Internet of Things – Anti-Theft Motorcycle with Security System and GPS Using Android Application

Vol.3, No.1A

Abstract

An anti-theft motorcycle with a security system and Android GPS is proposed to adapt the existing security system and improve some functions that are lacking in the current motorcycle security system. This modification of a security system can send an alert using the Short Message Service (SMS) to inform the user of any motorcycle tampering. Using a Node MCU will store the code and send the program to control all the components. This study uses the tilt sensor and bump switch to activate or open the device. It has a buzzer and an LED that will alert the owner of the motorcycle and an LED for signal light to determine if the device is open or not. It has an ESP32-CAM for taking a picture once the device is activated, and you can save it directly on the SD Card. It has a GPS (Global Positioning System) space-based navigation system that broadcasts accurate navigation pulses to users. It also has a Blynk Application that can track down the location of a motorcycle.

The researchers utilized the iterative method to gather significant data to complete this study. A quantitative method was also utilized to collect the data and information.

The researchers surveyed a selected thirty (30) respondents about the performance, quality structural idea, and design of the project. The researchers also used the Analysis of Variance (T-test) method to conclude the research study's hypothesis. The researchers tested a p-value of 0.50, greater than 0.69, so the hypothesis was not rejected. It was found that there is no significant difference between the assessment of the acceptability level of Internet of Things-Anti-theft Motorcycle with Security System and GPS using Android Application in terms of the variables mentioned.