The advancement of phase’s technology of the social order uses improved technology in almost everything as it has their lifestyle and added welfare. In this generation, many devices and technologies have been utilized to provide road safety and accordingly to reduce is occurring due to overspeed and traffic of vehicles providing the real time and place verification. The study aimed to develop a system used for less attention has been given to the monitoring system of overspeeding vehicles and violations, despite the fact that the greatest damage in the accident, violation and traffic is caused by overspeeding. The study was conducted in the expressways, national road, and skyways at Luzon, Visayas and Mindanao. The defendant respondents of the study are the traffic enforcer, police investigator, vehicle owners, toll plaza management office, Land Transportation Office (LTO), Metropolitan Manila Development Authority (MMDA) office and future researcher. The study used the ring research method diagram which is a step by step process and circular cycle method used as a guide to develop a system. The ring research method diagram has sequential processes such as conduct and analyzes the requirement, design the system has two components the hardware and software design, construct the system, test the system and evaluate the system. The study provided learning theories, hardware skills of microcontroller, server, Global Positioning System (GPS) satellite and Global System for Mobile Communication (GSM) network and software skills of visual basic.Net programming, My SQL for the database system, windows 7 for operating system, software integration of Google map application and Short Message Service (SMS) notification. In this model the testing starts only after the prototype development is complete and it consists of conduct and analyzes the requirement, design the system, construct the system, test the system and evaluate the system. The performing test evaluations of the speeding rate (kph) efficiency of the system were presented in this stage and parameters being observed based on the methods of determining the speeding rate (kph) of Accuracy and methods of determining the functionality of the system. The findings showed different number of trials has been conducted with set of conditions in determining the functionality and accuracy of a system is 100% in performing the output operations in terms of microcontroller unit outputs, server and SMS communications. The prototype model process qualifies the automobile proprietors to safe the appropriate speeding rate indicating the scientifically design, skills and knowledge.
Keywords: Microcontroller, Ring Research Method Diagram, Server, Prototype Model and Experimental Design, Philippines