VMware 5V0-33.23

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VMware Cloud on AWS: Master Specialist 2024 Sample Questions:

1. An administrator deploys a virtual machine to its software-defined data center (SDDC) and configures it to perform backups of the other virtual machines in the SDDC. The administrator also creates an AWS Simple Storage Service (S3) bucket in the linked Amazon Virtual Private Cloud (VPC) and is attempting to use the S3 bucket as a repository for their backups. The administrator confirms that the backup software is capable of using AWS S3 storage as a backup repository, and that the AWS S3 bucket is configured to use an endpoint in the linked VPC.
What else should the administrator do to ensure connectivity between SDDC virtual machines and the AWS S3 repository in the linked VPC through the Elastic Network Interface?

A) Configure Direct Connect to a Public Virtual Interface for access to AWS services.
B) Configure Direct Connect to a Private Virtual Interface for access to AWS services.
C) Ensure Service Access for S3 is enabled in Networking and Security for the SDDC.
D) Configure a route-based VPN for the SDDC to the VPC.

2. Refer to the exhibit.
How would an administrator accomplish the given configuration leveraging the firewall capabilities within VMware Cloud on AWS?

A) Create a gateway firewall rule permitting bi-directional traffic to Subnet A from the Internet.
Create a gateway firewall rule denying bi-directional traffic to Subnet B and Subnet C from the Internet.
Create a gateway firewall rule to permit bi-directional traffic from Subnet A to Subnet B and from Subnet B to Subnet C.
B) Create a gateway firewall rule permitting bi-directional traffic to Subnet A from the Internet.
Create a gateway firewall rule denying bi-directional traffic to Subnet B and Suubnet C from the Internet.
Create a distributed firewall rule under the Application category to permit bi-directional traffic from Subnet A to Subnet B and from Subnet B to Subnet C.
C) Create a gateway firewall rule permitting bi-directional traffic to Subnet A from the Internet.
Create a gateway firewall rule denying bi-directional traffic from the Internet to all subnets. Create a distributed firewall rule under the Infrastructure category to permit bi-directional traffic from Subnet A to Subnet B and from Subnet B to Subnet C.
D) Create a gateway firewall rule permitting bi-directional traffic to Subnet A from the Internet.
Create a distributed firewall rule denying bi-directional traffic to Subnet B and Subnet C from the Internet.
Create a distributed firewall rule under the Ethernet category to permit bi-directional traffic from Subnet A to Subnet B and from Subnet B to Subnet C.

3. A virtual machine in VMware Cloud on AWS sends a packet to an Amazon Elastic Compute Cloud (EC2) Linux instance in the associated AWS account.
Which device is the next hop for the packet?

A) Edge Virtual Machine
B) Tier-0 (T0) Router
C) AWS Elastic Network Adapter (ENA) on the VMware ESXI host
D) Tier-1 (T1) Router

4. An administrator is planning to migrate a VMware vSphere environment to VMware Cloud on AWS.
A first analysis returns the following specifications:
* 37 virtual machines will be live migrated
* All virtual machines have been created using VMware vSphere 5.0 (Compatibility Version 8)
* All virtual machines are connected to Standard Switches
* The bandwidth between the local data center and VMware Cloud on AWS is 250 Mbps What are two valid approaches for live migrating these virtual machines? (Choose two.)

A) Upgrade the bandwidth between the local data center and VMware Cloud on AWS to 400 Mbps.
Configure Hybrid Linked Mode for Cross vCentervMotion.
Configure AWS Direct Connect Private VIF.
Configure Enhanced vMotion Compatibility (EVC) on the target software-defined data center (SDDC) as required.
B) Ugrade Virtual Machine Compatibility to Version 9.
Migrate the Virtual Machines to a Distributed Virtual Switch.
Activate and deploy VMware HCX.
Let HCX configure Enhanced vMotion Compatibility (EVC) automatically.
C) Upgrade Virtual Machine Compatibility to Version 9.
Configure Hybrid Linked Mode for Cross vCentervMotion.
Configure AWS Direct Connect Private VIF.
Configure Enhanced vMotion Compatibility (EVC) on the source virtual machines as required.
D) Upgrade Virtual Machine Compatibility to Version 9.
Ensure Standard Switch is named the same as the target segment in VMware Cloud on AWS.
Activate and deploy VMware HCX.
Let HCX configure Enhanced vMotion Compatibility (EVC) automatically.
E) Upgrade the bandwidth between the local data center and VMware Cloud on AWS to 400 Mbps.
Migrate the virtual machines to a Distributed Virtual Switch.
Activate and deploy VMware HCX.
Let HCX configure Enhanced vMotion Compatibility (EVC) automatically.

5. Due to a recent acquisition, an architect is being asked to identify and design a cloud-based solution that will assist in merging several data centers together without incurring undue operational overhead while adhering to a very strict project timeline. The proposed solution must have the capability to be rapidly recovered in the event of a cloud provider outage. After careful consideration, the architect determines that VMware Cloud on AWS would be an appropriate solution, requiring a total of nine hosts for capacity.
Which additional configuration options would satisfy the requirements of this project?

A) Deploy a VMware Cloud on AWS software-defined data center (SDDC) with a single stand-alone cluster.
Deploy a second SDDC with a stand-alone cluster into a different AWS region. Configure VMware Cloud Disaster Recovery to replicate and protect workloads to the second cluster.
B) Deploy a VMware Cloud on AWS software-defined data center (SDDC) with a single stand-alone cluster.
Deploy a second stand-alone cluster into the SDDC in a separate region.
Configure VMware Cloud Disaster Recovery to replicate and protect workloads to the second cluster.
C) Deploy a VMware Cloud on AWS software-defined data center (SDDC) with a single stretched cluster across two separate availability zones.
Configure the cluster to ensure that all virtual machines can be restarted in the second availability zone with a near zero recovery point objective (RPO) in the event of any environment or system failures.
D) Deploy a VMware Cloud on AWS software-defined data center (SDDC) with a single stretched cluster across two separate regions.
Configure the cluster to ensure that all virtual machines can be restarted in the second region with a near zero recovery point objective (RPO) in the event of any environment or system failures.

Solutions: