Intelligent Driving Assist

The CUSP Intelligent Driving Assist (ADAS) Suite represents the cutting edge of automotive safety technology. By fusing data from 12 high-resolution cameras, 5 long-range radar units, and 2 solid-state LiDAR sensors, the system constructs a real-time 360-degree understanding of the vehicle environment with sub-10-centimeter precision.

Powered by a dedicated automotive-grade neural processor delivering 500 TOPS of inference performance, our deep-learning perception networks can identify and track over 200 object classes including vehicles, pedestrians, cyclists, traffic signs, road markings, and construction barriers. The predictive collision avoidance system calculates trajectory probabilities up to 3 seconds in advance, enabling proactive braking and steering interventions before a hazard becomes critical.

On highways, the L2+ autonomous cruising feature maintains lane centering, executes smooth lane changes upon driver confirmation, and adjusts speed based on traffic flow. The smart parking system can autonomously navigate tight urban parking spaces with centimeter-level accuracy, while the driver monitoring camera continuously tracks gaze direction, head pose, and blink patterns to detect fatigue or distraction.

All perception algorithms are updated over-the-air on a monthly cadence, ensuring the system continuously improves its recognition capabilities as it encounters new scenarios.