ARENAPASS: A Web-Based Event Ticket Booking System

Abstract

The continuous advancement in digital technology has significantly influenced the transformation of traditional service systems into automated and user-centric platforms. One such domain is event ticket booking, which has evolved from manual counter-based systems to sophisticated online applications. Traditional ticket booking methods are often inefficient due to long queues, lack of transparency, and absence of real-time updates. These limitations not only affect user experience but also reduce operational efficiency. This paper presents ArenaPass, a web-based event ticket booking system designed to automate and optimize the entire booking lifecycle. The system integrates modern technologies such as React.js for frontend development, Node.js for backend processing, and MySQL for database management. It offers features such as secure user authentication, real-time seat availability tracking, event filtering, and booking management. The proposed system enhances accessibility, reduces manual errors, and provides a scalable solution capable of handling high user traffic. In addition, ArenaPass focuses on delivering a seamless and intelligent user experience by incorporating optimized data handling and responsive system design. The system architecture ensures minimal latency and efficient request handling, making it suitable for high-demand environments such as live sports events and concerts. By combining usability, performance, and security, ArenaPass contributes to the modernization of event management systems and provides a foundation for future technological enhancements.

Introduction

The text describes the evolution and design of a modern online event ticket booking system called ArenaPass.

It explains how traditional ticket booking methods were manual, slow, and error-prone, requiring users to visit counters and wait in queues. With the growth of internet and web technologies, these systems have shifted to online platforms that allow users to search events, check seat availability, and book tickets instantly using real-time databases and cloud support.

Despite existing online systems, problems like poor scalability, delayed updates, overbooking, high charges, and dependency on third-party services still exist. This creates a need for a more efficient system with real-time updates, secure transactions, and better user experience.

ArenaPass is proposed to solve these issues by offering a scalable, web-based platform for booking tickets for events like sports, concerts, and conferences. It supports features such as event search, seat selection, real-time availability, and smooth booking flow.

The literature survey highlights key ideas from previous studies, emphasizing scalability, real-time processing, secure authentication, and performance optimization, which influence ArenaPass’s design.

The problem statement focuses on issues in traditional systems such as inefficiency, lack of synchronization, overbooking, and limited accessibility.

The proposed system uses a client-server architecture with React for the frontend, a Node.js backend, and a database. It includes secure JWT-based authentication, real-time seat locking to prevent double booking, and instant confirmation. Admins can manage events, monitor bookings, and analyze system performance through a dashboard.

Conclusion

ArenaPass provides an efficient and scalable solution to the challenges faced by traditional ticket booking systems. By integrating modern technologies such as React.js, Node.js, and MySQL, the system ensures high performance, reliability, and data security. The implementation of real-time seat tracking and automated booking processes significantly enhances user experience and reduces operational complexity. The system successfully eliminates common issues such as long queues, overbooking, and lack of transparency by providing a fully digital and automated solution. Users can access the platform from anywhere, making the system highly accessible and convenient. Furthermore, the modular architecture of ArenaPass allows for easy scalability and future enhancements. Features such as AI-based recommendations, QR code integration, and cloud deployment can be incorporated to further improve system functionality. Overall, ArenaPass represents a practical and efficient approach to modern event ticket booking, providing benefits to both users and administrators. The system not only improves efficiency but also sets a foundation for future innovations in the domain of event management systems.

References

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Copyright

Copyright © 2026 Mandar S. Roge, Sanskruti D. Jadhav, Riddhi V. Sutar, Krish B. Tiwari, Prof. Swati G.. This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.