Cisco
CompTIA
ISC
EC-Council
EXIN
Fortinet
ITIL
Juniper
Microsoft
VMware
Avaya
SAP
Google
NVIDIA
Salesforce
Amazon
Palo Alto Networks
ISC2
Splunk
ServiceNow
All Vendors
  2. Home
  3. Exams
  4. VMware
  5. 2V0-31.24

VMware 2V0-31.24 Exam
VMware Aria Automation 8.10 Professional V2 (Page 3 )

Updated On: 1-Feb-2026
Page 2 of 13
PDF with 59 Questions

Which two types of cloud accounts support IP address assignment in a network profile? (Choose two.)

  1. Microsoft Azure
  2. Amazon Web Services
  3. VMware Cloud on AWS
  4. Google Cloud Platform
  5. VMware vCenter

Answer(s): A,B

Explanation:

VMware Aria Automation 8.10 supports IP address assignment in network profiles for specific cloud accounts, enabling automated and efficient network management across various cloud environments. Among the cloud accounts that support this functionality are:
Microsoft Azure: VMware Aria Automation integrates with Azure to enable various network and IP management features. With this integration, users can automate the assignment of IP addresses to their resources within their Azure environment, leveraging the comprehensive network management capabilities provided by Azure.
Amazon Web Services (AWS): Similarly, AWS is another major cloud provider supported by VMware Aria Automation for IP address management. This allows users to manage their AWS resources' networking configurations, including the automatic assignment of IP addresses within their defined network profiles.

The inclusion of these two cloud platforms highlights VMware Aria Automation's capability to manage multi-cloud environments effectively, ensuring that network configurations are handled consistently across different cloud infrastructures.


Reference:

VMware Aria Automation Documentation(VMware Docs).
VMware Aria Automation November (8.10.2) Launch Update(VMware Blogs).



An administrator configures cloud accounts for vSphere, Amazon web Services and Google Cloud Platform. Each public cloud account has a single region configured, with a single cloud zone associated with each. Company policy states that all development workloads should be deployed to the public cloud and all production workloads should be deployed to vSphere. The administrator wants to ensure that when creating VMware Aria Automation Templates for this project an appropriate constraint tag is specified to meet the placement policy and that App-Dev users are allowed to select whether to deploy the machine to production or development. The togging strategy states that development environments should be tagged with "dev" and production environments should be tagged "prod".
Which two actions should the administrator take to ensure the objective is met' (Choose two.)

  1. Add a capability tag to each cloud account, using env:prod as the key/value pair.
  2. Add a capability tag to each public cloud zone, using env:dev as the key/value pair.
  3. Add a capability tag to each vSphere cloud zone, using env:prod as the key/value pair.
  4. Add a capability tag to each public cloud zone, using env:prod as the key/value pair.
  5. Add a capability tag to each vSphere cloud zone, using env:dev as the key/value pair.

Answer(s): B,C

Explanation:

To meet the company's policy and ensure appropriate placement of development and production workloads, capability tags should be applied as follows:
Add a capability tag to each public cloud zone, using env as the key/value pair: This ensures that development workloads are tagged appropriately and can be identified and placed in the public cloud environments. Add a capability tag to each vSphere cloud zone, using env as the key/value pair: This ensures that production workloads are tagged appropriately and can be placed within the on-premises vSphere environment.
These actions ensure that the deployment policies align with the organization's requirements and provide clear differentiation between development and production environments.


Reference:

VMware Aria Automation Tagging Strategy

VMware Aria Automation Cloud Zones and Capability Tags



An administrator is utilizing different storage configuration techniques for specifying storage locations.
Which storage allocation techniques override others in order of precedence?

  1. The preferred VMware Aria Automation storage profile overrides a storage constraint tag on a machine.
  2. A storage constraint tag on a machine overrides a storagePolicy property on a disk.
  3. A storagePolicy property on a disk overrides a storage constraint tag on a machine.
  4. The preferred VMware Aria Automation storage profile overrides a storagePolicy property on a disk.

Answer(s): C

Explanation:

In VMware Aria Automation, storage allocation techniques have a specific order of precedence to determine which configuration takes priority. The order of precedence is as follows:
A storagePolicy property on a disk: This setting has the highest precedence. If specified, it directly dictates the storage policy for the disk, overriding other storage settings. A storage constraint tag on a machine: This setting has the next highest precedence and is used to enforce specific storage constraints for a virtual machine. The preferred VMware Aria Automation storage profile: This setting has the lowest precedence and is used as a default storage profile when no other specific storage policies or constraint tags are applied.
Therefore, when these configurations are present, the storagePolicy property on a disk will override a storage constraint tag on a machine.
Reference
VMware Documentation on Storage Profiles
VMware Storage Resources



After collecting a log bundle using the vracll CLI command, the resulting .tar file contains many paths and files.
Where will the administrator find the logs related specifically to the embedded VMware Aria Automation Orchestrator?

  1. /pods/prelude/vco-app-service instance>
  2. /pods/prelude/extensibility-ui-app-<service instance>
  3. /<hostname>/var/log/vco
  4. /pods/kube-system/

Answer(s): A

Explanation:

When collecting logs related specifically to the embedded VMware Aria Automation Orchestrator, you will find them in the path: /pods/prelude/vco-app-service. This directory contains the logs for the Orchestrator service, which are crucial for troubleshooting and analyzing the orchestration activities within VMware Aria Automation.
Reference
VMware Aria Automation Orchestrator Logs



Within a VMware Aria Automation solution, which three containers make up the VMware Aria

Automation Orchestrator Service? (Choose three.)

  1. vro-server-app
  2. vco-polyglot-runner
  3. vco-inventory-runner
  4. vro-controlcenter-app
  5. vco-server-app
  6. vco-controlcenter-app

Answer(s): A,B,F

Explanation:

Within a VMware Aria Automation solution, the VMware Aria Automation Orchestrator Service is composed of several containers. The key containers that make up the Orchestrator service are:
vro-server-app: This container handles the core Orchestrator server functions. vco-polyglot-runner: This container is responsible for running the workflows and scripts that are defined in multiple programming languages.
vco-controlcenter-app: This container manages the Orchestrator Control Center, which is used for administrative and configuration tasks.
These containers work together to ensure that the Orchestrator service operates smoothly and efficiently.
Reference
VMware Aria Automation Orchestrator Service



Viewing page 3 of 13
Viewing questions 11 - 15 out of 59 questions



Post your Comments and Discuss VMware 2V0-31.24 exam prep with other Community members:

Join the 2V0-31.24 Discussion