Arduino Based Driver Drowsiness Detection & Alerting System

There seems to be an increasingly high and unpredictable number of accidents nowadays. In the worst cases, accidents can even prove fatal. A driver drowsiness detection system is an important piece of automotive safety technology for avoiding crashes caused by driver fatigue. Approximately 20% of all traffic accidents may be attributable to drowsy driving, according to a number of studies. The detection technology has improved greatly recently. Staying awake at the wheel is a formidable obstacle to accident avoidance. Systems. Many new drivers are aware of the risks associated with getting behind the wheel while sleepy. It's important to develop plans to mitigate the impact. The goal here is to devise some sort of defence system to keep unwanted people from taking up residence in the car. We cannot care for ours while sprinting while distracted. If we install an automatic security system in every vehicle, the driver will be kept safe and an alarm will go off. Take initiative with this project. Using an infrared (IR) sensor, it controls when the eyes blink. Information can be sent through the IR transmitter. Light that is infrared to the retina. The IR receiver picks up the signal that has been reflected back to it. Detectable by the human eye's infrared sensors. With the eye closed, the IR receiver's output is at its highest. The IR receiver's output is subpar if the other conditions are not met. Knowing the exact moment the eye closes is crucial. This is the signal that is sent to the logic circuit to trigger the alarm. Drivers The majority of accidents that occur in society can be attributed to sleepiness. The technology we're using, a drowsy-driver detection and alerting system, helps us cut down on accidents caused by sleepy drivers. A drowsy driver's state can be detected by an eye blink sensor. The blink rate of the eye can be detected using an eye blink sensor, and if the user's blink rate deviates too greatly from the average, a buzzer will sound. The car will come to a halt if the person's eye is still closed. Once the person is informed that the buzzer has sounded, the beeping will cease and the vehicle will resume its normal operation