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Integrated Vehicle Security System: Leveraging GPS, GSM, and Fingerprint Authentication

  1. Dipti Dayaram Patil Department of Electrical Engineering, A. C. Patil College of Engineering Navi Mumbai
  2. Harsh Vijay Patil Department of Electrical Engineering, A. C. Patil College of Engineering Navi Mumbai
  3. Aditi Prabhakar Phatak Department of Electrical Engineering, A. C. Patil College of Engineering Navi Mumbai
  4. Pooja Santosh Pansare Department of Electrical Engineering, A. C. Patil College of Engineering Navi Mumbai
  5. Shubham Bhanu Rewale Department of Electrical Engineering, A. C. Patil College of Engineering Navi Mumbai

Abstract

The Vehicle Security System described here is a comprehensive, robust system designed to increase vehicle security using two-factor authentication. It ensures that vehicle ignition is limited to verified users by utilizing an R307 Fingerprint Module for biometric validation and a 4x4 Matrix Keypad for command input. The system has a SIM800L module that notifies the owner via text message of the results of the authentication process, thereby informing them of the security condition of their car. Furthermore, the system incorporates Neo6M GPS technology to enable real-time tracking capabilities and remote vehicle monitoring. The core of the system is the Esp32 microcontroller, which offers a reliable and programmable control center. Together, these components create a safe and reliable car safety system that gives owners peace of mind and hands-on control. In addition to providing security, the technology is useful for evaluating car crashes to reduce the number of fatalities and property damage. It accomplishes this by providing a smart dashboard, objectively recording vehicle events, and boosting security capabilities with anti-theft, remote tracking, and surveillance tools.

Keywords

References (13)

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