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| Section | Objectives |
|---|---|
| Topic 1: Monitoring and troubleshooting | - System monitoring
|
| Topic 2: Manage hybrid compute and virtualization | - Virtual machines
|
| Topic 3: Disaster recovery and migration | - Backup and restore
|
| Topic 4: Secure Windows Server hybrid infrastructures | - Security configuration
|
| Topic 5: Networking and storage infrastructure | - Networking
|
| Topic 6: Implement and manage high availability | - Failover clustering
|
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NEW QUESTION # 236
You have a server named Server1 that runs Windows Server.
You need to capture the SYN packets exchanged between Server1 and an IP address of 192.168.0.100. 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
Exhibit
Answer:
Explanation:
Explanation:
Pktmon, the built-in Windows packet monitor, lets you build a capture filter that narrows collection to a specific remote IP address with -i, a specific transport protocol with -t, and, for TCP, a specific set of TCP flags such as syn, ack, fin, rst, psh, or urg appended after the protocol. Combining -i 192.168.0.100 with -t tcp and the syn flag restricts the capture to just the SYN packets exchanged with that address, which is exactly what the scenario requires, and matches the documented pktmon filter add syntax. Message Analyzer is a discontinued Microsoft tool and netmon (Network Monitor) is likewise retired in favor of pktmon, so neither is the correct or currently supported choice for building this capture filter on a modern Windows Server installation. After the filter is added, running pktmon start --etw begins the capture, and the resulting .etl trace can be converted to text or a pcapng file for inspection in a packet analyzer, showing only the matching SYN packets exchanged with 192.168.0.100.
NEW QUESTION # 237
You have two physical servers named AppSrv1 and AppSrv2 and an unconfigured server named Server1. All the servers run Windows Server. Only Server1 can access the internet. You plan to use Azure Site Recovery to replicate AppSrv1 and AppSrv2 to Azure. You need to deploy the required components to AppSrv1, AppSrv2, and Server1. Which components should you deploy? To answer, drag the appropriate components to the correct servers. Each component may be used once, more than once, or not at all. You may need to drag the split bar between panes or scroll to view content. NOTE: Each correct selection is worth one point.
Answer:
Explanation:
Explanation:
To AppSrv1 and AppSrv2: The Azure Site Recovery Mobility Service. To Server1: An Azure Site Recovery configuration server.
For disaster recovery of physical (non-VMware, non-Hyper-V) servers with Azure Site Recovery, the architecture requires a configuration server that communicates outbound with the Azure Site Recovery service to orchestrate replication, plus a Mobility Service agent installed on each individual protected machine to capture disk writes and forward them for replication. Since only Server1 has internet access, it is the correct place to deploy the configuration server component, because that component is the one that must reach the Azure Site Recovery service over the internet. AppSrv1 and AppSrv2 -- the physical servers actually being protected -- instead receive the Mobility Service, so their disk write traffic can be captured locally and relayed through Server1 ' s configuration server on its way to Azure. The Azure Connected Machine agent (for Azure Arc onboarding) and the Microsoft Azure Recovery Services (MARS) agent (for direct file/system-state backup to a Recovery Services vault) are unrelated to this physical-server-to-Azure replication architecture and are not part of this deployment. This division of roles is exactly how Site Recovery is designed to work when the protected servers themselves lack internet access but a designated gateway server does not.
NEW QUESTION # 238
Your network contains an Active Directory domain. The domain contains a domain controller named DC1 and a server named Server1 that runs Windows Server.
You need to enable event log subscriptions to forward events from DC1 to Server1.
Which command should you run to enable the Windows Event Collector service, and on which servers should you run the command? To answer, select the appropriate options in the answer area.
NOTE: Each correct selection is worth one point.
