Year: 2025
Type: article
Abstract: Transportation technology has had to evolve due to the fast growth of cities and the growing dependence on ride-hailing services. Issues with traditional ride-hailing services include ineffective ride distribution, payment transaction security concerns, and a lack of real-time tracking features. GoRide is a advance ride-hailing service that integrates contemporary online technology to solve these problems. This system makes use of Node.js and Express.js for a scalable backend, React.js for an interactive frontend, and MongoDB for effective database administration. The Google Maps API is used for real-time tracking, and Socket.io makes it possible for drivers and passengers to communicate easily and receive real-time journey updates. Furthermore, Razorpay payment gateways guarantee safe transactions, reducing the risks associated with financial security. The system architecture, underlying methodology, and performance evaluation of GoRide are presented in this research paper. GoRide offers an optimized customer experience, increases payment security, and speeds up ride allocation by 40% as compared to other ride-hailing services. According to the findings, GoRide provides a reliable, effective, and secure substitute for current platforms, opening the door for additional developments in intelligent transportation systems.
Authors: Saurav Suman, Atish Shah, Ankush Kumar, Geetanjali Pandey
Institution: Chandigarh University
Language: English
Topic: Mobile and Web Applications
Subfield: Information Systems
Field: Computer Science
Domain: Physical Sciences
Open Access status: hybrid
OpenAlex ID: W4409195257