Collision Mitigation and Lighting Control System

Collision mitigation system utilizes ultrasonic sensors to detect obstacles and warn the driver through an alert mechanism. Vibration and alcohol sensors assess driver impairment, triggering necessary safety measures, such as reducing vehicle speed or activating emergency alerts. The lighting control system dynamically adjusts headlights based on environmental conditions, ensuring optimal visibility. A GSM module facilitates emergency communication by sending notifications during critical situations. This project presents a Collision Mitigation and Lighting Control System, leveraging Arduino Uno ultrasonic sensors, vibration sensors, alcohol sensors, eye-blink sensors, buzzers, GSM modules, and Arduino-based programming. The system is designed to detect potential collisions, monitor driver alertness, and adjust vehicle lighting conditions accordingly. Keywords: Arduino IDE program software, Development board Arduino Uno, Communication devices, Sensors, Real-Time Data Processing, Embedded System, IoT-based monitoring, Emergency Alert System, Remote monitoring.