Utilizing Fingerprint Technology and a Driver's License, Access Control for the Vehicle Ignition System

Abstract

Vehicle security services have entered a new era thanks to the IoT (Internet of Things) integration of automobiles. The implementation of a cutting-edge, quick, and dependable fingerprint recognition system to prevent unauthorized access is the primary goal of this paper, which aims to improve automobile security. This system, in contrast to conventional methods, does more than just send a text message to the owner; When a potential vehicle theft is detected, it includes an audible alarm to alert the surrounding area. In the past, keys were used to unlock and operate automobiles; however, this project introduces a novel method: the fingerprints and driver's license authentication required to unlock and start the vehicle. In addition to increasing security, this dual authentication method significantly reduces auto theft. The system ensures a multi-layered security strategy by combining fingerprint recognition with driver's license authentication. Not only does this stop unauthorized access, but it also makes it easier to verify the identity of drivers, making it a solid way to protect vehicles. The authentication procedure gains an additional layer of dependability by relying on fingerprints, which are well-known for their consistency and uniqueness. Consequently, the technology not only establishes a more secure and effective method for vehicle access but also acts as a deterrent to unauthorized use. This paper basically lays out a forward-thinking strategy for vehicle security that makes use of cutting-edge technologies to effectively combat auto theft and improve overall driver identity verification.