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| Section | Objectives |
|---|---|
| Compute, storage, and virtualization | - Virtual machines and containers
|
| Hybrid infrastructure management | - Azure integration
|
| Networking and high availability | - High availability and disaster recovery
|
| Secure and manage Windows Server environments | - Security and compliance
|
This Administering Windows Server (AZ-802) certification is a valuable credential that is designed to validate your expertise all over the world. After successfully competition of AZ-802 exam you can gain several personal and professional benefits. All these Administering Windows Server (AZ-802) certification exam benefits will not only prove your skills but also assist you to put your career on the right track and achieve your career objectives in a short time period.
NEW QUESTION # 389
You have two servers named Host1 and Host2 that run Windows Server and have the Hyper-V server role installed. Host2 is configured as a replica server. Host1 contains a virtual machine named VM1. You plan to use Hyper-V Replica to replicate VM1 to Host2. You need to ensure that you can restore a replica of VM1 to a specific state from the past eight hours. What should you do?
Answer: B
Explanation:
Hyper-V Replica ' s Additional Recovery Points setting, which is configured on the Configure Recovery History page of the Enable Replication wizard when replication for VM1 is first set up, lets an administrator specify that a series of hourly recovery points, for up to a maximum of 24 hours of history, be retained on the replica server alongside the single latest, most up-to-date replica of the virtual machine. Because the requirement in this scenario is to be able to restore VM1 to a specific state from as far back as eight hours ago, the Enable Replication wizard ' s recovery points configuration must be used and set to retain at least eight hours of Additional Recovery Points, since without this setting enabled with a sufficiently long retention window, only the latest replica state would be available and no historical point-in-time restore within that eight-hour window would be possible. Enabling automatic checkpoints on VM1 ' s own properties is unrelated to Hyper-V Replica ' s separate point-in-time replica history mechanism and would not create restorable recovery points on the replica server at all, NUMA spanning is a memory-configuration setting on the Hyper-V host with no bearing whatsoever on replication or recovery points, and modifying the replication frequency only changes how often changed data is sent from Host1 to Host2, not how many historical recovery points are retained once it arrives, so configuring recovery points from the Enable Replication wizard is the only option that actually addresses this requirement.
NEW QUESTION # 390
Your network contains an Active Directory Domain Services (AD DS) domain that has a Windows Server
2012 R2 forest and domain functional level. The domain contains the domain controllers shown in the following table. You need to ensure that you can deploy a new domain controller that runs Windows Server
2025. The solution must minimize administrative effort. Which two actions should you perform? Each correct answer presents part of the solution. NOTE: Each correct selection is worth one point.
Domain controllers and operating systems table
Answer: C,D
Explanation:
Windows Server 2016 remains the highest Active Directory forest and domain functional level that exists in the product line, since no separate, higher functional level was introduced alongside the release of Windows Server 2019, 2022, or 2025, and Windows Server 2016 is also documented as the minimum functional level that must be in place before a domain controller running Windows Server 2025 can be added to a domain. In this scenario, DC1 is still running the much older Windows Server 2012 R2, which sits below the Windows Server 2016 baseline required for raising the functional level, and as long as DC1 remains present and running that older version, the forest and domain functional level cannot be raised past Windows Server 2012 R2.
Because DC2 and DC3 are already running Windows Server 2016, removing (demoting and decommissioning) only DC1 is sufficient to clear the way, after which the forest and domain functional level can be raised directly to Windows Server 2016 using the two remaining domain controllers, without needing to upgrade any domain controller ' s operating system version at all. This combination, removing DC1 and raising the functional level to Windows Server 2016, satisfies the requirement to minimize administrative effort while still enabling a Windows Server 2025 domain controller to be added afterward.
NEW QUESTION # 391
You have two servers that have the Hyper-V server role installed. The servers are joined to a failover cluster.
Both servers can connect to the same disk on an iSCSI storage device. You plan to use the iSCSI storage to store highly available Hyper-V virtual machines that will support live migration functionality. You need to configure a storage resource in the failover cluster to store the virtual machines. What should you configure?
