Project description
This project focuses on the development and modeling of a modern telecommunications network for a university. This work involves creating a logical and physical network architecture, including routers, switches, servers, and workstations.
The network is divided into VLANs to effectively manage traffic between different user groups: students, faculty, administration, and server infrastructure. Inter-VLAN routing and dynamic routing protocols (such as OSPF) are used to ensure communication between segments.
Particular attention is paid to information security: ACLs (access control lists), network segmentation, port security, and basic traffic filtering mechanisms are implemented.
The project is modeled using Cisco Packet Tracer or GNS3, enabling network performance testing, device connectivity, routing, and resource access.
The result is a functional, scalable, and secure telecommunications infrastructure that can be used in real-world educational settings.
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