NEW 2026 Certification Sample Questions 3V0-32.23 Dumps & Practice Exam [Q76-Q92]

admin 3V0-32.23 VMware January 24, 2026

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NEW 2026 Certification Sample Questions 3V0-32.23 Dumps & Practice Exam

3V0-32.23 Deluxe Study Guide with Online Test Engine

To pass the VMware 3V0-32.23 exam, you need to have a deep understanding of cloud management and automation concepts, including virtualization, cloud computing, automation, and IT service management. You also need to have hands-on experience with VMware solutions, including vRealize Automation, vRealize Operations, and vRealize Log Insight. 3V0-32.23 exam comprises multiple-choice and scenario-based questions, and you need to score a minimum of 300 out of 500 to pass the exam.

The Cloud Management and Automation Advanced Design certification exam covers a broad range of topics, including but not limited to, cloud infrastructure design, automation and orchestration, capacity management, security, and compliance. 3V0-32.23 exam format comprises of multiple-choice questions, drag-and-drop items, and scenario-based questions.

Q76. 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?

Deploy the VMware Aria Automation cluster nodes as medium-size or larger appliances.

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.

Deploy VMware Aria Automation as a cluster of three nodes with an embedded load balancer in the default management vSphere cluster.

Place the VMware Aria Automation cluster nodes on the cross-instance NSX network segment.

A three-node cluster with a load balancer provides the required high availability for an on-prem VMware Aria Automation deployment in a VMware Cloud Foundation environment.

Q77. The architect for a vRealize Automation project met with the IT team and identified the following requirements:
1. Fine grained logging and monitoring of all events
2. 99.99% SLA of the custom portal
3. Utilize built-in functionality
4. HIPAA Compliance
5. API calls to vRA and NSX
6. Custom Portal
7. Ability for 150 concurrent DEM wokflows
To which infrastructure quality would the ‘Ability for 150 concurrent DEM workflows’ technical requirement map?

Manageability

Recoverability

Security

Performance

Q78. A cloud architect is tasked with designing a vRealize Automation blueprint solution for a three-tier Web application deployment for a vSphere-based private cloud.
The application performance team would like to use vSphere DRS anti-affinity rules to ensure virtual machine instances in the blueprint are NOT run in same host for any deployment instance. There are enough hosts available for separate virtual machines.
What should the architect recommend to meet the requirements of the scenario?

Define vRealize Automation pre-defined custom properties and add them with correct values to the blueprint.

Pre-create anti-affinity rules per VMware Validated Design.

At the appropriate Event Broker state, execute a vRealize Orchestrator workflow to create DRS anti- affinity rules in vSphere.

Display pre-defined deployment custom properties for anti-affinity rules so that users can enter correct values at request time.

Q79. An organization has a set of requirements for its private cloud: Provide the ability to reclaim idle VMs deployed in vRealize Automation (vRA) Report on the health of resources provisioned in vRA Calculate the cost of VMs provisioned in vRA Optimally place vRA deployment workloads to vSAN and avoid contention.
Which cloud management product should be integrated with vRA to meet these requirements?

vRealize Operations

vRealize Orchestrator

vRealize Suite Lifecycle Manager

vRealize Log Insight

Q80. In a given scenario, which of the following is a design decision that supports the inclusion of VMware technologies?

Choosing an alternative cloud management platform.

Selecting hardware vendors for server procurement.

Opting for open-source virtualization solutions.

Integrating VMware vSphere for virtualization.

Q81. An architect is designing a VMware Aria Operations for Logs cluster for an organization. The organization has the following requirements:
No requirement for archival data
Support a log data retention period of 14 days
How will the log data be handled in this VMware Aria Operations for Logs cluster after the 14-day retention period?

A variable sized chunk of old log messages is deleted to free up space based on the data age basis.

Old log messages are automatically and periodically retired on a first-come-first-retired basis.

The user needs to manually select and delete specific old log messages to free up space.

Old log messages are automatically and periodically retired on least accessed basis.

