A.The pods can be scale up to Vitual Node

B.The pods can be scale up to Zero-load Node

C.The pods can be scale up to normal worker nodes, such as ECS

D.The pods can be scale up to ASK (serverless cluster)

A.Decompose by Business capability

B.Decompose by Subdomain

C.Domain-Driven Design

D.Centralize all components(Authorization, Presentation, Business logic, Database layer) use single-tiered software application combined into a single program from a single platform

E.Divide and conquer

A.You should choose higher instance specifications, because you can run more tasks on a single worker node this way, improving utilization.

B.Attach data disk to worker nodes, because Docker image, system logs, and temp data will consume space. Without a data disk, systems can quickly run out of disk space.

C.If worker node capacity is more than 1000 cores, consider using EBM (ECS Bare Metal).

D.Ensure redundant worker node capacity for each running pod.

E.You should choose the lowest possible instance specification for your workers, to reduce costs.

A.Scaling out to 500 Pods takes about 90s

B.Scaling out to 500 Pods takes about 30s

C.Scaling out to 500 Pods takes about 50s

A.All resources that you used become free

B.Set up infrastructure and provision resources in less than 1 day

C.Fully monitor your infrastructure in real-time

D.High availability with multi-zone redundancy to minimize business disruptions

E.Easy to scale up or down (vertical or horizontal)

F.No need for expert Database Administrators for setup & maintenance of database