Features

◆ 3 standard CAN communication interfaces;        
◆ With 3 digital HD cameras, 1 digital HD fatigue camera, 1 channel of CVBS video signal output, 1 channel of LVDS video output;        
◆ The 3D vehicle model will be rotating on the screen when the system starts up        
◆ Support a variety of view mode settings;        
◆ Support forward track line;        
◆  With 4 channels of high-definition video, support local video playback;        
◆ Can identify gear, turn signal, then switch the view screen;        
◆ Support EOL automatic calibration and fault diagnosis;        
◆ Support fatigue monitoring and early warning;        
◆ Support blind area monitoring and early warning;        
◆ Applicable for trucks, bus etc.        
 

Specifications

The Driver Monitoring System (DMS) is an advanced automotive safety technology designed to continuously observe the driver’s state and behavior, ensuring safer driving conditions. By using cameras, infrared sensors, and artificial intelligence algorithms, DMS monitors key indicators such as eye movement, head position, facial expressions, blink rate, and gaze direction. These inputs allow the system to detect signs of fatigue, distraction, or drowsiness in real time.

When the system identifies unsafe conditions, it can alert the driver through audible warnings, dashboard indicators, or haptic feedback, prompting corrective action before accidents occur. Some advanced DMS solutions can also interact with adaptive cruise control, lane-keeping assistance, and other driver-assist technologies to partially intervene or enhance vehicle control when necessary.

DMS plays a crucial role in reducing accidents caused by driver fatigue or inattention, which are major contributors to road incidents worldwide. The technology is particularly valuable for long-distance driving, commercial fleets, and high-speed highway travel, where prolonged attention and rapid response are essential.

Moreover, modern DMS integrates seamlessly with connected vehicle systems, enabling fleet managers to monitor driver performance remotely, log driving behavior, and enhance operational safety. The combination of real-time monitoring, AI-driven analysis, and integration with other vehicle safety features positions DMS as a cornerstone of intelligent automotive safety solutions.

By providing continuous feedback, proactive alerts, and the potential for automated interventions, the Driver Monitoring System not only safeguards the driver but also protects passengers, pedestrians, and other road users. As automotive safety standards evolve and semi-autonomous vehicles become more prevalent, DMS is increasingly recognized as an essential technology for the next generation of intelligent vehicles.