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Free 2V0-31.23 Exam Braindumps (page: 6)

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PDF with 93 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 vCenter
  4. VMware Cloud on AWS
  5. Google Cloud Platform

Answer(s): C,D

Explanation:

IP address assignment in a network profile is crucial for defining how VMs obtain their IP addresses within specific cloud environments. VMware vCenter (C) and VMware Cloud on AWS (D) both support network profiles that can include static or dynamic IP address assignment, making them compatible with such configurations.

The two types of cloud accounts that support IP address assignment in a network profile are VMware vCenter and VMware Cloud on AWS. IP address assignment is the process of assigning IP addresses to the network interfaces of the provisioned resources. VMware Aria Automation supports three types of IP address assignment: static, dynamic, and mixed. Static IP address assignment means that VMware Aria Automation manages the IP address allocation from a predefined range. Dynamic IP

address assignment means that an external DHCP server manages the IP address allocation. Mixed IP address assignment means that both VMware Aria Automation and an external DHCP server manage the IP address allocation. VMware vCenter and VMware Cloud on AWS cloud accounts support all three types of IP address assignment in a network profile. You can configure the IP address assignment type for each network in the network profile. The other cloud accounts, Microsoft Azure, Amazon Web Services, and Google Cloud Platform, do not support IP address assignment in a network profile. They rely on the native IP address management of the cloud providers. You cannot configure the IP address assignment type for these cloud accounts in VMware Aria Automation.


Reference:

Learn more about network profiles in VMware Aria Automation Solved: vRA 8 Set static IP assignment for selectable number of networks Configure a network and network profile to use external IPAM for an existing network

Allocate IP Addresses - VMware Aria Automation API Programming Guide



An administrator is looking to install VMware Aria Automation Config to integrate with existing VMware Aria Automation environment.
Which pre-requisite must be met to complete the installation using VMware Aria Suite Lifecycle?

  1. Access to NSX cloud account
  2. Access to a VMware Aria Automation tenant
  3. Integrate VMware Aria Automation with Active Directory
  4. Access to NSX Load Balancer

Answer(s): B

Explanation:

To integrate VMware Aria Automation Config with an existing VMware Aria Automation environment, one fundamental prerequisite is access to a VMware Aria Automation tenant. This access ensures that the Config component can communicate and operate within the specific tenant's context, applying configurations and settings as needed.



A customer is looking at using workload domains as part of VMware Cloud Foundation (VCF) cloud accounts within VMware Aria Automation.
Which native integration type will help the customer achieve this?

  1. Ansible Tower
  2. VMware Aria Automation Config
  3. SDDC Manager
  4. VMware Aria Automation Orchestrator

Answer(s): C

Explanation:

For integrating workload domains as part of VMware Cloud Foundation (VCF) cloud accounts within VMware Aria Automation, the SDDC Manager is the native integration type that facilitates this. SDDC Manager is responsible for managing the entire VMware Cloud Foundation environment, including workload domains, making it the ideal integration point for achieving seamless operation between VCF and VMware Aria Automation.



Which type of tag does VMware Aria Automation Assembler automatically apply during provisioning to some deployments to support the analysis, monitoring, and grouping of deployed resources?

  1. Standard tag
  2. Constraint tag
  3. Storage tag
  4. Capability tag

Answer(s): B

Explanation:

VMware Aria Automation Assembler automatically applies constraint tags during provisioning to some deployments. These tags are used to support the analysis, monitoring, and grouping of deployed resources by defining specific attributes or requirements that resources must adhere to or possess. Constraint tags help in organizing resources efficiently and ensuring that deployments conform to specified criteria or policies.






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