Abstract

Colleges and universities are thriving centers of recreational and academic activity in the ever-changing world of higher education. They provide a wide range of events, from student club meetings to cultural festivals and academic seminars. These gatherings are essential for professional and personal growth since they promote networking, skill development, cultural enrichment, and community building. But there's a big problem with the fragmentation of event information among multiple sources: students often lose out on good possibilities. This study presents "Eventlyst," a centralized platform made to address the challenges associated with finding and attending events in educational settings. "Eventlyst" seeks to promote dynamic event engagement, increase participation, and expedite event awareness. The platform compiles event data from several sources into a central repository that can be accessed via mobile and online apps. Personalized event recommendations are provided, which are noteworthy, and are based on user input, past participation, and interests. Additionally, "Eventlyst" gives event planners simple-to-use resources for successful event marketing. Because of its scalable format, the platform may be tailored to a wide range of educational institutions, independent of their size or type of events. This study highlights the possible effects of "Eventlyst" and describes the project's goals, methods, and preliminary results from a trial implementation. In summary, "Eventlyst" is an invaluable resource that promotes dynamic event involvement in campus communities, minimizes missed opportunities, and increases event participation. New mobile technologies are driving significant advancements in the mobile application market. Comprising other operating systems such as Symbian OS, iOS, Blackberry, and others, Android OS is acknowledged as the most extensively utilized, favored, and intuitive mobile platform. Due to its customization capabilities, this open-source operating system built on the Linux kernel provides a great degree of flexibility, making it a popular mobile operating system. Java is used to program Android applications. The Google Android SDK offers developers an easy-to-use platform for creating Android applications by delivering a unique software stack. Additionally, developers have flexibility by using the pre-existing Java integrated development environments. When developing third-party applications, Java libraries are typically used. There is no requirement for these applications to pass stringent security tests. This article discusses multiple cross-platform methodologies and a layered approach to Android application development. Additionally, a succinct overview of recent Android platforms is covered, along with security systems and frameworks.