“CI/CD Pipelines for Microservices Deployment Using Docker And Kubernetes For an Event Management System”

Authors: Komal Jadhav, Satvik Dhamane, Sejal Pardeshi, Sarthak Bhujadi, Vaishali Rawate

Country: India

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Abstract: The rapid growth of digital platforms has increased the demand for efficient and automated event management systems. Traditional methods of managing events and ticket bookings are often manual, time-consuming, and prone to errors, leading to inefficiencies for both organizers and users. This paper presents a web-based Event Management System developed using the Django framework, designed to simplify event creation, management, and online ticket booking. The proposed system enables event organizers to create, update, and monitor events, manage ticket pricing, and track bookings through an intuitive admin dashboard. On the user side, individuals can browse available events, view detailed information, and book tickets seamlessly in real time. The system incorporates a structured architecture consisting of a user interface, backend processing, and database management to ensure smooth functionality and data handling. It also supports features such as user authentication, real-time ticket availability tracking, and automated booking confirmation. The application is deployed on a cloud platform, ensuring accessibility, scalability, and reliability. The proposed solution reduces manual effort, enhances user experience, and improves overall efficiency in event management processes. Experimental usage demonstrates that the system provides a fast, secure, and user-friendly platform suitable for managing events across various domains such as educational institutions, corporate environments, and public events.

Keywords: Event Management System, Django Framework, Web-Based Application, Online Ticket Booking, Event Scheduling, User Authentication, Real-Time Booking, Cloud Deployment, Database Management, Scalable Web System.

Paper Id: 233103

Published On: 2026-05-05

Published In: Volume 14, Issue 3, May-June 2026

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