F.P.G.M.I.

A complete, structured, and beginner-to-advanced networking book for ethical hackers and penetration testers. Covers Networking, IP addressing, tools, and real-world offensive use cases — created by Muhammad Saqlain (Dark Wolf).

Cisco Packet Tracer lab on VLSM subnetting and static routing, including subnetting the 192.168.5.0/24 network and configuring routes for full PC connectivity across multiple LANs.

Network infrastructure architecture for campus employed the distance-vector RIP, etc., designed on Cisco Packet Tracer, showcasing my strong knowledge in networking.

This repository appears to be dedicated to networking-related projects and exercises. It likely includes hands-on practice materials covering a range of networking topics such as the OSI model, TCP/UDP protocols, IP addressing, subnetting, routing, and possibly more.

This repository contains fundamental networking concepts and examples. It is designed to help beginners understand the basics of networking

Design and Implementation of a Simple Networking Project #1

Design a network in Cisco Packet Tracer to connect the ACCOUNTS and DELIVERY departments, implementing best practices in cabling, IP addressing, and testing.

This repo contains the basics of interview quesrtions based upon computer networks. It includes network models, transmission media, network topologies, and routing algorithms. Understand the concepts of network security, network performance, and quality of service

This repo contains my Computer Networks course's labs and project I did in my university.

Configuring small networks. Through this project, you will learn the fundamentals of how addressing works with the TCP/IP protocol, by solving practical cases that simulate real network environments.

This repository contains Agief Prakasa Nurdien's AoL (Assurance of Learning) Case Study for CPEN6247001 – Computer Networks course. The project covers 3-floor network design, including devices, IP addressing & subnetting, routing, and application layer setup, simulated using Cisco Packet Tracer. (AoL score: 85, grade: A-).

This Packet Tracer lab demonstrates the configuration of OSPF (Open Shortest Path First) across a multi-router network. It includes tasks such as IP addressing, enabling OSPF on all routers, configuring loopback interfaces, setting passive interfaces, and configuring an ASBR (Autonomous System Boundary Router) to advertise a default route.