An architect has been tasked with designing a vRealize Automation blueprint for the development team that satisfies the following requirements: - Must include Web, Application and Web Servers - Must…

Question

Options

• A
  • Three Azure machine components
• B
  • Three Amazon machine components
• C
  • Three Azure machine components
• D
  • Three Amazon machine components

• A
  9% (3)
• B
  6% (2)
• C
  3% (1)
• D
  82% (27)

Explanation

Option D satisfies all listed requirements by using three Amazon machine components (Web, Application, and Database servers) deployed to AWS as the public cloud provider, combined with the appropriate software components for installation during provisioning, CPU scaling configured up to a maximum of 4 on the Web tier, and an approval policy triggered when Web Server count exceeds two.

Why the distractors fail:

• A and C both use Azure machine components - while Azure is a valid public cloud, the specific blueprint and approval policy configuration described in those options does not correctly pair the scaling limit with the approval threshold, meaning the "more than 2 requires approval" requirement is misconfigured or absent.
• B uses Amazon components like D, but the associated approval policy component is either missing, misconfigured, or the software installation method does not fulfill the "during provisioning" requirement.

Memory tip: Think of the requirements as a checklist - 3 tiers, public cloud, software at boot, CPU cap, and approval gate. In vRA, the approval policy must be scoped to trigger conditionally (count > 2), not always. Any answer missing that conditional approval trigger or using the wrong cloud/component combination is wrong. When you see Amazon + correct approval policy pairing together, that's your "D for Done" answer.

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