Simulated Site-to-Site VPN with Azure: High Availability, Redundancy, and Performance Optimization

This project involves the simulation of a Site-to-Site VPN connection using Azure to replicate an on-premises network with Virtual Networks (VNets). The setup ensures secure, redundant connectivity through two VPN tunnels between Azure and a simulated on-premises environment.

Key Highlights:

Objective: Establish a reliable, redundant VPN connection for seamless communication between Azure and on-premises networks.

Implementation: Configured Azure VNets, VPN gateways, routing tables, and local network gateways to simulate real-world network architecture.

Features:

Two independent VPN tunnels for high availability.

Troubleshooting for common issues like routing conflicts, connection stability, and traffic flow.

Performance optimization through correct gateway SKUs and bandwidth management.

Outcome: Demonstrated the practical application of cloud networking concepts and improved understanding of Azure's VPN capabilities.

This project showcases my skills in Azure networking, VPN setup, and cloud-based infrastructure solutions.

This project involves the simulation of a Site-to-Site VPN connection using Azure to replicate an on-premises network with Virtual Networks (VNets). The setup ensures secure, redundant connectivity through two VPN tunnels between Azure and a simulated on-premises environment. Key Highlights: Objective: Establish a reliable, redundant VPN connection for seamless communication between Azure and on-premises networks. Implementation: Configured Azure VNets, VPN gateways, routing tables, and local network gateways to simulate real-world network architecture. Features: Two independent VPN tunnels for high availability. Troubleshooting for common issues like routing conflicts, connection stability, and traffic flow. Performance optimization through correct gateway SKUs and bandwidth management. Outcome: Demonstrated the practical application of cloud networking concepts and improved understanding of Azure's VPN capabilities. This project showcases my skills in Azure networking, VPN setup, and cloud-based infrastructure solutions.