A Novel Vehicle Security System using Driver's License and Fingerprint Automation

This project presents a novel vehicle security system that utilizes a combination of driver's license verification and fingerprint automation to enhance the security and prevent unauthorized access to vehicles. The proposed system aims to address the rising concerns of vehicle theft and unauthorized use by implementing robust authentication mechanisms. The vehicle security system integrates with the vehicle's existing electronic system and access control features. Upon entering the vehicle, the driver is required to present their driver's license to a built-in scanner. The system scans the driver's license, verifies its authenticity, and cross-references it with a centralized database to validate the driver's identity and driving privileges. After successful driver's license verification, the system prompts the driver to place their fingerprint on a fingerprint scanner integrated into the vehicle's dashboard. The fingerprint is matched against pre-registered fingerprints stored in a secure database, ensuring that only authorized drivers are granted access to the vehicle.

In the event of unauthorized access attempts or the presentation of an invalid driver's license, the vehicle's security system triggers an alarm and sends real-time alerts to the vehicle owner or designated authorities.

The proposed vehicle security system offers several benefits, including enhanced protection against vehicle theft, reduced risk of unauthorized use, and improved driver accountability. By leveraging the driver's license and fingerprint automation, the system provides a robust multi-factor authentication approach, making it significantly challenging for unauthorized individuals to gain access to the vehicle.

Keywords: Finger print sensor, Ignition key, GSM