A Design, Develop And Implementation Of Fingerprint Ignition System With Gps Tracking And Geofencing (Two Factor Authentication Using Both A Key And Fingerprint)

Abstract

This project introduces a groundbreaking solution aimed at significantly enhancing vehicle security and monitoring capabilities by seamlessly integrating a GPS Tracking System with a Fingerprint Ignition System. At the heart of this innovative approach lies the synergy of Arduino Nano, GSM module (SIM800C), GPS module, and a capacitive fingerprint sensor, which collectively form a robust framework for this advanced security system.

The GPS tracking component of the system offers both real-time and historical location data, ensuring precise and accurate monitoring of the vehicle's whereabouts. In parallel, the Fingerprint Ignition System introduces a powerful security measure, enabling vehicle operation exclusively by authorized users through biometric verification. This dual-layered approach not only elevates vehicle security but also significantly mitigates the risk of unauthorized access and theft.

The development and implementation of this system are grounded in rigorous coding, extensive testing, and the application of stringent security protocols, which collectively guarantee the system's reliability and operational efficiency. Additionally, the project incorporates user-friendly mobile applications and a web-based dashboard, providing users with unparalleled control and access to real-time insights into their vehicle's status and location.

By addressing the prevailing challenges in vehicle security, this project not only sets a new benchmark for innovation and usability but also contributes to the evolving landscape of automotive technology with a forward-thinking solution that promises to redefine standards for vehicle safety and monitoring.