VMware Aria Operations for Logs automatically deletes log data older than the defined retention period (in this case, 14 days) using a first-come-first-retired method, ensuring compliance with the retention policy without manual intervention.

Q82. In a VMware Aria Suite Lifecycle physical design, what is a primary focus?

Designing office cafeteria menus

Planning marketing campaigns

Establishing software development methodologies and deployment strategies

Organizing company sports events

Q83. What type of requirements are focused on end-users, functionality, and desired business outcomes?

Technical requirements

Business requirements

Logical requirements

Operational requirements

Q84. When architecting a solution on a Software as a Service (SaaS) platform compared to an on- premises setup with a cloud proxy, what is a key advantage of the SaaS approach?

Reduced maintenance and management overhead.

Improved security due to direct server access.

More customization options for hardware resources.

Greater control over infrastructure and network configuration.

Q85. A customer requests a conceptual model for the Cloud Management solution.
What three selections would be included in a conceptual model? (Choose three.)

VMware Aria Operations for Logs

Logging

Workspace One Access

Monitoring

VMware Aria Automation

Automation

A conceptual model focuses on high-level capabilities and functions (such as Logging, Monitoring, and Automation) rather than specific products or implementations.

Q86. What does “Manageability” refer to in the context of system architecture?

Ensuring data is protected from unauthorized access.

Monitoring and maintaining the system with ease.

Designing for optimal performance and response times.

Creating redundant components to mitigate failures.

Q87. An architect is designing a new VMware Aria Cloud Management solution. During the requirements gathering workshop, the customer made the following comments:
The monthly uptime target of the cloud management solution must be 99.9%.
All components of the cloud management solution must be deployed with a N+1 redundancy.
When creating the design documentation, how should these requirements be classified?

Performance

Recoverability

Availability

Manageability

Requirements for uptime targets and N+1 redundancy relate directly to system availability, ensuring the solution remains accessible and operational as specified.

Q88. A company runs a fast-growing international business and wants to be able to dynamically deploy to cross- region data centers being added or expanded around the globe every three to six months.
What is the recommended approach to achieve this goal?

Leverage the data center locations XML file to maintain all data center locations.

Use the vRealize CloudClient to manage provisioned machines.

Deploy a different virtualization proxy agent in each data center location.

Target a different company region in every data center location.

Q89. Which Design Decision would support the inclusion of VMware Aria Automation Orchestrator?

Using a different operating system for servers

Implementing a new accounting software

Automating end-to-end IT processes

Redesigning the company website

Q90. A company is in the initial stage of planning a vRealize Automation project for its cloud datacenter. It wants to provide self-service provisioning of applications based on templates created by IT and application subject matter experts. Security policy will be predefined by the security team and applied dynamically as new application instances are provisioned. The existing private cloud infrastructure will be utilized to host this, along with existing Active Directory and other common infrastructure such as the enterprise IP address management system.
Which are two design constraints in this scenario? (Choose two.)

There may be insufficient capacity.

The existing IP address management system must be used.

There are existing DNS and NTP servers.

No further ESXi hosts can be added.

Q91. Development team members would like to deploy multiple software packages within a blueprint. One of these software packages, Tax Processing 1.0, has licensing requirements. Any member of the finance team can authorize the installation per request, but the entire team must be notified.
Which approval policies would satisfy this request?

Option A

Option B

Option C

Option D

Q92. An organization wants to provide an automated self-service catalog to all departments within the organization.
The key stakeholders have asked for the platform to:
Be resilient to component failures.
Each department consume the same on-premises infrastructure.
Restrict visibility and management of virtual machines to only those in their respective departments.
Choose one design decision that will meet the business requirements.

Deploy multi-node deployment and use projects to separate the departments.

Deploy multi-node deployment and use tenants to separate the departments.

Deploy single node deployment and use projects to separate the departments.

Deploy single node deployment and use tenants to separate the departments.

A multi-node deployment provides resilience to component failures, and using projects allows you to restrict visibility and management of virtual machines to each department, while sharing the same on-premises infrastructure.

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