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PAS-C01 · Question #90

A company is running SAP ERP Central Component (SAP ECC) on SAP HANA on premises. The current landscape runs on four application servers that use an SAP HANA database. The company is migrating this en

The correct answer is A. Design a Multi-AZ solution. In each Availability Zone, create a private subnet where Amazon EC2. A Multi-AZ solution with private subnets in each Availability Zone satisfies both requirements. Deploying SAP HANA and application servers across multiple AZs using SAP HANA System Replication ensures high availability and minimizes downtime - if one AZ becomes unavailable, the s

Design of SAP Workloads on AWS

Question

A company is running SAP ERP Central Component (SAP ECC) on SAP HANA on premises. The current landscape runs on four application servers that use an SAP HANA database. The company is migrating this environment to the AWS Cloud. The cloud environment must minimize downtime during business operations and must not allow inbound access from the internet. Which solution will meet these requirements?

Options

  • ADesign a Multi-AZ solution. In each Availability Zone, create a private subnet where Amazon EC2
  • BDesign a Single-AZ solution. Create a private subnet where a single SAP HANA database and
  • CDesign a Multi-AZ solution. In each Availability Zone, create a private subnet where Amazon EC2
  • DDesign a Single-AZ solution. Create two public subnets where Amazon EC2 instances that host

How the community answered

(15 responses)
  • A
    73% (11)
  • B
    13% (2)
  • C
    7% (1)
  • D
    7% (1)

Explanation

A Multi-AZ solution with private subnets in each Availability Zone satisfies both requirements. Deploying SAP HANA and application servers across multiple AZs using SAP HANA System Replication ensures high availability and minimizes downtime - if one AZ becomes unavailable, the standby in the other AZ can take over quickly. Private subnets have no direct route to the internet, so no inbound internet access is possible, satisfying the security requirement. A Single-AZ solution (B) introduces a single point of failure and does not minimize downtime. Using public subnets (D) exposes instances to potential inbound internet traffic, violating the security requirement. Option C may differ in using public subnets or a single AZ, making A the only option that satisfies both HA and network isolation requirements.

Topics

#Multi-AZ#Private Subnet#High Availability#Network Security

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