Abstract

This paper is dealing with the implementation and design of an integrated anti-theft control systemfor an automobile, also to prevent vehicles from stealing. This embedded system mainly based on an advancedcommunication technology identified as LTE Release 8 or 3.9 G. The factors that associated with system structuredare putting together inside the vehicle in a hidden way. A GSM module has a SIM-Card interface that responsiblefor exchanging messages with end-user to track and control the status of the vehicle. Once the vehicle is stolen,firstly, a phone calling from the owner is initiated to the GSM. Immediately the RPi cut-off this call and activateGPS respectively with Pi Camera activation, the location coordinates of a vehicle are sent as SMS via GSM moduleto the owner, as soon as a Pi Camera capture a photo for the thief that will be sent later on to owner via advanceinternet services. A Google map applied the received coordinate to determine the vehicle movement. Accordingto these instructions, the owner sends SMS that has a detailed instruction to order RPi to control the engineignition system by turning it off at a required location. The principal approach of this embedded system has beendesigned and executed to be effectively at low price. Furthermore; administering subsequent various on-road testsdemonstrated to be very powerful in controlling stolen vehicles.

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The article was added to IASJ on 2019-09-29

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