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Microsoft AZ-802 Exam Syllabus Topics:
| Section | Weight | Objectives |
|---|---|---|
| Secure Windows Server on-premises and hybrid infrastructures | 10% | - Configure Windows Defender and audit policies - Implement security baselines and hardening - Manage access control and permissions |
| Implement and manage an on-premises and hybrid networking infrastructure | 15% | - Configure IP addressing, DNS, and DHCP - Configure software-defined networking - Secure network traffic in hybrid environments - Implement hybrid network connectivity |
| Manage virtual machines and containers | 15% | - Deploy and manage containers and Kubernetes on Windows Server - Deploy and manage Hyper-V virtual machines - Configure Azure Arc-enabled servers and VMs |
| Implement high availability and disaster recovery | 5% | - Configure failover clustering - Use Azure Site Recovery for hybrid workloads - Implement backup and recovery solutions - Perform server and workload migrations - Monitor and troubleshoot Windows Server environments |
| Manage Windows Servers and workloads in a hybrid environment | 20% | - Implement hybrid identity solutions - Configure remote management and secure administration - Deploy servers using Windows Admin Center and Azure Arc - Manage updates and patches across hybrid servers |
| Manage storage and file services | 15% | - Implement Storage Spaces and Storage Spaces Direct - Integrate on-premises storage with Azure Storage - Configure data deduplication and replication - Configure file servers and shares |
| Deploy and manage Active Directory Domain Services (AD DS) in on-premises and cloud environments | 20% | - Manage FSMO roles and replication - Implement and manage Group Policy Objects - Install and configure domain controllers - Integrate AD DS with Azure AD and Azure Arc |
Microsoft Administering Windows Server Sample Questions:
Your network contains an Active Directory Domain Services (AD DS) domain named contoso.com. The functional level of the forest and the domain is Windows Server 2012 R2. The domain contains the domain controllers shown in the following table.
You need to raise the forest functional level to Windows Server 2016. The solution must meet the following requirements:
* Ensure that there are three domain controllers after you raises the level.
* Minimize how long the FSMO roles are unavailable.
Which three actions should you perform in sequence? To answer, move the appropriate actions from the list of actions to the answer area and arrange them in the correct order.
Exhibit
Correct Answer:
Explanation:
1. Move the FSMO roles to DC2. 2. Upgrade DC1. 3. Raise the domain and forest functional level.
Raising the forest functional level to Windows Server 2016 requires every domain controller in the forest to be running Windows Server 2016 or later. DC3 already runs Windows Server 2019, which already qualifies, so DC1, running Windows Server 2012 R2, is the only domain controller that actually blocks the level raise.
Because DC1 currently holds all the FSMO roles and the requirement is to minimize how long those roles are unavailable while still ending up with three domain controllers, the correct approach is to first transfer the FSMO roles to DC2, which already runs a qualifying operating system and requires no downtime-inducing upgrade to receive them. Only after the roles have moved off DC1 is DC1 upgraded in place to a version meeting the Windows Server 2016 minimum, and once all three domain controllers qualify, the domain and forest functional level can finally be raised. This sequence keeps all three existing domain controllers in place
-- avoiding the need to deploy and later decommission an additional DC -- while the FSMO roles are unavailable only for the brief transfer itself rather than for the entire OS upgrade window on DC1.
Your network contains an Active Directory Domain Services (AD DS) domain.
You need to implement a Storage Spaces Direct cluster. The solution must ensure that the cluster supports delimiting the allocation of volumes.
What is the minimum number of servers required, and which type of resiliency is required for the cluster volumes? To answer, select the appropriate options in the answer area.
NOTE: Each correct selection is worth one point.
Correct Answer:
Explanation:
Delimiting the allocation of volumes in Storage Spaces Direct is a manual configuration option that lets an administrator restrict which specific subset of servers in a larger cluster backs a given volume, so that the volume ' s copies are deliberately confined to fewer than the full set of cluster members, which allows the volume to survive more concurrent failures within that subset than an evenly distributed allocation across the whole cluster would otherwise guarantee. Microsoft ' s documented guidance is that this delimited allocation option should only be considered on clusters that have six or more servers, since smaller clusters do not have enough spare capacity and fault-domain flexibility for delimiting to provide a meaningful benefit over normal allocation. The same documentation states that delimited allocation is applicable specifically to volumes using three-way mirror resiliency, and it explicitly should not be used with parity resiliency or with mirror- accelerated parity resiliency, because delimited allocation is not supported for either of those two resiliency types. Combining both documented constraints together, a minimum of six servers and three-way mirror resiliency only are the two correct answers for a Storage Spaces Direct cluster that must support delimiting the allocation of volumes.
