TechLeap Institute is an emerging technical education hub with a rapidly growing student population of

over $12,000$ enrolled in diverse technology and engineering programs. The institution has experienced

a surge in the number of staff and student$-$used devices and applications, leading to significant

challenges for the IT department in managing the system effectively. Currently, the IT infrastructure

relies on a combination of Windows and Linux servers, but the escalating complexity of system

administration has prompted the IT department to explore alternative solutions.

The existing infrastructure comprises a mix of servers supporting various applications, student portals,

and administrative systems. With the increasing demand for seamless connectivity and efficient data

management, the IT department is grappling with the need to streamline operations and enhance

overall system performance. The diverse nature of applications and devices used across the campus has

added to the complexity of managing the IT ecosystem.

As TechLeap Institute aims to stay at the forefront of technology education, the IT department is

actively considering a transition to a more robust and user$-$friendly system. Windows Server

technologies are being evaluated as a potential solution to address the current challenges. The decision

to migrate to Windows Server technologies is driven by the desire to centralize system management,

improve user experience, and provide a more cohesive IT environment.

The proposed migration involves consolidating servers, adopting virtualization technologies, and

leveraging the advanced features offered by Windows Server. The IT department is particularly

interested in the enhanced security features, centralized management capabilities, and seamless

integration with Microsoft applications that Windows Server technologies can offer. This strategic shift

aims to not only simplify system administration but also to ensure a scalable and efficient IT

infrastructure that can accommodate future growth.