Mobility Sensor Fusion
One unified environmental model from every sensor on the vehicle — camera, radar, IMU, GPS, ultrasonic and CAN.
Automata Mobility fuses heterogeneous automotive sensors into a single, temporally consistent world model. By combining vision, radar, inertial, positional and vehicle-bus signals, the platform delivers robust perception for collision avoidance, emergency braking, stability control, adaptive cruise and rider assistance — even when individual sensors fail or degrade.
Sensor → Fusion → AI → Decision → CAN → Actuator.
A deterministic pipeline that turns raw multi-modal signals into safe vehicle actions on the CAN bus.
Sensor Layer
Camera, radar, IMU, GPS, ultrasonic, CAN.
Fusion Layer
Time-synced association and Kalman/DL fusion.
AI Decision Layer
Prediction, arbitration and planning.
Actuation Layer
CAN commands to brake, throttle and steering.
Building blocks of the stack.
Camera
Visual perception and scene understanding.
Radar
Range, velocity and closing rate.
IMU
Acceleration, pitch, roll, yaw and lean angle.
GPS
Global positioning and heading.
Wheel Speed
Per-wheel odometry.
Steering Angle
Driver / rider input intent.
Brake Pressure
Hydraulic and electronic brake state.
Throttle Position
Powertrain demand signal.
Ultrasonic
Short-range proximity sensing.
CAN Signals
Vehicle bus telemetry.
From signal to action.
Where it drives value.
Collision Avoidance
Threat detection and mitigation.
Emergency Braking
Autonomous braking under threat.
Vehicle Stability
Yaw and traction intelligence.
Adaptive Cruise
Longitudinal driving control.
Rider Assistance
Two-wheeler dynamic safety.
Engineered outcomes.
Redundancy
Safe degradation when a sensor fails.
Higher Accuracy
Complementary sensors reduce error.
All-Weather Perception
Robust across night, rain and glare.
Explore the rest of the stack.
Build the next generation of mobility.
Partner with Automata Mobility to bring intelligent, safe and connected vehicles to the road.