A Smart Vehicle Monitoring System Using Real-Time Data Processing and Advanced Sensor Integration
Sathish M, Prabha Devi D, Kanchana R, R K Pranesh · 2024
The “Smart Vehicle Monitoring System” presents a comprehensive solution for enhancing road safety and user authentication in the realm of modern transportation. This system integrates advanced technologies to monitor crucial aspects of vehicle usage, ensuring both the rider's safety and the vehicle's safety. The core functionalities encompass monitoring the usage of safety gear such as helmets and detecting alcohol consumption. User authentication is achieved through a combination of fingerprint recognition and Radio-frequency identification (RFID). This multi-layered approach ensures that only authorized individuals can operate the vehicle. The proposed system further extends its capabilities to monitor essential vehicle parameters, including tire pressure and fuel levels. In the event of an accident, a vibration sensor is employed to swiftly detect impact, triggering an alert system through GSM communication. This timely notification ensures prompt assistance and emergency response. Wireless communication plays a vital role in the system, with the helmet connected to an Arduino Mega via the ESP protocol. This acilitates real-time data exchange, allowing for seamless integration of various components. To enhance user interface and information dissemination, the system utilizes an LCD to present real-time status updates. Additionally, the integration of a GPS module enables the sharing of live location data, contributing to improved navigation and overall safety. In conclusion, the Smart Vehicle Monitoring System not only prioritizes the safety of the rider but also addresses authentication concerns and provides a holistic approach to vehicle monitoring. Through the amalgamation of cutting-edge technologies, this system aims to redefine the standards of safety and security in contemporary transportation.