| 1.1 · Architecture and service scope |
01 VPC scope, addresses and private services |
| 1.2 · VPC and address planning |
01 VPC scope, addresses and private services |
| 1.3 · Hybrid and multicloud design |
04 Resilient hybrid and multicloud connectivity |
| 1.4 · GKE network planning |
02 Routing, NCC and Kubernetes networks |
| 2.1 · VPC implementation |
01 VPC scope, addresses and private services |
| 2.2 · Routes and priorities |
02 Routing, NCC and Kubernetes networks |
| 2.3 · Network Connectivity Center |
02 Routing, NCC and Kubernetes networks |
| 2.4 · GKE network implementation |
02 Routing, NCC and Kubernetes networks |
| 3.1 · Load balancing |
03 Load balancing, CDN and DNS |
| 3.2 · Cloud CDN |
03 Load balancing, CDN and DNS |
| 3.3 · Cloud DNS |
03 Load balancing, CDN and DNS |
| 4.1 · Interconnect implementation |
04 Resilient hybrid and multicloud connectivity |
| 4.2 · HA VPN implementation |
04 Resilient hybrid and multicloud connectivity |
| 4.3 · Cloud Router |
04 Resilient hybrid and multicloud connectivity |
| 4.4 · Hybrid NCC spokes |
04 Resilient hybrid and multicloud connectivity |
| 5.1 · Network logs and metrics |
06 Diagnose network failures |
| 5.2 · Connectivity diagnosis |
06 Diagnose network failures |
| 5.3 · Network Intelligence Center |
06 Diagnose network failures |
| 6.1 · Cloud Armor |
05 Network security and controlled egress |
| 6.2 · NGFW and VPC firewall policy |
05 Network security and controlled egress |
| 6.3 · NAT and web egress |
05 Network security and controlled egress |
| 6.4 · Appliances and packet mirroring |
05 Network security and controlled egress |
