On-Road Vehicle Services
Miss. Sindhu S L 1 , Shravanakumar Bellatti 2
1Assistant Professor, Department of MCA, BIET, Davanagere
2Student,4th Semester MCA, Department of MCA, BIET, Davanagere
ABSTRACT
The On-Road Vehicle Road Services App is a mobile application for Android, designed to assist vehicle users in need of immediate roadside help. This app proves to be especially beneficial in unforeseen circumstances such as vehicle breakdowns, fuel shortages, battery issues, tire punctures, or the necessity for emergency towing. Often, drivers may find themselves stranded on highways or in remote locations without immediate assistance, resulting in heightened stress and delays. The objective of this project is to create a centralized, location-based assistance system that links vehicle owners with nearby certified service providers, including mechanics, towing experts, fuel delivery services, battery replacement services, and tire support. This application utilizes Java for Android development, Firebase for user authentication and real-time updates, and MySQL for structured data storage, encompassing user records, service history, billing, feedback, and administrative functions. It guarantees service availability around the clock across various cities by connecting a network of registered service providers to end-users in real-time through GPS location tracking. Users have the ability to book services, view estimated arrival times, communicate directly with providers via in-app calling or chat, rate the services, and process payments (either online or in cash). The app features user-friendly interfaces, a dynamic UI/UX, and appropriate role-based access control. Administrators can oversee users, service categories, locations, service personnel, feedback, and manage emergency escalations in the event of service failures. The entire system provides a scalable and adaptable solution for digital vehicle assistance and road safety.
Keywords & Core Technologies: The project leverages Java for Android development and Firebase for real-time authentication, database syncing, and notifications. It uses MySQL for structured data storage, Google Maps API for GPS tracking, and RESTful APIs for backend communication. The system integrates real-time location-based service matching, secure authentication, and dynamic UI/UX design to ensure seamless roadside assistance.
