Vehicle Safety Sensory System

Abstract

Our daily lives depend on vehicles for transportation, work, and adventure. Traffic accidents, a global issue, harm individuals, communities, and societies. Accidents often come from human errors, diversions, and judgment. This report underlines highway safety accidents' terrible consequences, from death to economic expenses. Many variables make accidents inevitable, but preventing them is crucial. Accidents are caused by human error, particularly distracted and inebriated driving. This study emphasizes driver status detecting systems' road safety benefits. These technologies evaluate drivers' safety via real-time monitoring of attentiveness, weariness, and impairment. Driver fatigue, alcohol or drug impairment, and cognitive distractions enhance accident risk. Eye tracking and facial recognition offer real-time solutions for these factors. Driver status detection devices warn drivers, preventing accidents. Tired or distracted driving can cause serious accidents. The adoption of driver status detection systems is vital. Prevention is possible with these tools that detect weariness and distraction. Addressing these concerns may reduce accidents and save lives. According to this study, the Vehicle Sensory Safety System actively analyzes drivers' physiological states using BPM and grip pressure. These dynamic data reveal the driver's emotional and physical state in real-time. The technology alerts drivers with a buzzer, vibrating steering wheel, and flashing LED strip. This project could improve road safety for all users and reduce highway accidents.