Dynamic Routing | AWS Google Cloud Site to site VPN | Google Cloud High Availability VPN

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▬▬▬▬▬▬ 📖 Time Stamps: ▬▬▬▬▬▬
0:00 - Introduction
03:54 - Setup AWS VPC
06:30 - Setup Google Cloud VPC
08:43 - Setup AWS Subnet
11:09 - Setup Google Cloud Subnet
14:10 - Setup Internet Gateway in AWS
15:50 - Setup public and private route table
21:50 - Setup VM in google cloud
27:08 - Setup EC2 in AWS
33:53 - Setup Cloud Router in Google Cloud
36:37 - Setup HA(High Availability) VPN in Google Cloud
38:50 - Add VPN Tunnels in Google Cloud
40:06 - Create Customer Gateway in AWS
42:48 - Create Virtual Gateway in AWS
49:20 - Download VPN Tunnel Configuration(Generic ikev2 Vendor Agnostic)
51:50 - Peer VPN Gateway and VPN Tunnels in Google Cloud
56:56 - Configure BGP Sessions
01:02:49 - Test Site to Site connection with Google High Availability VPN


Description:

we break down complex cloud networking concepts and make them accessible for all skill levels! In today’s video, we’re diving into the powerful world of dynamic routing and its role in enabling seamless, hybrid connectivity across cloud providers. By the end of this video, you’ll have a solid understanding of dynamic routing and will know how to set up hybrid connectivity between Google Cloud and AWS using site-to-site VPN and Google Cloud’s high-availability VPN.
This video combines theory and practice, walking you through both the conceptual foundations of dynamic routing and a live demonstration to help you apply what you’ve learned. Let’s jump in!

📌 What This Video Covers:

1. Understanding Routing Basics
• Default Routes, Static Routes, and Dynamic Routes: Before diving into dynamic routing, we’ll lay the foundation with a discussion on routing basics. Learn the fundamental differences between default routes, static routes, and dynamic routes, and understand how each affects data flow in cloud networks.
• Use Cases in Cloud Environments: We’ll go over when and why to choose each routing type depending on the network architecture and the level of flexibility required.

2. Introduction to Dynamic Routing
• What is Dynamic Routing? Dynamic routing is a game-changer in modern networking, enabling automatic adjustments to network paths for optimized performance and reliability. We’ll break down the purpose of dynamic routing, how it differs from static routing, and why it’s essential for complex networks with changing requirements.
• Benefits of Dynamic Routing in Hybrid Environments: Discover why dynamic routing is critical when creating connectivity between cloud providers like AWS and Google Cloud. Learn how it simplifies route management, reduces errors, and optimizes traffic.

3. Setting Up Site-to-Site VPN for Hybrid Connectivity
• Creating a Site-to-Site VPN: We’ll walk through the step-by-step process of setting up a site-to-site VPN between Google Cloud and AWS, explaining each configuration detail to help you set it up in your environment.
• Configuring Routing Tables: See how to configure routing tables in both AWS and Google Cloud to facilitate communication between environments.
• High Availability Considerations: Learn how high-availability VPN setups can provide resiliency, ensuring connectivity even if one link fails.

4. Implementing High-Availability VPN on Google Cloud
• Why High Availability Matters: We’ll discuss the importance of high availability for VPN connections and show you how to implement Google Cloud’s high-availability VPN feature to ensure uptime and reliability.
• Demonstrating Failover and Resiliency: Watch as we simulate failover conditions and demonstrate how dynamic routing ensures continued connectivity even in the event of disruptions.

5. Testing Hybrid Connectivity and Troubleshooting
• Verifying Connectivity: After setting up the VPN and routing configurations, we’ll test the connectivity between the AWS and Google Cloud environments to confirm the setup works as expected.

6. Final Thoughts and Best Practices
• Maintaining Secure and Resilient Hybrid Networks: We wrap up with practical tips on maintaining and securing dynamic routing configurations across multiple cloud providers.
• Optimizing for Scalability: Understand how to build a scalable network architecture that can grow with your needs while minimizing downtime and maximizi