To configure Storage Spaces Direct, you need to perform the following steps on a management system that is the same version as the servers being configured. These steps should not be run remotely through a PowerShell session, but instead run them in a local PowerShell session on the management system, with administrative permissions.
The steps are:
1. Clean drives
2. Validate the cluster
3. Create the cluster
4. Configure a cluster witness
5. Enable Storage Spaces Direct
6. Create volumes
7. Optionally enable the CSV cache
8. Deploy virtual machines for hyper-converged deployments
Option A is incorrect. Cleaning the drives is the first and foremost step to configure Storage Spaces Direct.
Option B is incorrect. Configuring the cluster witness is also an important and required step in the process.
Option C is incorrect. Enabling Storage Spaces Direct is the next required step to configuring a cluster witness.
Option D is incorrect. Creating the volumes is an important step but all other steps are also required to configure Storage Spaces Direct.
Option E is incorrect. Deploying virtual machines for hyper-converged deployments is the last step in the process.
Option F is correct. The process of configuring Storage Spaces Direct includes all the above- given steps.
Reference:
https://docs.microsoft.com/en-us/windows-server/storage/storage-spaces/deploy-storage-spaces-direct#step-3-configure-storage-spaces-direct

Explanation:
Box 1: Ntdsutil.exe
To create an AD DS snapshot, open an elevated Command Prompt, launch ntdsutil, and use the snapshot command to create a snapshot of the domain. The process involves running ntdsutil, activating the NTDS instance, creating the snapshot, and then using ntdsutil again to mount the snapshot to a different port so you can use a tool like dsamain to access the data without rebooting.
Box 2: dsamain.exe
To expose an Active Directory snapshot as a read-only instance, use the dsamain.exe command- line tool with the mount and activate instance parameters. First, use dsamain -list all to find the snapshot's GUID, then use dsamain -mount <GUID> to mount it, and finally, use dsamain - activate instance <GUID> to set it as the active instance for queries. This allows you to view the snapshot's data via an LDAP server without making any changes, note that this process does not create a new read-only domain controller.
Reference:
https://learn.microsoft.com/en-us/windows-server/identity/ad-ds/manage/forest-recovery-guide/ad-forest-recovery-determine-how-to-recover
https://learn.microsoft.com/en-us/previous-versions/windows/it-pro/windows-server-2012-r2-and-2012/cc772168(v=ws.11)

Explanation:
Rule type: Isolation
Isolation rules are used to enforce authentication for network traffic. (Authentication exemption rules are used to specify traffic that should be exempt from the authentication requirements. And Tunnel rules are used to secure traffic between endpoints , typically used for VPN) Requirements: Require authentication for inbound and outbound connections This is being stressed in this certification, the difference between required and requested.
Authentication Method: Computer (Kerberos V5)
This will ensure that only domain-joined computers (which use Kerberos for authentication) can communicate with the servers.

For a graceful, rolling, in-place upgrade from Windows Server 2022 to Windows Server 2025 in a failover cluster, you must pause and drain the server node by placing it into maintenance mode to migrate its active clustered roles to other nodes before performing the operating system upgrade.
You can perform this action using Failover Cluster Manager by right-clicking the server node and selecting Pause > Drain Roles, or by using the Suspend-ClusterNode -Name <NodeName> - Drain PowerShell cmdlet.
Steps for a Rolling OS Upgrade
1. Prepare the cluster: Ensure your cluster is healthy and all nodes are running the latest updates.
*-> 2. Pause and Drain a Node: In Failover Cluster Manager, right-click the node you want to upgrade and select Pause > Drain Roles. Alternatively, use the PowerShell command: Suspend- ClusterNode -Name <NodeName> -Drain.
3. Verify Role Migration
4. Perform the Upgrade: Mount the Windows Server 2025 ISO image to the node and run the setup.exe file to begin the in-place upgrade.
5. Resume the Node: Once the upgrade is complete and the node has rebooted, you can resume the node and allow roles to fail back to it.
6. Repeat for Other Nodes: Repeat the process for each remaining node in the cluster, ensuring each upgrade is successful before moving on to the next.
7. Post-Upgrade Tasks: After all nodes are upgraded, update the cluster functional level and, if using Storage Spaces Direct, the storage pool version and VM configuration versions.
Reference:
https://learn.microsoft.com/en-us/windows-server/failover-clustering/cluster-operating-system-rolling-upgrade