The HuaShan-SOM series is developed based on the Black Sesame Technologies HuaShan-2 A1000 series chip.
With the Black Sesame Shanhai AI development platform, customers can easily create end-to-end AI robot applications
for smart factories, smart mobility, smart cities, smart security and other scenarios.
Commercial Vehicle Active Safety System Patronus 2.0 is an aftermarket-mounted integrated solution. This platform can be used in different types of vehicles like passenger vehicles, commercial vehicles and vans.
The main chip of this platform is Black Sesame’s self-developed AI HuaShan-2 series chip with great computational power, low cost and highly open.
Relying on the great computational power of the chip, the platform supports massive NN perception, DMS, BSD and all-round algorithms.
The system involves various interfaces of multi-channels camera, CAN, external storage, gigabit Ethernet, 4G, Wi-Fi, USB, HDMI, SPK, MIC, RS485/232, digital input, which makes the system have higher adaptability for different scenarios.
Based on high reliability, the platform achieves a controllable cost by reasonable materials selection and structure design. The overall solution has outstanding cost performance compared to similar products in the market.
Black Sesame supports flexible collaboration model. We provide a complete solution of controller + algorithm, chip + reference solution + algorithm solution, and also open to chip + reference solution+ algorithm porting tools model.
Equipped with a Black Sesame self-developed neural network model,
it has high accuracy, many categories of objective classification, and strong adaptability.
With the actuator, it can achieve active safety function,
and reduce hardware costs by sharing DVR cameras.
Black Sesame self-developed algorithm realizes functions like face recognition and monitoring of fatigue, distraction, smoking,
phone calling and leaving situations.
The algorithm has a low demand for computing power and strong flexibility.
It realizes identification of vehicles, pedestrians and obstacles in the blind area, and is able to recognize objectives quickly and accurately.
With cooperation of the actuator, it can realize active control functions.
It monitors inside and outside of the cabin
for assistance of parking, reversing and in-car monitoring & etc.