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Answer: Migrate using Amazon EKS and Fargate for compute, with Amazon DocumentDB (MongoDB compatible) for storage.
The correct answer is D. Amazon Elastic Kubernetes Service (Amazon EKS) with AWS Fargate for compute and Amazon DocumentDB (with MongoDB compatibility) for data storage is the suitable choice. This solution allows the company to migrate their Kubernetes cluster to AWS using EKS, which manages Kubernetes operations and minimizes overhead. AWS Fargate removes the need to manage EC2 instances for the container workload, further reducing operational complexity. Amazon DocumentDB provides MongoDB-compatible database storage, eliminating the need for code changes to the application.
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A company with an existing on-premises Kubernetes cluster and MongoDB database seeks to migrate to AWS without altering code or deployment processes. They are looking for an AWS solution that simplifies operations.
A
Migrate using Amazon ECS with EC2 for compute, keeping MongoDB on EC2.
B
Migrate using Amazon ECS and Fargate for compute, switching to Amazon DynamoDB for storage.
C
Migrate using Amazon EKS with EC2 for compute, switching to Amazon DynamoDB for storage.
D
Migrate using Amazon EKS and Fargate for compute, with Amazon DocumentDB (MongoDB compatible) for storage.