Microsoft Administering Windows Server : AZ-802 Exam Questions

Exam Code: AZ-802
Exam Name: Administering Windows Server
Updated: Sep 28, 2026
Q&As: 530 Questions and Answers

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Microsoft AZ-802 Exam Syllabus Topics:

Section	Objectives
Topic 1: Monitoring and troubleshooting	- Diagnostics 1. Troubleshooting tools (PowerShell, WAC) - System monitoring 1. Performance and event log analysis 2. Azure Monitor integration
Topic 2: Manage hybrid compute and virtualization	- Virtual machines 1. Azure IaaS VM administration 2. Hyper-V management - Containers 1. Windows containers basics
Topic 3: Implement and manage high availability	- Failover clustering 1. Cluster configuration and validation 2. Cluster role management - Load balancing and redundancy 1. Network Load Balancing (NLB) 2. Storage Spaces Direct (S2D)
Topic 4: Networking and storage infrastructure	- Networking 1. Hybrid networking (VPN, Azure Arc connectivity) 2. DNS, DHCP, IP configuration - Storage management 1. File services and shares 2. Storage Spaces / SAN integration
Topic 5: Secure Windows Server hybrid infrastructures	- Security configuration 1. Windows Server hardening 2. Defender for Cloud / Defender for Identity integration - Identity and access management 1. Active Directory Domain Services (AD DS) security 2. Entra ID integration (hybrid identity concepts)
Topic 6: Disaster recovery and migration	- Migration scenarios 1. Workload consolidation and upgrade paths 2. On-premises to Azure migration - Backup and restore 1. System State recovery 2. Windows Server Backup

Microsoft Administering Windows Server Sample Questions:

Question #1

Your network contains an Active Directory Domain Services (AD DS) domain. The domain contains two users named User! and User2.
You use the following tools to manage Active Directory:
* Active Directory Users and Computers
* Active Directory Administrative Center
* Ntdsutil
* Ldp
You perform the actions shown in the following table.
What can you use to undelete each user? To answer, select the appropriate options in the answer area.

Exhibit

Reveal Solution Discussion 0

Correct Answer:

Explanation:
User1 was deleted at 10:05, which was before the Active Directory Recycle Bin was enabled at 10:10, so User1 ' s deleted object became a conventional tombstoned object with most of its non-critical attributes stripped away rather than a fully preserved Recycle Bin-protected object. A tombstoned object like this can still be reanimated within the tombstone lifetime by connecting to the directory with Ldp.exe, enabling the Return Deleted Objects control, and then clearing the object ' s isDeleted attribute while correcting its distinguishedName back to a valid location, which is a documented low-level reanimation technique that has worked since Windows Server 2003, long before the Recycle Bin feature existed, so Ldp is the only tool listed that can undelete User1. User2 was deleted at 10:15, after the Recycle Bin had already been enabled at 10:10, so User2 ' s object retains essentially all of its original attributes intact in the Deleted Objects container, and it can be restored either through Active Directory Administrative Center ' s built-in, user-friendly Restore action for Recycle Bin objects, or through the same lower-level Ldp.exe reanimation technique used for User1.
Active Directory Users and Computers provides no restore or undelete function for a deleted object in either case, since its role is limited to ordinary account management tasks rather than object recovery, and Ntdsutil ' s authoritative restore feature applies to recovering objects from an offline system state backup rather than to undeleting a currently tombstoned or recycled live object, so neither of those two tools factors into the correct answer for either user.

Question #2

You have an on-premises virtual machine named VM1 that runs Windows Server. You have an Azure subscription. You plan to use an Azure Site Recovery replication policy to replicate VM1 to Azure. You need to ensure that changes on VM1 are replicated as often as possible. To what should you set the Copy frequency setting for the policy?

A. 15 Seconds
B. 5 Minutes
C. 30 Seconds
D. 1 Minute

Reveal Solution Discussion 0

Correct Answer: C 🗳️

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Question #3

You have two servers that have the Web Server (IIS) server role installed. The servers are configured as shown in the following table.

