Passenger Cars
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Passenger Cars
Passenger Cars
Passenger Cars
Solutions for Passenger Cars
With comprehensive automotive-grade cameras and proprietary vision-AI algorithms, oToBrite offers a wide range of products for passenger cars, including the Driver Monitoring System, Rear View & RCTA System, Automated Parking Assist, Automated Valet Parking System, and Around View Monitoring. Utilizing clear imaging, vision-AI technology, and advanced warning functions, these solutions help drivers avoid traffic accidents caused by inattention or drowsiness, ensuring safer journeys. Additionally, these systems assist drivers and enhance their driving experience.
DMS
The Vision-AI Driver Monitoring System uses a highly sensitive image sensor and invisible 940nm IR LEDs to capture images inside the cabin. Its unique optical design ensures high power efficiency, with almost twice the illumination. It can also detect drivers wearing level 3 sunglasses or coated glasses. Thanks to the 3D facial landmark AI tracking technology, the system can recognize up to 100 drivers and accurately classify their behaviors like inattention, dozing, smoking, using a phone, etc.
Rear View & RCTA
The Rear View & RCTA System enhances the capabilities of the current rear camera by supporting four main functions: displaying the rearview image, providing multi-angle views (such as corner or top view), detecting static and moving objects, and alerting the driver to cross traffic in the rear (RCTA). Using vision-AI technology enables the system to detect static and moving objects as well as provide RCTA alerts. Specifically, this technology focuses on identifying vulnerable road users (VRU) and vehicles, including children, pedestrians, and cyclists.
oToParking
oToBrite utilizes vision-AI technology with four surround-view cameras and an ECU for automatic parking assist (APA). It can identify various parking scenarios and low obstacles, locate parking spaces, read parking numbers, and detect road users. Additionally, it incorporates VSLAM technology with one front camera for navigation. APA has the potential to advance to Automated Valet Parking (AVP) and can support up to one kilometer of parking routes.
AVM
When driving, people often face challenges with limited parking space, especially in mechanical parking areas, and difficulties navigating through narrow alleys. Because of this,the Around View Monitoring system is essential to help drivers eliminate blind spots. The AVM system uses four cameras on the vehicle's front, back, left, and right sides to create a 2D/3D bird's-eye view. This helps drivers see surrounding objects, avoid collisions, and utilize a transparent chassis function to view under the vehicle in real-time.
