Secure network architecture design using VLAN segmentation, firewall policies, and subnetting strategies for a small company, implemented in Packet Tracer with scalability and redundancy planning.
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Updated
Apr 12, 2026
Secure network architecture design using VLAN segmentation, firewall policies, and subnetting strategies for a small company, implemented in Packet Tracer with scalability and redundancy planning.
Secure and resilient network design for a government ministry with VLAN segmentation, firewall rules, redundancy, and Packet Tracer implementation for scalable infrastructure.
This is a comprehensive prototype project simulating a real-world, scalable IT environment tailored for an educational organization with hybrid operations. This project demonstrates strategic infrastructure planning, hybrid cloud integration, secure network segmentation, and practical deployment of both on-premises and cloud-based services.
Enterprise-level network simulation of a hotel setup with VLANs, RIP routing, DHCP, and inter-VLAN communication.
Simulation d'une attaque IoT et mouvement latéral sur un réseau PME via Cisco Packet Tracer 9.0. Analyse de vulnérabilités (CWE) et remédiations (ACL, segmentation VLAN).
Implementation of a secure enterprise network architecture using VLAN segmentation, Router-on-a-Stick, and Management Plane Protection (MPP) to enforce the Principle of Least Privilege.
Secure retail network architecture featuring VLAN segmentation, Extended ACLs for departmental isolation (HR/Staff), NAT Overload, and device hardening (SSH/VTY Access-Class).
HSRP-Based Dual-Path Edge Redundancy and Segmented Access A complete Cisco Packet Tracer lab demonstrating HSRP gateway redundancy, Inter-VLAN routing, PAT/NAT configuration, and wireless client connectivity. Ensures high availability, secure VLAN segmentation, and resilient edge design using dual routers and Layer 3 switching.
Designed and implemented a complete Hotel System network using Cisco Packet Tracer, simulating a real multi‑floor enterprise environment. This project demonstrates key CCNA‑level networking competencies including VLAN segmentation, inter‑VLAN routing, dynamic routing, DHCP, wireless access, security features, and device management.
🔧 Implement HSRP-based dual-path redundancy for reliable edge connectivity and segmented access in Layer 3 networks.
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