A Biometric Vehicle Theft Identification and Prevention Scheme using GPS Location Tracking

The demand for security is rising in every sector of society as the pace of technological development and scientific discovery quickens. Right now, having access to a car is essential. At the same time, preventing theft from happening is crucial. The expense and complexity of conventional methods of protecting vehicles are substantial. There is no further action or option that might help the car's owner recover their vehicle once it has been stolen. The usage of biometrics such as fingerprints is widespread and is now routine in many settings, including businesses, public buildings, educational institutions, and more. The primary objective of this study is to secure the car against unwanted entry using fingerprint recognition technology that is both quick and simple to implement, as well as clear, reliable, and cost-effective. A method was necessary to track where each vehicle was at all times and how far it had gone. These days, active vehicle monitoring and GPS technologies are used to keep tabs on our motor vehicles. Images of fingerprints are taken by the sensor, and the sensor then compares each fingerprint it reads to a database of recorded fingerprints or to a module inside the system. A GPS and GSM-based anti-theft car monitoring system would be the most cost-effective means of tracing a vehicle's whereabouts and could even be used to locate stolen vehicles. It is a built-in unit that utilizes GPS and the GSM network to pinpoint the exact location and trajectory of a moving vehicle (GSM)