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Coligen Advanced Driver Fatigue Monitoring System to Enhance Road Safety
Driver Fatigue Monitoring System – a powerful solution designed to improve driving safety and reduce the risk of accidents caused by driver drowsiness and distraction.

Child Presence Detection
Accurately senses if a child is left behind in the vehicle and instantly triggers a warning to prevent accidents.

Smart Door Sensor, Smarter Safety
Open the door to innovation. Open the door with Door Open Warning System

2025 Chinese New Year Holiday Announcement

Happy New Year 2025!
As the New Year bells of 2025 ring, may our business bloom like fireworks. Wishing you a prosperous, healthy and joyous in 2025!

Driver fatigue detection: The importance of driver monitoring systems
Driver fatigue detection systems are designed to monitor driver behavior and physiological signs to identify signs of drowsiness.

Intelligent, I-Drive, I-Life New Building, New Cooperation, New Era
The event was a testament to the intelligent creation of new landmarks, marking the opening of a new era in the industry.

New Building, New Beginnings: Join us for Housewarming!
New Building, New Cooperation, New Era

What is Driver Fatigue Monitoring System?
Driver fatigue monitoring systems are an important part of modern vehicle safety technology. These systems are designed to detect when a driver shows signs of drowsiness or fatigue and sound an alert, helping to prevent accidents caused by impaired driving. As technology advances, these systems become more sophisticated, incorporating features such as eye detection to enable real-time monitoring and recording capabilities. In this article, we explore the importance of driver fatigue monitoring systems and how they can improve road safety.

What can Ultrasonic Parking Assist System do?
The ultrasonic parking assist system adopts the principle of ultrasonic distance measurement. The controller drives the sensor to emit ultrasonic signals. When the ultrasonic signal encounters an obstacle, the echo signal is reflected, and then the sensor receives and processes it and sends it back to the PDC controller for data Logic calculation process to determine the location and distance of obstacles.