Published Paper Details:

In response to escalating concerns regarding vehicle security and unauthorized usage, this paper presents a comprehensive solution incorporating Remote Vehicle Authentication, Authorization, and GPS Tracking systems. With a focus on addressing the prevailing security lacunae in diverse vehicular contexts, the proposed Internet of Things (IoT) device, seamlessly adaptable to vehicles of varying makes and models, integrates with an intuitive mobile application for real-time access to vehicle security status. Key to this system is the integration of GPS tracking technology, facilitating precise location monitoring and verification, thereby fortifying security measures and enabling efficient fleet management. The methodology encompasses the development of the IoT device utilizing Arduino and ESP32 board, alongside the implementation of fingerprint authentication and encryption techniques for remote vehicle authentication. Concurrently, the mobile application, constructed on the Flutter framework, incorporates features for authentication, authorization, and GPS tracking, interfacing with the Blynk server for seamless communication with the IoT device. Rigorous testing and evaluation ensure the system's functionality, reliability, and security under diverse operational scenarios, while user feedback mechanisms inform iterative enhancements. The culmination of this endeavor heralds a significant advancement in vehicular security protocols, poised to augment operational efficiencies and mitigate security risks across diverse vehicular domains.