Answer: B
Explanation:
Live migration of a clustered, highly available Hyper-V virtual machine requires that every node able to host the VM can access its storage simultaneously and consistently while the VM ' s ownership moves between nodes, without dismounting or remounting a drive letter mid-migration. Cluster Shared Volumes (CSV) is the Failover Clustering feature purpose-built for exactly this: a CSV presents the same clustered disk as a consistent, simultaneously read/write-accessible namespace (under C:\ClusterStorage) to every node in the cluster at once, which is what allows a running VM to move between hosts via live migration without any storage handoff delay or downtime. A traditional clustered disk resource (without CSV) can only be owned and mounted by one node at a time, which would force a storage ownership transfer as part of any migration and break the near-zero-downtime expectation of live migration. A storage pool is a Storage Spaces construct for aggregating physical disks into a pool from which virtual disks are created; it does not, by itself, provide the concurrent multi-node access CSV provides, and using it here would still need to sit under a CSV to support live migration. DFS Replication is a file-replication technology for keeping copies of files in sync across servers, not a shared-access clustering mechanism, and mirrored volumes are a basic/dynamic-disk RAID construct unrelated to failover clustering. Cluster Shared Volumes is therefore the correct configuration.
NEW QUESTION # 392
You have an Azure subscription. The subscription contains a virtual machine named VM1 that runs Windows Server and has the following disks: * OS disk: Disk1 -- Size: 512 GiB, Free space: 260 GiB, Encryption: SSE with PMK, Storage type: Standard SSD * Data disk: Disk2 -- Size: 512 GiB, Free space: 45 GiB, Storage type: Standard HDD, Encryption: Platform-managed key You are planning a maintenance strategy for VM1.
You need to identify which task can be performed on Disk2 without causing downtime to VM1. What should you do on Disk2?
Answer: A
Explanation:
Azure managed disks support expanding (increasing) a data disk ' s size without deallocating the VM, and Microsoft ' s documentation confirms this applies to Standard HDD, Standard SSD, and Premium SSD disks as long as the resize stays at or below 4 TiB (crossing the 4 TiB boundary does require deallocating and detaching first; Premium SSD v2 and Ultra Disk have no such restriction at any size). Disk2 is a 512 GiB Standard HDD data disk, well under the 4 TiB threshold, so increasing its size can be performed online, with no VM downtime. Decreasing (shrinking) an Azure managed disk ' s size is never supported at all, with or without downtime, regardless of disk type, due to the risk of data loss -- the only workaround is creating a new, smaller disk and copying the data across, not an in-place shrink. Changing a managed disk ' s encryption type (for example, switching between platform-managed and customer-managed keys) and changing its storage type (for example, from Standard HDD to Premium SSD) are both operations that Microsoft documents as requiring the VM to be stopped/deallocated (and, in many cases, the disk detached) before the change can be applied, since these operations affect how the disk is provisioned and served at the storage layer. Therefore, among the four choices, only increasing Disk2 ' s size can be performed without causing downtime to VM1.
NEW QUESTION # 393
You have an Azure virtual machine named VM1. Crash dumps for a process named Process1 are enabled for VM1. When process1.exe on VM1 crashes, a technician must access the memory dump files on the virtual machine. The technician must be prevented from accessing the virtual machine. To what should you provide the technician access?
Answer: D
Explanation:
When crash dump collection is configured for a specific process on an Azure virtual machine through the Azure Diagnostics extension ' s crash dump configuration, the resulting memory dump files are automatically uploaded to a container inside an Azure Storage account rather than being left on the virtual machine ' s own local disk. Granting the technician access to that Blob Storage container -- for example, through a shared access signature or an appropriate role assignment scoped to just that container -- lets the technician retrieve and analyze the dump files entirely on their own, without ever needing sign-in rights on VM1 itself, which satisfies the requirement to keep the technician off the virtual machine. An Azure Log Analytics workspace stores telemetry, performance counters, and log records rather than raw binary dump files, an Azure file share is not the destination the diagnostics extension actually writes crash dumps to, and a managed disk would still require attaching it to, or signing into, some virtual machine in order to read its contents. Therefore, an Azure Blob Storage container is the correct resource to grant the technician access to.
NEW QUESTION # 394
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