VMware certification practice

Free 3V0-32.23 Practice Test

10 free 3V0-32.23 exam-style questions for VMware 3V0-32.23 certification exam, with answers, explanations and source references.

Last updated July 8, 2026

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Following a design review meeting with a customer, a cloud architect needs to update an existing VMware Aria Automation design to address changes in requirements. The new requirements state: The solution must continue to operate in the event of a single node failure. VMware 3V0 32 question

The corporate encryption standard requires all solutions to encrypt data in transit using revocable VMware 3V0 32 question

certificates. Which two design decision should the architect make to meet the new requirements? (Choose two.)

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Refer to the exhibit. An architect has created a logical design for VMware Aria Operations. VMware 3V0 32 question

The architect has included Continuous Availability as part of the design. Which scenarios does this design protect against. (Choose three.)

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A Cloud Management solution will need to make extensive use of custom integrations. The platform owner is concerned that a lot of time might be needed to troubleshoot failures of these integrations. Which Cloud Management component could be included in the solution to assist troubleshooting efforts?

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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.)

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Which three products can be deployed with VMware Aria Suite Lifecycle? (Choose three.)

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An architect is designing an Aria Automation Config (SaltStack Config) for configuration management and looking to integrate with Aria Automation to meet the following conditions: Multi-Tenancy in Aria Automation Automated SaltStack Minion agent installation via Cloud Templates resource type What two aspects does the architect need to include? (Choose two.)

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A customer is deploying VMware Aria Operations for Logs in their data centers. The customer has the following: Three data centers in three geographical locations. Each site has 1,000 logging sources that send events to VMware Aria Operations for Logs. The customer has the following requirements: Minimize the resources footprint in the management cluster where VMware Aria Operations for Logs will be deployed. VMware Aria Operations for Logs must be highly available with no single points of failure. Logs collected from any data center must be protected against site failure. Which three design decisions would the architect choose to achieve the requirements? (Choose three.)

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An architect designed a VMware Aria Operations for Logs cluster for an organization with the following details: The cluster has 3-nodes with 2 event forwarders sending logs to this cluster. The VMware Aria Operations for Logs cluster is part of the disaster recovery protection process. What should be the proper sequence of steps in the Disaster Recovery protection run-book for recovering VMware Aria Operations for Logs cluster?

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DRAG DROP Drag and drop each design characteristic from the left into the box corresponding to the correct definition on the right.

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Availability
Manageability
Performance
Recoverability
Security

Correct Answer:

Definition is the effect a design decision will have on the infrastructure and workloads, including components and systems, to meet compliance requirements.: E. Security is the effect a design decision will have on the response time of applications operating systems, and infrastructure components.: C. Performance is influenced by a design decision to support the uptime of the infrastructure and workloads.: A. Availability is the effect a design decision will have on how well the infrastructure will run and the operational considerations required for success.: B. Manageability is the effect a design decision will have on the infrastructure and workloads, and data to be recovered in the event of an unexpected incident that effects availability of an environment.: D. Recoverability

Explanation

These definitions correspond to the AMPRS (Availability, Manageability, Performance, Recoverability, Security) design qualities framework used in official VMware architecture methodologies.

Security governs the confidentiality, integrity, and availability of data, explicitly addressing regulatory and compliance requirements.
Performance is measured by metrics such as throughput and response time of applications and infrastructure.
Availability is directly defined by its ability to support and maintain uptime.
Manageability defines the ease of operational considerations, such as maintenance, administration, and monitoring (Day 2 operations).
Recoverability focuses on the ability to restore services and data (recovered) following an unexpected incident (Disaster Recovery).

References

VMware Education Services. (2020). VMware vSphere: Design [V7] Student Manual. "Module 2: Assessment and Design Principles." VMware, Inc. (Defines the five design qualities: Availability, Manageability, Performance, Recoverability, Security).

VMware, Inc. (2023). VMware vSphere 8 Product Documentation: vSphere Availability. Retrieved from https://docs.vmware.com/en/VMware-vSphere/8.0/vsphere-availability/GUID-55734914-1F6F-46F2-A00D-5E5A8F7F3845.html (Contextualizes Availability and Recoverability distinctions).

Lowe, S. (2019). Designing VMware Infrastructure. Sybex. (Chapter 2 details the impact of design decisions on Manageability and Performance).

DRAG DROP Drag and drop each Design Quality from the left into the box corresponding to the correct requirement on the right.

Drag and drop answer

Enable JavaScript to use the drag and drop feature.

Availability
Manageability
Performance
Recoverability
Security

Correct Answer:

Requirement Provide the capability to recover from an unexpected incident that affects the availability of an environment.: D. Recoverability Deliver the standards of responsiveness of components of the desired environment to meet the application workloads deployed and SLAs specified.: C. Performance Provide overall data control, confidentiality, integrity, accessibility, governance, and risk management, often including the capability to demonstrate or achieve compliance with regulations.: E. Security Provide ease of lifecycle operations. Sub-qualities may include scalability and flexibility.: B. Manageability Deliver highly available operation, as measured by percent uptime of relevant components.: A. Availability

Explanation

The question utilizes the AMPRS (Availability, Manageability, Performance, Recoverability, Security) design framework definitions common in virtualization and cloud infrastructure design (specifically VMware).

Recoverability is distinct from Availability; while availability prevents downtime, recoverability is the ability to restore service after an incident (measured by RTO/RPO).
Performance is explicitly linked to "responsiveness" and meeting Service Level Agreements (SLAs) regarding throughput or latency.
Security is identified by the standard "CIA" triad (Confidentiality, Integrity, Availability of data) along with governance, risk, and compliance (GRC) factors.
Manageability focuses on "Day 2" operations, including the ease of maintaining, scaling (lifecycle operations), and administering the environment.
Availability is strictly defined by uptime percentages and the avoidance of single points of failure to ensure continuous operation.

References

VMware Validated Design Documentation. Architecture and Design: Conceptual Design. Retrieved from docs.vmware.com. (Defines the core design qualities including Availability, Manageability, Performance, Recoverability, and Security).

VMware vSphere: Design [v7]. Official Courseware, Module: Design Fundamentals. (The specific definitions provided in the image match the verbatim descriptions found in the official VMware vSphere Design training materials regarding Non-Functional Requirements).

Lowe, S. (2010). VMware vSphere Design. Sybex. (Discusses the distinction between Availability and Recoverability, and the components of Manageability in virtual infrastructure).

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