Secured Network Architecture design

Introduction:

The Secured Network Architecture project entails the creation of a robust network infrastructure utilizing Cisco Packet Tracer, Network Instruments (NI), and Opnet. The primary objective of this endeavor is to establish a highly reliable network capable of effectively accommodating contemporary connectivity requirements, specifically tailored for corporate office environments.

Planning the Network:

The initial phase of the project involves a meticulous understanding of the network's intended functionality. This includes identifying the essential tasks the network should perform and gauging the amount of data traffic it is expected to handle.

Building the Network:

Employing Cisco Packet Tracer, the project proceeds to configure network elements such as routers, switches, and firewalls. These devices are strategically interconnected to forge the complete network infrastructure, creating a seamless communication pathway.

Monitoring the Network:

Network Instruments come into play at this stage to provide a real-time view of data flow within the network. This monitoring process ensures the smooth operation of the network and promptly identifies any anomalies requiring attention.

Testing and Fixing:

The utilization of Opnet enables the emulation of diverse scenarios on the network. This simulation aids in the detection of potential problems, fostering optimization efforts to enhance the overall performance and reliability of the network.

Documenting the Network:

A comprehensive documentation phase entails the creation of a detailed account of the network's architecture. This documentation encapsulates the devices utilized, their interconnections, and the network's layout, culminating in a clear and coherent representation for future reference.

Learning and Improving:

The project not only facilitates the practical implementation of network concepts but also fosters a deeper understanding of the synergy between different tools within the networking realm. This includes honing skills in network planning, construction, and management.

Team Collaboration:

The project's collaborative nature emphasizes teamwork, with members brainstorming innovative network design ideas. Tasks are distributed, encompassing device setup and network performance assessment, thereby ensuring a holistic approach to network establishment.

Real-world Applications:

As an outcome of this project, participants acquire skills readily applicable in networking and IT-related professions. Understanding the tailor-made design of networks to meet specific operational demands equips individuals with practical insights into network architecture.