Your network contains an Active Directory Domain Services (AD DS) domain that contains the servers shown in the following table.
Server1 and Server2 are authorized as DHCP servers in the domain. You need to migrate the DHCP Server role from Server1 to Server2. Which five actions should you perform in sequence? To answer, move the appropriate actions from the list of actions to the answer area and arrange them in the correct order.
Exhibit
Correct Answer:
Explanation:
Windows Server Migration Tools is the supported mechanism documented by Microsoft for migrating the DHCP Server role between two servers, and the process begins on the source server, Server1, by running the Export-SmigServerSetting cmdlet, which packages the DHCP configuration, scopes, and lease database into a portable Svrmig.mig migration file. That file is then copied over to the destination server, Server2, so the migrated configuration data is physically present where it needs to be imported. Before the configuration can be imported, the DHCP Server role itself must first be installed on Server2 using the Add-WindowsFeature cmdlet, since the service and its underlying database structures need to exist before Import-SmigServerSetting has anywhere to write the migrated settings into. Once the role is installed, Import-SmigServerSetting is run on Server2 to apply the previously exported DHCP configuration, and finally Start-Service is run to bring the DHCP Server service online on Server2 so it can begin actively serving the migrated scopes and leases to clients. This exact five-step sequence, export, copy, install role, import, start service, is the documented procedure for migrating the DHCP Server role using Windows Server Migration Tools.
Your network contains an Active Directory Domain Services (AD DS) domain that has the Active Directory Recycle Bin enabled. All domain controllers are backed up daily. You accidentally remove all the users from a domain group. You need to get a list of the users that were previously in the group. Which four actions should you perform in sequence from a domain controller? To answer, move the appropriate actions from the list of actions to the answer area and arrange them in the correct order.
Correct Answer:
Explanation:
1. Restore the system state to an alternate location. 2. Mount Active Directory to port 51389. 3. From Active Directory Users and Computers, change the domain controller to localhost:51389. 4. View the membership of the group.
Because the group object itself was not deleted -- only its member attribute was changed -- the Active Directory Recycle Bin cannot help, since it restores deleted objects rather than attribute-level changes made to objects that still exist. The documented, non-destructive way to recover this kind of historical data without touching production is to restore a system state backup to an alternate location, leaving the live directory database untouched, and then use dsamain.exe to mount that restored database as a standalone, read-only LDAP instance listening on a custom port such as 51389. An administrator then points Active Directory Users and Computers at localhost on that port, which lets the snapshot ' s contents be browsed exactly as if it were a live domain controller, and simply views the group ' s prior membership from within that mounted, historical copy. This retrieves the list of former members precisely as required, without performing an authoritative restore or altering any production data.
Your network contains the segments shown in the following table.
You have servers that run Windows Server and are configured as shown in the following table.
You deploy a server named Server4 that runs Windows Server and has a static IP address of 172.16.1.1. You connect Server4 to Segment1.
For each of the following statements, select Yes if the statement is true. Otherwise, select No.
NOTE: Each correct selection is worth one point.
Correct Answer:
Explanation:
Server1 can successfully ping Server2 by using the name of Server2: No. Server2 can successfully ping Server3 by using the IP address of Server3: No. Running ipconfig /all on Server4 will display an IP address from the 169.254.0.0/16 IPv4 address space: No.
A host decides whether a destination is local by comparing the destination IP against its own subnet mask; if the destination falls outside its own subnet, the host forwards through its default gateway, and if within its own subnet, it uses ARP directly on the local segment. Server2 is physically cabled to Segment1 but has been configured with an IP address (172.16.2.2/24) that places it in the 172.16.2.0/24 network -- a subnet that is physically Segment2. When Server1 (172.16.1.10/24) resolves and pings Server2 ' s name, it gets back
172.16.2.2, which Server1 treats as a remote address (outside its own 172.16.1.0/24) and forwards to its gateway, 172.16.1.1; the router then forwards toward the 172.16.2.0/24 network (physically Segment2), where Server2 is not actually present, so the ping fails. Likewise, when Server2 (believing itself to be on
172.16.2.0/24) tries to reach Server3 (172.16.2.20), it thinks the destination is local and issues an ARP request on the wire it ' s actually attached to (Segment1); ARP requests never cross a router, so the request never reaches Server3 (physically on Segment2), and the ping fails. Server4 was given a static IP address (172.16.1.1); APIPA (169.254.0.0/16) is assigned only to interfaces configured for automatic (DHCP) addressing when no DHCP server responds -- a statically configured interface never receives an APIPA address regardless of any conflict, so ipconfig /all on Server4 will show its configured static address,
172.16.1.1 (which incidentally also collides with Segment1 ' s gateway address, a separate misconfiguration), not an APIPA address.
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