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Microsoft AZ-802 Exam Syllabus Topics:

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

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                                              Microsoft Administering Windows Server Sample Questions (Q206-Q211):

                                              NEW QUESTION # 206
                                              You have a server named Server1 that runs the Remote Desktop Session Host role service. Server1 has five custom applications installed. Users who sign in to Server1 report that the server is slow. Task Manager shows that the average CPU usage on Server1 is above 90 percent. You suspect that a custom application on Server1 is consuming excessive processor capacity. You plan to create a Data Collector Set in Performance Monitor to gather performance statistics from Server1. You need to view the resources used by each of the five applications. Which object should you add to the Data Collector Set?

                                              Answer: C

                                              Explanation:
                                              The Process performance object exposes a distinct, per-instance set of counters -- including % Processor Time, Working Set, Private Bytes, and Handle Count -- broken out individually for each running executable on the system, so adding it to the Data Collector Set lets the administrator see exactly how much CPU, memory, and other resources each of the five custom applications is individually consuming, and isolate which one is actually responsible for the excessive load. The Processor and Processor Information objects instead report counters at the level of each logical or physical CPU core, aggregated across every process running on the system as a whole, giving a system-wide utilization figure without any breakdown by individual application. Processor Performance reports hardware-level frequency, idle state, and throttling counters for the CPU itself, which is also not broken out by application. Because the stated requirement is specifically to view the resources used by each of the five applications individually, and only the Process object provides that per-application breakdown, Process is the correct object to add to CollectorSet1.


                                              NEW QUESTION # 207
                                              You have 20 on-premises servers, including a server named Server1, that run Windows Server. Server1 has Windows Admin Center deployed and is connected to the internet. You have an Azure subscription. You need to integrate Windows Admin Center with Azure so that you can use Azure services to manage and monitor the on-premises servers. What should you do first?

                                              Answer: D

                                              Explanation:
                                              To manage and monitor on-premises servers with Azure services from Windows Admin Center, the servers themselves need to be represented as Azure resources, which is accomplished by Azure Arc-enabling them, a process Windows Admin Center streamlines directly from its server connection list once the gateway itself is registered against an Azure subscription. Registering an appliance is the step that actually creates that Azure Arc registration for each managed server, projecting it into Azure Resource Manager so Azure-native services such as Azure Monitor, Update Manager, and Microsoft Defender for Cloud can subsequently be applied to it from the Windows Admin Center console. Installing Microsoft Entra Connect Sync addresses identity synchronization between an on-premises AD DS domain and a Microsoft Entra tenant, not server management integration, and has no bearing on connecting Windows Admin Center to Azure services.
                                              Creating a private endpoint secures network access to a specific Azure PaaS resource and deploying an Azure Network Adapter extends an on-premises network segment into Azure, neither of which is a prerequisite for the Azure Arc registration that Windows Admin Center ' s Azure integration is actually built on. Registering the servers as Azure Arc-enabled appliances is therefore the necessary first step.


                                              NEW QUESTION # 208
                                              The servers run Windows Server and have the network configurations shown in the following table.
                                              Server3 is configured as a NAT gateway. All the servers allow ICMP requests.
                                              Use the drop-down menus to select the answer choice that completes each statement based on the information presented in the graphic.
                                              NOTE: Each correct selection is worth one point.

                                              Exhibit

                                              Exhibit

                                              Answer:

                                              Explanation:

                                              Explanation:
                                              Server1 ' s only interface, NIC1 (172.16.0.1/24), sits on the same subnet as Server2 ' s NIC2 (172.16.0.100
                                              /24), which is also configured as Server1 ' s default gateway, so Server1 can reach itself and NIC2 directly.
                                              Server2 has no IP routing or RRAS enabled to forward packets between its two NICs, so traffic aimed at the
                                              192.168.15.0/24 or 131.107.0.0/24 subnets is never relayed on Server1 ' s behalf, and those destinations are unreachable from Server1. Server2 can likewise reach every address on its own two directly connected subnets: NIC1 and NIC2 on 172.16.0.0/24, plus NIC3 and NIC4 on 192.168.15.0/24, since NIC4 shares that same subnet as NIC3. However, NIC3 has no gateway configured pointing at Server3 ' s NAT interface, so Server2 has no route to the 131.107.0.0/24 network and cannot reach NIC5. Because Server3 ' s role as a NAT gateway only translates outbound traffic that is actually routed to it, and neither Server1 nor Server2 has the routing or gateway configuration needed to send traffic that far, connectivity in both cases is limited strictly to each server ' s directly attached subnets rather than extending across the NAT boundary toward the internet- facing side.


                                              NEW QUESTION # 209
                                              You have a user named User1 and the resources shown in the following table. User1 has a computer named Computer1 that runs Windows 11. User1 works from home and establishes a Point-to-Site (P2S) connection to GW1 to access AppSvr1. You deploy the resources shown in the following table. User1 cannot access AppSvr2. You need to ensure that User1 can access AppSvr2. What should you do? (Exhibits: resource tables for VNet1/AppSvr1/GW1 and the peered VNet2/AppSvr2.)

                                              VNet1, AppSvr1, and GW1

                                              VNet2 (peered) and AppSvr2

                                              Answer: C

                                              Explanation:
                                              A point-to-site VPN client profile embeds the address-space routes that existed in Azure at the moment the profile was generated and downloaded onto Computer1. When VNet2, hosting AppSvr2, is peered with VNet1 after User1 ' s VPN client profile was already configured and downloaded, the previously issued profile has no route entry for VNet2 ' s address space baked into it, so traffic aimed at AppSvr2 never gets forwarded across the existing tunnel even though the VNet peering itself is fully established and healthy on the Azure side. Microsoft ' s documented point-to-site troubleshooting guidance for exactly this symptom is to, if needed, reset the gateway and then download and reinstall the VPN client on the affected computer so it picks up a refreshed profile that includes routes for the newly peered network, which restores connectivity to AppSvr2 without requiring any changes to the peering configuration itself, to network security groups, or to Computer1 ' s local Windows Defender Firewall settings. Creating a route table on GatewaySubnet or adding a service endpoint to VNet2 would not address a client-side profile that is simply missing the newly peered address space, since the routing problem in this case lives in the already-downloaded client configuration rather than in Azure ' s own routing tables.


                                              NEW QUESTION # 210
                                              You have a server that runs Windows Server.
                                              You need to enable the following security features:
                                              * Core isolation
                                              * Force randomization for images {Mandatory ASLR)
                                              Which Windows Security tile should you use to enable each feature? To answer, select the appropriate options in the answer area.
                                              NOTE: Each correct selection is worth one point.

                                              Answer:

                                              Explanation:

                                              Explanation:
                                              Core isolation, which is the feature group that includes Memory Integrity, also known as Hypervisor- protected Code Integrity or HVCI, is surfaced and enabled from the Device security tile of the Windows Security app, since it is a hardware- and virtualization-based security capability grouped alongside other device-level protections such as the Security processor and Secure Boot status. Mandatory ASLR, which forces address space layout randomization for images that were not compiled with ASLR support, is one of the individually configurable system-level Exploit Protection settings, and Exploit Protection as a whole is configured from the App & browser control tile, alongside Windows Defender SmartScreen and Controlled folder access, rather than from Device security or Virus & threat protection. Because these two settings live under two different top-level tiles in the Windows Security app despite both being low-level exploit- mitigation and platform-security features, an administrator enabling both Core isolation and Mandatory ASLR needs to visit Device security for the first setting and App & browser control for the second.


                                              NEW QUESTION # 211
                                              ......

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