Data from multiple on-board sensors is essential to achieve centimeter-level vehicle positioning. By processing and fusing information from sensors such as GNSS, cameras, and LiDAR, proprietary sensor fusion algorithms deliver a robust and highly accurate positioning solution, even under the most challenging driving conditions. This provides precise knowledge of the vehicle’s position, enabling accurate control and optimal performance.

Analyzing the vehicle’s state and driving context is fundamental to predict the driver’s future trajectory and planning lap-time improvements. Patented algorithms compute optimal racing lines through corners and straights to achieve peak vehicle performance while respecting safety limits. By anticipating vehicle dynamics and track conditions, our technology supports smoother, faster, and more consistent lap times.

Controlling vehicle dynamics under extreme conditions is essential to ensure both performance and safety. Proprietary algorithms continuously monitor and manage dynamics at the limits of handling to extract maximum performance without exceeding the car’s physical capabilities. By optimally controlling vehicle motion, our systems stabilize the vehicle, correct deviations, and enhance driver confidence at high speeds.

Precise estimation of track conditions in real time is essential for high-performance driving. On-board proprioceptive and exteroceptive sensors are used to assess drivable surfaces and measure grip levels, providing the information needed to optimize vehicle performance and safety.