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• Figure-1 AWS Infrastructure Continuum:

• Figure-2: Architectures AWS Local Zones in OpenShift

• Figure-3: Workload example of user ingress traffic workloads using Local Zones

• Figure-4: CloudFormation Stack for VPC

• Figure-5: CloudFormation Stack for Local Zone subnet in us-east-1-nyc-1a

• Figure-6: VPC Subnets

• Figure-7: OpenShift nodes created by the installer in AWS EC2 Console

• Figure-8: CloudFormation Stack for Local Zone subnet in us-east-1-bue-1a

• Figure-9: OpenShift nodes running in AWS Local Zones in EC2 Console

• Figure-10: Load Balancer created for the ingress using NYC Local Zone subnet

• Figure-11: Target Group added the Local Zone node as a target

• Figure-12: Average connect and total time with slower points based on the baseline (fastest)

• Figure-13: Client in NYC getting better experience accessing the NYC Local Zone, than the app in the region

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4.14

• Figure-2 OpenShift Cluster installed in us-east-1 extending nodes to Local Zone in New York

• Figure-7: OpenShift nodes created by the installer in AWS EC2 Console

• Figure-8: CloudFormation Stack for Local Zone subnet in us-east-1-bue-1a

• Figure-9: OpenShift nodes running in AWS Local Zones in EC2 Console

• Figure-10: Load Balancer created for the ingress using NYC Local Zone subnet

• Figure-11: Target Group added the Local Zone node as a target

LZ -> Clients

New Diagram without BUE