Smart Driving System
SenseAuto Pilot is a mass-production oriented driving-assistance system that is based on SenseAuto's independently developed algorithm framework and intended for pilot driving assistance in highway and urban scenarios. Additionally, it is adaptable and portable to various mainstream chips and heterogeneous computing platforms, and provides customers with a complete, customized, and open full-stack software solution.
The horizontal and vertical risk early warning and safety control intervention are available to actively ensure driving safety. The functions include automatic emergency braking, lane keeping assistance, blind area monitoring and early warning, etc.every year.
The horizontal and vertical risk early warning and safety control intervention are available to actively ensure driving safety. The functions include automatic emergency braking, lane keeping assistance, blind area monitoring and early warning, etc.every year.
The horizontal and vertical risk early warning and safety control intervention are available to actively ensure driving safety. The functions include automatic emergency braking, lane keeping assistance, blind area monitoring and early warning, etc.every year.
The horizontal and vertical risk early warning and safety control intervention are available to actively ensure driving safety. The functions include automatic emergency braking, lane keeping assistance, blind area monitoring and early warning, etc.every year.
The horizontal and vertical risk early warning and safety control intervention are available to actively ensure driving safety. The functions include automatic emergency braking, lane keeping assistance, blind area monitoring and early warning, etc.every year.
The horizontal and vertical risk early warning and safety control intervention are available to actively ensure driving safety. The functions include automatic emergency braking, lane keeping assistance, blind area monitoring and early warning, etc.every year.
Automatic parking in both delineated and non-delineated parking slots is supported by combining ultrasonic sensing and vision into one integrated sensing solution. This addresses the poor parking space recognition rate, lack of support for lined parking slot, and low parking success rate and accuracy seen in traditional ultrasonic-sensor-only solutions.
Automatic parking in both delineated and non-delineated parking slots is supported by combining ultrasonic sensing and vision into one integrated sensing solution. This addresses the poor parking space recognition rate, lack of support for lined parking slot, and low parking success rate and accuracy seen in traditional ultrasonic-sensor-only solutions.
Automatic parking in both delineated and non-delineated parking slots is supported by combining ultrasonic sensing and vision into one integrated sensing solution. This addresses the poor parking space recognition rate, lack of support for lined parking slot, and low parking success rate and accuracy seen in traditional ultrasonic-sensor-only solutions.
Automatic parking in both delineated and non-delineated parking slots is supported by combining ultrasonic sensing and vision into one integrated sensing solution. This addresses the poor parking space recognition rate, lack of support for lined parking slot, and low parking success rate and accuracy seen in traditional ultrasonic-sensor-only solutions.
By making full use of the technical advantages of smart driving and parking, sharing the data from driving and parking sensors, and unifying the software architecture for driving and parking domains and their deployment on a computing platform, we manage to reduce hardware (e.g., sensors and controllers) costs, improve the overall utilization efficiency of computing resources and promote smart driving applications. At the same time, SenseAuto is able to offer tailor-made and customizable integrated solutions based on our clients' hardware configurations and functional requirements.
Business Inquiry: business@senseauto.com
Media Inquiry: communications@senseauto.com