VMware Cloud Management and Automation Advanced Design Sample Questions:

1. What level of design will contain an automation platform, an operational monitoring platform, and a desktop platform?

A) Conceptual Model
B) Detailed Design
C) Logical Design
D) Physical Design

2. A company is planning the Aria Automation design as part of the logical design for a cloud management solution project. There are design requirements that VMware Aria Automation be deployed on-prem in a VMware Cloud Foundation environment, and also support high availability.
Which design decision supports the requirements?

A) Ensure that the nodes of a VMware Aria Automation cluster are included within a vSphere Distributed Resource Scheduler (DRS) anti-affinity rule so that each node is located on a different host.
B) Deploy VMware Aria Automation as a cluster of three nodes with an embedded load balancer in the default management vSphere cluster.
C) Place the VMware Aria Automation cluster nodes on the cross-instance NSX network segment.
D) Deploy the VMware Aria Automation cluster nodes as medium-size or larger appliances.

3. A development team would like to ensure that provisioned machines automatically update a customer asset database (CMDB) resource that is managed by the domain administration team.
All updates to the CMDB must be communicated to members of the domain administration team. An XaaS workflow has been written to interact with the asset database.
Which scenario satisfies the remaining requirements?

A) Include an email notification and user input workflow in the XaaS workflow that applies to domain administrator members for authorizing the update.
B) Design an Event Broker event that triggers when the workflow is run and automatically runs a notification scenario informing the domain administration team and allows them to authorize.
C) Include an email notification workflow in the XaaS workflow that sends an update email to the domain administration team.
D) Configure an approval policy with a post-approval level that notifies the domain administration team when the workflow has run.

4. An architect is creating a design for a VMware Cloud Management solution. Based on customer constraints, the design decision has already been made to select VMware Aria Automation (SaaS) as part of the solution.
The architect is evaluating a customer requirement to integrate with an IT Service Management (ITSM) solution that is based on-prem. The vendor of the ITSM solution has previously created an Aria Automation Orchestrator plugin that can be used as the foundation of the integration.
What additional component must the architect include in the solution design that will satisfy the requirement?

A) VMware Aria Automation cloud proxy
B) VMware Aria Automation Orchestrator (SaaS)
C) VMware Aria Automation cloud extensibility proxy
D) VMware Aria Automation Orchestrator (on-prem)

5. An architect is responsible for creating the design for a Cloud Management solution that will be used to automate and govern a VMware Software Defined Data Center.
Given the information from the service owner, which two statements would be considered business requirements? (Choose two.)

A) The solution must be redundant to a minimum of N+1 including during planned maintenance.
B) The solution must provide a self-service portal.
C) The solution must support cloud agnostic cloud templates creation.
D) The solution must provide business-aware IT control to enforce security and compliance.
E) The solution must enable faster time to market for new applications and services.

Solutions: