Free Practice Questions for the EMC Storage Administrator D-VXR-OE-23 Exam (2026 Updated)

To protect the vSAN storage against unauthorized access for both data on disk and in-flight, enable vSAN data-at-rest encryption and data-in-transit encryption. Follow these steps:

Log in to vSphere Client :

Open the vSphere Client.

Enter the username: administrator@vsphere.local .

Enter the password: VMw@r3!123 .

Click Login .

Navigate to vSAN Cluster Settings :

In the left-hand navigation pane, expand VxRail-DC and select VxRail-Cluster .

Click on the Configure tab.

Enable vSAN Data-at-Rest Encryption :

Under the vSAN section, select Services .

Click on Data-at-Rest Encryption .

Click Edit to configure encryption settings.

Ensure that the Enable Data-at-Rest Encryption checkbox is selected.

Choose the vSphere Native Key Provider that has already been configured.

Click Apply to enable data-at-rest encryption.

Enable vSAN Data-in-Transit Encryption :

Under the same vSAN section, select Services .

Click on Data-in-Transit Encryption .

Click Edit to configure encryption settings.

Ensure that the Enable Data-in-Transit Encryption checkbox is selected.

Click Apply to enable data-in-transit encryption.

Verify Configuration :

Return to the vSAN > Services section.

Ensure that both Data-at-Rest Encryption and Data-in-Transit Encryption are enabled and show as active.

Verify that there are no error messages indicating configuration issues.

Steps using the Simulator:

Login to vSphere Client :

Open the simulator and navigate to the vSphere Client interface.

Log in using the credentials:

Username: administrator@vsphere.local .

Password: VMw@r3!123 .

Navigate to vSAN Settings :

In the vSphere Client interface, expand VxRail-DC and select VxRail-Cluster .

Click on the Configure tab on the right.

Enable Data-at-Rest Encryption :

Under vSAN , click Services .

Find Data-at-Rest Encryption and click Edit .

Check the box for Enable Data-at-Rest Encryption .

Select the vSphere Native Key Provider .

Click Apply .

Enable Data-in-Transit Encryption :

Still under vSAN > Services , find Data-in-Transit Encryption and click Edit .

Check the box for Enable Data-in-Transit Encryption .

Click Apply .

Verification :

Check the status of both encryption services under vSAN > Services to ensure they are enabled and operational.

After VxRail Manager backup files are created, they are located on the vSAN Datastore. This ensures that the backup files are stored within the same resilient storage infrastructure as the other critical data, providing redundancy and high availability.

To enable the system LED on vcluster730-esx03.edu.local for identification in the physical rack, follow these steps:

Log in to vSphere Client :

Open the vSphere Client.

Enter the username: administrator@vsphere.local .

Enter the password: VMw@r3!123 .

Click Login .

Navigate to the Host :

In the vSphere Client interface, navigate to the Hosts and Clusters view.

Expand the VxRail-DC and then the VxRail-Cluster .

Select the host named vcluster730-esx03.edu.local .

Access Host Actions :

Right-click on vcluster730-esx03.edu.local .

From the context menu, select Actions .

Enable System LED :

In the Actions menu, locate and select Enable LED or Turn On Locator LED (the exact wording might vary).

Confirm the action if prompted.

Verify LED Activation :

Check the physical rack to ensure that the system LED on vcluster730-esx03.edu.local is enabled and the node is easily identifiable.

The default load-balancing policy for VxRail Port Groups in a system deployed with a predefined network profile is " Route based on originating virtual port. " This policy distributes network traffic based on the virtual port ID from which the traffic originates, ensuring that traffic from a particular virtual machine (VM) is consistently routed through the same physical network adapter.

The maximum number of days vSAN capacity history is available is 120 days. vSAN maintains a rolling history of capacity usage, providing detailed insights into storage trends and helping administrators manage and forecast storage requirements effectively.

