Experimental studies on electronic smart device for automobiles application

The present research deals with a new kind of electronic smart device for automobile applications. The present device copes with an IoT security-based anti-theft system such that the current device aids to curtail the burdens on the security personnel and plays a significant part in the advancement of the savvy city framework. As far as the working principle of the device is concerned, any unauthorized person can't make the vehicle start by doing normal operation i.e. putting key, kicking, or self-ignite unless and until an authorized password is entered or an SMS to the vehicle (on IP address 192.168.0.101) is sent. With the proviso of any unauthorized person trying to enter the wrong passwords, an automatic message is received by the owner after three unsuccessful attempts. Moreover, the proposed device controls the system remotely through which one can stop the engine of the vehicle. Finally, the prototype developed is proven to be cost-effective and suitable for practical implementation. To sum up, the novelty of the present work deals with an efficient alert system, this is a new type of IoT-based MQTT protocol that leads to lightweight and speedy communication. Apart from this Node-RED for mobile applications is implemented in the developed system and is also a new-fangled application.