Improving the Security System for the Vehicle by Using the Driving License and Fingerprint Automation

Improving the Security System for the Vehicle by Using the Driving License and Fingerprint Automation

Mr. K. Vinod Kumar1, A.Pavani2, U.Pavani3 , G.Vindumathi4 , B.Venu Gopal5  , E.V.Nitish Kumar6 , M.Pavan Krishna7

1Assistant Professor in Department of Electrical and Electronics Engineering & SRIT

2Student in Department of Electrical and Electronics Engineering & SRIT

3Student in Department of Electrical and Electronics Engineering & SRIT

4Student in Department of Electrical and Electronics Engineering & SRIT

5Student in Department of Electrical and Electronics Engineering & SRIT

6Student in Department of Electrical and Electronics Engineering & SRIT

7Student in Department of Electrical and Electronics Engineering & SRIT

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Abstract - In contemporary times, the widespread use of vehicles necessitates robust protection against theft, which is achieved through the integration of RFID tags and fingerprint authentication. This paper introduces a vehicle ignition system that leverages RFID tags and fingerprint recognition to safeguard vehicles from unauthorized access. Authorized RFID tags initiate the authentication process, complemented by fingerprint verification for driver identification. Upon successful authentication, a relay is activated, enabling the ignition system, while a red LED displays the status. In the event of authentication failure, an alarm buzzer prevents unauthorized entry. This system significantly enhances vehicle security and ensures a smooth user experience, with potential for customization and scalability across various vehicle models. Key components include In contemporary times, the widespread use of vehicles necessitates robust protection against theft, which is achieved through the integration of RFID tags and fingerprint authentication. This paper introduces a vehicle ignition system that leverages RFID tags and fingerprint recognition to safeguard vehicles from unauthorized access. Authorized RFID tags initiate the authentication process, complemented by fingerprint verification for driver identification. Upon successful authentication, a relay is activated, enabling the ignition system, while a red LED displays the status. In the event of authentication failure, an alarm buzzer prevents unauthorized entry. This system significantly enhances vehicle security and ensures a smooth user experience, with potential for customization and scalability across various vehicle models. Key components include Arduino, Fingerprint Sensor, RFID Reader, RFID Tag, GSM module, Relay, Motor, LED, and LCD.

Key Words: Arduino, Fingerprint Sensor, RFID Reader, RFID Tag, GSM module, Relay, Motor, LED, and LCD.