Finger Print & Pascode Based Anti-Theft Vehicle System

The security of vehicles has become increasingly paramount, with theft being a persistent concern. This project introduces an innovative Fingerprint & Passcode-Based Anti-Theft Vehicle System, designed to enhance vehicle security and ownership control. The system integrates an Arduino UNO microcontroller, a Fingerprint sensor for biometric authentication, push buttons for data management, a keypad for passcode entry, a motor to control the vehicle's ignition, an LCD display for user feedback, and GSM for remote data upload to Thingspeak.

The Fingerprint & Passcode-Based Anti-Theft Vehicle System operates by requiring authorized users to authenticate their identity through biometric fingerprint recognition or, if not registered, using a passcode via the keypad. This dual authentication method ensures that only recognized users can start the vehicle. The system also incorporates a data management feature, allowing authorized users to enroll, add, or delete data from the fingerprint sensor, thus enhancing user control. Unauthorized access attempts trigger alarms and notifications via GSM, which uploads data to Thingspeak for remote monitoring. This innovative system offers a multi-layered security approach, safeguarding vehicles against theft and unauthorized usage. It holds significant potential for enhancing vehicle security and control in various applications, including personal and commercial fleets.

Keywords: Arduino, Fingerprint Sensor, Enroll, Authorized Acces, Pascode, Keypad