Exhibit
Answer:
Explanation:
Explanation:
Command: wecutil qc /q. Server: Server1 only.
wecutil qc, the quick-config option of the Windows Event Collector utility, is the command that enables and starts the Windows Event Collector service on a machine, and it must be run on whichever computer is going to act as the event collector for the subscription. In this scenario, Server1 is the intended destination that will receive the forwarded events from DC1, meaning Server1 is the collector and DC1 is only the event source, so the command must be run on Server1, not on DC1. wevtutil is a related but different utility that manages individual event logs and their configuration, such as querying, exporting, or clearing logs, rather than enabling the collector service itself, so it does not accomplish this task. winrm qc only configures and quick- starts the Windows Remote Management service, which is a separate prerequisite that may need to be enabled on both the source and the collector for subscriptions to function, but running it alone does not enable event collection. Running wecutil qc /q on Server1 alone is therefore the correct command and target to enable the event subscription infrastructure needed to forward events from DC1.
NEW QUESTION # 239
Your network contains an Active Directory Domain Services (AD DS) forest. The forest contains a hub site and 20 branch sites. The hub site contains two writable domain controllers named DC1 and DC2. Each branch site contains one writable domain controller. AD DS replication uses manually created connection objects in a mesh topology. DC2 has a repeated NTDS Replication 2094 warning and DCDIAG Active Directory Replication error 8461. DC1 has no replication backlog. Name resolution, network connectivity, and authentication between the sites are successful. You need to reduce replication delays and remediate the replication warnings and errors. The solution must minimize administrative effort. What should you do?
Answer: B
Explanation:
A hand-built mesh of manually created connection objects across a hub site and 20 branch sites produces an enormous number of direct replication links, which is both unnecessary for a topology this size and a common root cause of NTDS Replication event ID 2094 (a DC has not replicated with a partner for an extended period, often because a manual link is stale or unreachable in the way the KCC expects) and DCDIAG replication error 8461 (a domain controller cannot reach or has an inconsistent view of a designated replication partner).
The Knowledge Consistency Checker (KCC) is designed to automatically generate and continuously optimize a minimal, efficient spanning topology across every site link in the forest, adapting to changes and failures without administrator involvement, but the KCC will not remove or override connection objects that were created manually, so as long as the manual mesh remains in place it keeps forcing replication down inefficient, error-prone paths. Deleting the manual connection objects hands topology generation back to the KCC, which will rebuild an efficient set of connections automatically, resolving the stale/unreachable-partner warnings and errors while requiring no ongoing administrative effort, unlike recreating more manual connections or adjusting the Enterprise Domain Controllers group membership (irrelevant to topology) or recreating site links (which govern cost/schedule between sites, not the per-DC connection objects that are actually causing the errors).
NEW QUESTION # 240
You have an Azure virtual machine named VM1 that has a private IP address only. You configure the Windows Admin Center extension on VM1. You have an on-premises computer that runs Windows 11. You use the computer for server management. You need to ensure that you can use Windows Admin Center from the Azure portal to manage VM1. What should you configure?
Answer: B
Explanation:
When VM1 is exposed only through a private IP address, the Windows Admin Center extension surfaced in the Azure portal still requires the administrator ' s browser session to establish network-level connectivity to that private address; the portal integration does not tunnel the traffic for you. The on-premises Windows 11 management computer must therefore be able to route directly into the virtual network that hosts VM1, and the standard way to bridge an on-premises network to a private Azure virtual network is a VPN connection, whether a point-to-site VPN from the individual management computer or a site-to-site VPN connecting the whole on-premises network. Once that connection exists, traffic from the management computer can reach VM1 ' s private IP and the Windows Admin Center session in the portal can communicate with the extension.
Azure Bastion provides browser-based RDP/SSH access to a VM ' s console but does not provide the underlying IP routing that the Windows Admin Center extension needs to reach the VM ' s management endpoint from an external network. A network security group rule opening port 443 only permits traffic that can already reach the VM ' s network interface; it does nothing to establish a path from an on-premises network that has no route to the VNet at all. A private endpoint is a mechanism for exposing Azure PaaS services (such as a storage account or SQL Database) inside a virtual network and has no role in connecting an external client to an IaaS VM. Only a VPN connection supplies the missing network path.
NEW QUESTION # 241
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