The rise of ride-share services and platforms has significantly transformed urban mobility and solved many transportation challenges. However, there is no dedicated ride-sharing service specifically designed to address the needs of students in educational institutions. To bridge this gap, we introduce RidePool, a dynamic ride-sharing application. RidePool has been developed using an agile development process, utilizing technologies including Node.js, React Native, MongoDB, and other APIs for payment integration and location management. Socket communication, ride management, location management, file handling, user module, and a feedback system make up the application's six main components. RidePool attempts to fill a major void in the transportation landscape, allowing students, faculty, and staff to commute in a more sustainable, economical, and socially inclusive manner. To guarantee user safety and dependability, the application integrates advanced features such as secure Microsoft user authentication, a robust rating system for better ride selection, real-time tracking, and secure payment alternatives. The proposed solution is intended to link students with comparable schedules and locations, providing a cost-effective, convenient, and eco-friendly substitute for the existing services. The application addresses the shortcomings of current ride-sharing services and meets the unique needs of the Pakistani university community.
Ahmed et al. (Thu,) studied this question.