In this final project, students will demonstrate their understanding of computer networks by

designing and implementing a network infrastructure using Cisco Packet Tracer. The project

requires students to configure various network components and document their design decisions

and configurations in a comprehensive PDF report. This project encompasses a range of topics

including basic switch and end device configuration, protocols and models, addressing schemes,

subnetting, and layer$-$specific concepts.

Project Objectives:

Apply theoretical knowledge of networking concepts to practical scenarios.

Gain hands$-$on experience in configuring network devices using Packet Tracer.

Develop skills in documentation and reporting network designs and configurations.

Understand the significance of addressing schemes, subnetting, and various networking layers in

real$-$world scenarios.

Project Components:

Addressing in Computer Networks:

Design and implement IPv$4$ and IPv$6$ addressing schemes for the network infrastructure.

Allocate IP addresses efficiently using subnetting techniques.

Common Security Principles:

Explore foundational security principles such as confidentiality, integrity, and availability.

Identify and understand common security threats and vulnerabilities in network environments.

IOS Configuration:

Configure Cisco IOS devices with appropriate settings, including device names, passwords, and

interfaces.

Implement basic device hardening techniques to enhance security.

Common Security Threats:

Analyze and discuss common security threats, including malware, phishing attacks, and denial of

service $($DoS$)$ attacks.

Develop strategies to mitigate these threats through network configuration and security policies.

IOS Security Concepts $($SSH$,$ Syslog, NTP$)$:

Configure secure remote access using SSH $($Secure Shell$).$

Implement logging and monitoring using Syslog.

Synchronize time using Network Time Protocol $($NTP$)$ for accurate timestamps.

Common Layer $2$ Attacks and Mitigation:

Study common layer $2$ attacks such as MAC flooding, ARP spoofing, and DHCP attacks.

Implement port security to mitigate unauthorized access.

Configure VLANs to segregate network traffic and enhance security.

Access Control Lists $($ACLs$)$:

Configure Standard and Extended ACLs to control traffic based on source and destination IP

addresses, ports, and protocols.

Apply ACLs to restrict access and enforce security policies.

Deliverables:

A detailed PDF report documenting the entire network design and configuration process.

Packet Tracer files $(.$pkt$)$ showcasing the implemented network infrastructure.

Presentation slides summarizing key aspects of the project for peer review