Cloud Architects and Network Engineers
Designing a new Virtual Private Cloud (VPC) architecture and defining traffic flow
The Network Routes mind map template provides a technical architecture overview of VPC traffic management, specifically focusing on how data packets navigate through cloud environments. This Network Routes cheat sheet covers 15 critical nodes across three primary categories: Default Route, Subnet Route, and Custom Routes. It serves as a vital resource for network engineers and cloud architects to visualize pathing logic, such as the 'Default route from VPC to 0.0.0.0/0' and the specific constraints of subnet-level destination paths. By mapping out these connections, users can effectively manage Google Private Access and ensure that 'Custom routes cannot be more specific' than existing subnet definitions, maintaining network integrity and security.
Termos e condiçõesDesigning a new Virtual Private Cloud (VPC) architecture and defining traffic flow
Troubleshooting connectivity issues between subnets and the public internet
Preparing for a cloud security audit to verify network isolation and firewall rules
Download and open the .xmind file in Xmind desktop or the web app to view the routing hierarchy.
Replace the generic 'Custom Routes' nodes with your actual IP ranges and next hop configurations for your specific environment.
Save your customized map as a PDF or PNG to include in your official network architecture documentation or runbooks.
This template includes a structured breakdown of VPC routing logic, covering default gateways, immutable subnet routes, and custom static or dynamic routing configurations. It highlights specific behaviors like IP forwarding and the relationship between routes and firewall rules.
You can use the 'Default Route' section as a guide to identify which paths to delete to isolate your VPC from the public internet, ensuring all traffic stays within your private network boundaries.
Yes, the template is fully editable. You can modify the 'Static and Dynamic Routes' nodes to reflect your specific next hop destinations, such as a specific NAT Gateway or a third-party Firewall appliance.
The 'Subnet Route' structure is used to visualize the destination paths for each VPC. It serves as a reminder that these are system-generated and cannot be overridden by more specific custom routes.
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