P.E.B IMIEFOH

This study develops a web-based map application to enhance navigation within the University of Benin campus, helping users locate buildings, offices, classrooms, and other points of interest. Using Next.js, TypeScript, TailwindCSS, and third-party mapping APIs like Google Maps, the application provides an interactive, mobile-friendly experience. Users can search for locations, get directions, and access regularly updated map data. This tool improves accessibility, saves time, and enhances user experience. By leveraging modern web technologies and geospatial data, the application fosters a more navigable and welcoming campus environment.

Data travels over networks as invisible packets in today's digital world, and comprehending this process is essential, particularly when addressing problems like latency, congestion, orsecurity risks. This study investigates how we can track and analyse this data in real time using Wireshark, a potent network protocol analyser. We illustrate how deep packet inspection aids in detecting anomalies and resolving performance issues by recording and analysing protocols such as TCP and HTTP. This analysis demonstrates the importance of packet capture as a tool for efficient network administration and cybersecurity.

The increasing demand for secure, transparent, and efficient electoral processes has led to the adoption of online voting systems in universities. This project presents a PHP-based online voting system designed to provide a secure, user-friendly, and tamper-proof election platform for universities. The system enables student authentication, candidate registration, real-time vote tallying, and automatic result generation after a set period. Security measures such as one-time voting enforcement and database encryption ensure election integrity. By leveraging web technologies, this system enhances electoral accessibility while minimizing fraud and administrative overhead, offering a scalable solution for university elections