Project Overview
The Multi-Router LAN with Wireless Integration and Port Security Simulation is a Cisco Packet Tracer project that models a secure enterprise network.
It demonstrates LAN segmentation, multi-router configuration, wired and wireless connectivity, and network access control. Unauthorized or rogue devices are blocked using port security and MAC filtering, while legitimate users maintain seamless access.
The simulation emphasizes OSI and TCP/IP model alignment, RIP routing, and practical network security strategies applied to multi-department networks.
Network Topology
Key Features
Routing & Connectivity
- RIP v2 dynamic routing across all LAN segments
- End-to-end connectivity verification via ping
- Inter-LAN communication confirmed for legitimate devices
Wireless Integration
- Wireless routers provide mobility
- WPA2-PSK and MAC filtering enabled
- Rogue device denied access automatically
Port Security
- Enabled on all switch access ports
- Maximum MAC addresses per port configured
- Violation mode: restrict/shutdown
- Logs for monitoring blocked devices
Security & Network Management
- Detect and mitigate rogue devices
- Segmented LAN for secure departmental communication
- OSI/TCP-IP model alignment for layered analysis
Demonstration & Outcomes
- Rogue devices blocked in real-time (video available)
- Wireless clients successfully connected
- MAC filtering and port security enforced
- Routing tables, MAC tables, and violation logs documented
- Network demonstrates enterprise best practices
Tools & Technologies
- Simulator: Cisco Packet Tracer
- Devices: Routers, Switches, PCs, Access Points
- Protocols: RIP, IP addressing, VLANs
- Security: Port Security, WPA2, MAC Filtering
Learning Outcomes
- Applied dynamic routing across multi-LAN segments
- Implemented secure wireless networks and access control
- Demonstrated rogue device mitigation
- Aligned network implementation with OSI/TCP-IP models
Additional Resources
- Video Demonstration: YouTube Tutorial
- GitHub Repository / Packet Tracer File: Download Here