For a VxRail cluster deployed with four VxRail E560 nodes using four integrated NIC ports and the default network profile, the VxRail management traffic is carried by vmnic0 and vmnic1 in an active/standby configuration with no link aggregation. This setup ensures redundancy and failover capabilities for the management network, enhancing the cluster ' s reliability and resilience.

A significant benefit when using VCF (VMware Cloud Foundation) on VxRail architectures is the automation of full stack lifecycle management. VCF on VxRail integrates VMware Cloud Foundation with Dell EMC VxRail, providing an automated and turnkey hybrid cloud solution. This integration automates the deployment, configuration, and ongoing management of the entire stack, including hardware, virtualization, and cloud management, thereby reducing complexity and administrative overhead.

To unlock the mystic account on the VxRail Manager VM, the command used is pam_tally2 --user=mystic --reset . This command resets the failed login attempts counter for the specified user, unlocking the account if it was locked due to too many failed login attempts.

Steps to unlock:

Access the VxRail Manager VM through SSH.

Execute the command pam_tally2 --user=mystic --reset .

Verify that the account is unlocked and can log in successfully.

The authorization method used for VxRail API calls is HTTP Basic. This method requires the client to send the user’s credentials (username and password) encoded in Base64 within an HTTP header. HTTP Basic authentication is straightforward and is supported by most HTTP clients, making it a suitable choice for securing API calls in VxRail environments.

To create the required vSAN storage policy in the vSphere Client for a VxRail stretched cluster, follow these steps:

Log in to vSphere Client :

Open the vSphere Client.

Enter the username: administrator@vsphere.local .

Enter the password: VMw@r3!123 .

Click Login .

Navigate to Storage Policies :

From the home screen, go to Policies and Profiles in the left-hand navigation pane.

Click on VM Storage Policies .

Create a New Storage Policy :

Click Create VM Storage Policy .

Enter the name as vSAN Stretched Cluster .

Click Next .

Configure Policy Rules :

In the Policy Structure section, choose Enable tag-based placement rules if needed.

Click Next .

Add vSAN Rules :

In the Storage Compatibility section, click Add rule and select vSAN .

Configure the following:

Primary level of failures to tolerate (PFTT) : 1 failure - RAID 1 (Mirroring)

Secondary level of failures to tolerate (SFTT) : 1 failure - RAID 1 (Mirroring)

Failures to Tolerate : 1

Provisioning type : Thick Provisioning

Ensure " Force Provisioning " is enabled. This allows the VM to be provisioned even if the current resources do not satisfy the policy.

Set Data Services :

Skip the Data Services section if not applicable.

Click Next .

Review and Finish :

Review the policy settings.

Click Finish to create the storage policy.

Apply the Storage Policy to VMs :

Navigate to the VMs section.

Select the VMs that need the new storage policy.

Right-click and select VM Policies > Edit VM Storage Policies .

Choose the vSAN Stretched Cluster policy for the applicable disks.

To prepare the system for maintenance mode and avoid unnecessary vSAN re-synchronization, follow these steps:

Log in to vSphere Client :

Open the vSphere Client.

Enter the username: administrator@vsphere.local .

Enter the password: VMw@r3!123 .

Click Login .

Navigate to the Host :

In the vSphere Client interface, navigate to Hosts and Clusters .

Expand the VxRail-DC and then the VxRail-Cluster .

Select the Host for Maintenance :

Select the host you plan to put into maintenance mode (e.g., vcluster730-esx01.edu.local , vcluster730-esx02.edu.local , etc.).

Enter Maintenance Mode :

Right-click on the selected host and select Enter Maintenance Mode .

In the Enter Maintenance Mode window, you will have several options for vSAN data migration. To avoid unnecessary re-synchronization, choose Ensure Accessibility .

Ensure Accessibility : This option makes sure that the data remains accessible during maintenance but does not immediately trigger full data migration. It is the best choice to avoid unnecessary re-synchronization during a short maintenance window.

Confirm Maintenance Mode :

Click OK to confirm the selection and put the host into maintenance mode.

Verify the Host Status :

Monitor the status to ensure the host enters maintenance mode without triggering excessive re-synchronization.