package directly from the simulator. That's not a workflow I expected to exist."
"Training ORB-SLAM3 in GPS-denied environments before we had a physical airframe saved us months. The EuRoC export pipeline plugged straight into our benchmarking suite."
"We believe the next generation of drone engineers should not be gatekept by geography or wealth. The simulation layer is the great equaliser."
Coordinate 2–8 drones in formation with shared telemetry streams.
Real-time topic publishing over WebSocket to your ROS2 environment.
Connect a real flight controller to the browser sim for closed-loop testing.
Import real-world satellite elevation data and replay missions over it.
Train lightweight RL agents in-browser using simulated flight data.
Multi-user simulation rooms with shared airspace and voice comms.
Load custom terrain, city blocks, or warehouse layouts via GLB/GeoJSON.
Simulate aged cell chemistry and capacity fade for realistic endurance planning.
Physics-accurate payload release with configurable mass and drop ballistics.
Overlay simulation HUD onto your real-world camera feed via WebXR.
AI copilots. Planetary operations. Swarm intelligence. Certanity is building a unified simulation infrastructure for autonomous systems engineering.