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The proposed system leverages GSM, GPS, and Android technologies to create an innovative theft prevention solution for two-wheelers.Historically, the application of GSM and GPS technologies has predominantly focused on four-wheel vehicles.This novel system extends their utility to two-wheelers, aiming not only to track and monitor the vehicle but also to prevent theft effectively.Through an intuitive Android application, users can remotely immobilize a stolen vehicle and track its location and status.The system's architecture incorporates an Atmel microcontroller, air and water solenoid valves, a GPS module, and a GSM modem as its core components.This project introduces a sophisticated vehicle tracking system that employs GPS-GSM technology to enable remote monitoring via a GSM phone.It is engineered to continuously track a vehicle's position, integrating a GPS receiver, a microcontroller, and a GSM module to form a cohesive tracking system.The GPS receiver collects satellite data, recording latitude and longitude coordinates, which are then stored in the buffer of a PIC16F72 microcontroller.To initiate vehicle tracking, a user activates the system by sending a message to the GSM device.The system determines the vehicle's location through GPS and GSM, delivering real-time positional updates upon request.In the event of theft, the owner can send an SMS to the microcontroller, prompting it to relay the vehicle's precise location, including latitude, longitude, and timestamp, back to the owner.
Patle et al. (Sun,) studied this question.
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