Both servers are configured to enable website deployment by using the Web Deployment Tool. Server1 hosts a website named Site1 that has Web Deploy Publishing configured.
You plan to migrate Site1 to Server2.
You need to perform a pull synchronization of Site1 by using the Web Deployment Agent Service.
How should you complete the command? To answer, select the appropriate options in the answer area.
NOTE: Each correct selection is worth one point.
Exhibit

Reveal Solution Discussion 0

Correct Answer:

Explanation:
-source: apphostconfig= " Site1 " ,computername=Server1. -dest: apphostconfig= " Site1 " .
A pull synchronization performed using the Web Deployment Agent Service is executed from the destination server -- Server2 in this scenario -- and retrieves content from a remote source that is explicitly identified using the computername parameter, since a pull, unlike a push, is initiated by whichever machine is meant to receive the content. The msdeploy command is therefore run on Server2, with -source pointing at apphostconfig= " Site1 " ,computername=Server1 so the local Web Deploy Agent Service on Server2 reaches out over the network to the remote Web Deploy Agent Service already running on Server1, and -dest pointing at the local apphostconfig= " Site1 " without any computername value at all, since the destination is simply the machine the command is already executing on and needs no remote address. Specifying computername=Server2 on the destination side instead, or omitting computername entirely from the source side, would either misidentify the local machine as a remote target or fail to tell msdeploy which remote server actually holds Site1 ' s live configuration, breaking the pull operation before it could even start. This exact combination correctly pulls Site1 ' s IIS configuration and content from Server1 down onto Server2, completing the migration as required.

Question #4

You have an Azure subscription that contains the storage accounts shown in the following table. In the West US Azure region, you create a storage sync service named SyncA. You plan to create a sync group named GroupA. What is the maximum number of cloud endpoints you can use with GroupA?

Storage accounts table

A. 4
B. 1
C. 2
D. 3

Reveal Solution Discussion 0

Correct Answer: B 🗳️

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Question #5

You have an on-premises DNS server named Server1 that runs Windows Server. Server1 hosts a DNS zone named fabrikam.com. You have an Azure subscription that contains the resources shown in the following exhibit: Vnet1 (virtual network, connects to the on-premises network by using a Site-to-Site VPN), VM1 (virtual machine, runs Windows Server and has the DNS Server role installed), contoso.com private DNS zone (linked to Vnet1), and contoso.com public DNS zone (contains the DNS records of all the platform as a service [PaaS] resources). How should you complete the name resolution configuration? To answer, select the appropriate options in the answer area. NOTE: Each correct selection is worth one point.

Vnet1 (Site-to-Site VPN) / VM1 (DNS Server role) / contoso.com private zone (linked to Vnet1) / contoso.com public zone (PaaS records).

Reveal Solution Discussion 0

Correct Answer:

Explanation:
On Vnet1 (VM1): configure VM1 to forward requests for the contoso.com zone to the Azure-provided DNS at 168.63.129.16. On the on-premises network: configure forwarding for the contoso.com zone to VM1.
The Azure-provided DNS resolver at 168.63.129.16 is what actually knows about the contoso.com private DNS zone, because that zone is linked to Vnet1 and platform DNS only answers private-zone queries for resources/clients located inside the linked virtual network; it cannot be queried directly by anything outside that VNet, including the on-premises network across the Site-to-Site VPN. VM1, however, sits inside Vnet1 and can reach 168.63.129.16 directly, so configuring VM1 ' s own DNS Server role to forward contoso.com queries to 168.63.129.16 lets VM1 successfully resolve private-zone records (and, transitively, records that depend on the public zone data for PaaS resources) on behalf of anyone who asks VM1. On the on-premises side, the on-premises DNS infrastructure has no direct path to the Azure platform resolver at all, so it must instead be configured to forward contoso.com queries to VM1 ' s IP address, which is reachable across the established Site-to-Site VPN. This produces a working chain: on-premises clients query their local DNS server, which forwards contoso.com queries across the VPN to VM1, which in turn forwards them to the Azure-provided DNS resolver that can actually see the linked private zone, and the resolved answer flows back along the same path. Configuring VM1 to forward to the public DNS zone directly, or configuring on- premises forwarding straight to 168.63.129.16 or to the public zone, would each skip a required hop and fail to resolve the private zone ' s records.