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| Section | Objectives |
|---|---|
| Topic 1: Networking and storage infrastructure | - Networking
|
| Topic 2: Disaster recovery and migration | - Migration scenarios
|
| Topic 3: Manage hybrid compute and virtualization | - Virtual machines
|
| Topic 4: Monitoring and troubleshooting | - System monitoring
|
| Topic 5: Implement and manage high availability | - Load balancing and redundancy
|
| Topic 6: Secure Windows Server hybrid infrastructures | - Identity and access management
|
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NEW QUESTION # 452
Your network contains an Active Directory Domain Services (AD DS) forest. You need to deploy a Storage Spaces Direct converged infrastructure. The solution must meet the following requirements: -- Use an Ethernet fabric. -- Eliminate the need for Data Center Bridging (DCB). Which Remote Direct Memory Access (RDMA) networking technology should you implement?
Answer: A
Explanation:
iWARP (Internet Wide Area RDMA Protocol) implements RDMA on top of standard TCP/IP, which allows it to operate over an ordinary, lossy Ethernet fabric without requiring Data Center Bridging or Priority Flow Control to guarantee lossless delivery of RDMA traffic. This is fundamentally different from RoCE (RDMA over Converged Ethernet), in either its v1 or v2 form, both of which depend on a DCB-configured, lossless Ethernet fabric to operate reliably, since RoCE has no built-in congestion or loss-recovery mechanism of its own and instead relies on the underlying network to guarantee lossless delivery. InfiniBand is excluded outright because it is not an Ethernet-based fabric at all, and the requirement explicitly calls for an Ethernet fabric. Because the deployment must use Ethernet while specifically eliminating the DCB dependency that both RoCEv1 and RoCEv2 require, iWARP is the only RDMA technology among the options that satisfies both stated requirements simultaneously for the Storage Spaces Direct converged infrastructure deployment.
NEW QUESTION # 453
Note: This question is part of a series of questions that present the same scenario. Each question in the series contains a unique solution that might meet the stated goals. Some question sets might have more than one correct solution, while others might not have a correct solution. After you answer a question in this section, you will NOT be able to return to it. As a result, these questions will not appear in the review screen. Your network contains a single-domain Active Directory Domain Services (AD DS) forest named contoso.com.
The functional level of the forest is Windows Server 2012 R2. All domain controllers run Windows Server
2012 R2. Sysvol replicates by using the File Replication Service (FRS). You plan to replace the existing domain controllers with new domain controllers that will run Windows Server 2022. You need to ensure that you can add the first domain controller that runs Windows Server 2022. Solution: You run the Active Directory Migration Tool (ADMT). Does this meet the goal?
Answer: B
Explanation:
The Active Directory Migration Tool is used to move or restructure objects such as user accounts, groups, and computer accounts between separate Active Directory forests or domains, along with related tasks such as translating security identifiers during an inter-forest migration; it has no function whatsoever related to SYSVOL replication technology, since SYSVOL replication configuration is not one of the object types ADMT operates on. Running ADMT does not convert FRS-based SYSVOL replication to DFS Replication, does not touch the FRS binaries requirement that blocks newer-OS domain controllers from being promoted, and is not even applicable here since this scenario describes a single existing forest and domain rather than a migration between two separate forests. Because ADMT does nothing to remove the actual restriction preventing a Windows Server 2022 domain controller from being added while SYSVOL still uses FRS, running it does not meet the stated goal; only migrating SYSVOL to DFS Replication actually resolves the blocking condition described in the scenario.
NEW QUESTION # 454
You have an Azure subscription and a computer named Computer1 that runs Windows 11. From the Azure portal, you deploy a virtual machine named VM1 that runs Windows Server. You configure VM1 to use the default settings. You need to ensure that you can connect to VM1 by using PowerShell remoting. Which cmdlet should you run, and what should you use to run the cmdlet? To answer, select the appropriate options in the answer area. NOTE: Each correct selection is worth one point.
Answer:
Explanation:
Explanation:
Run from: Azure Cloud Shell; Cmdlet: Enable-AzVMPSRemoting
A freshly deployed Azure VM with default settings does not have PowerShell/WinRM remoting configured for external access, so it cannot yet be reached with an ordinary remote PowerShell session -- meaning a PowerShell session already running on VM1 itself is not an available starting point (you would need remoting to already work to get into such a session in the first place, which is circular). The supported way to remotely enable PowerShell remoting on an Azure VM without needing pre-existing WinRM connectivity is to invoke a command against the VM through Azure Resource Manager, using the VM agent as the execution channel rather than the network-level remoting stack -- effectively running a helper against the VM resource by name
/resource group after authenticating to Azure with the Az PowerShell module (for example, via Connect- AzAccount). Azure Cloud Shell is the natural place to do this because it comes with the Az PowerShell module already installed and already authenticated to the subscription, requiring no local setup, whereas Computer1 would first need the Az module installed and an explicit sign-in. Running the cmdlet from a PowerShell session on VM1 is not viable, since remoting into VM1 is precisely the capability that has not yet been enabled. Therefore, the cmdlet should be run from Azure Cloud Shell, targeting VM1 through Azure Resource Manager rather than from inside the VM.
NEW QUESTION # 455
You have an Azure subscription that contains the storage accounts shown in the following table. storage1:
East US, StorageV2, container cont1, file share share1 storage2: East US, BlockBlobStorage, container cont2, no file share storage3: East US, FileStorage, no container, file share share3 storage4: Central US, StorageV2, container cont4, file share share4 In the East US Azure region, you create a storage sync service named SyncA. You need to create a sync group in SyncA. Which storage accounts can you use, and what can you specify as the cloud endpoints? To answer, select the appropriate options in the answer area. NOTE: Each correct selection is worth one point.
Answer:
Explanation:
Explanation:
Storage accounts: storage1 and storage3 only; Cloud endpoints: share1 and share3 only A sync group ' s cloud endpoint in Azure File Sync must be an Azure file share, and the storage account hosting that file share must reside in the same Azure region as the Storage Sync Service (here, East US). This immediately disqualifies storage4, which -- despite being a StorageV2 account with a valid file share (share4)
-- is located in Central US, a different region from SyncA. It also disqualifies storage2: although it is in the correct region, its BlockBlobStorage account kind supports only block blob containers and does not support Azure file shares at all, so it has no file share to use as a cloud endpoint (its container, cont2, is a blob container, not a file share, and containers cannot serve as Azure File Sync cloud endpoints regardless of account kind). storage1 (general-purpose StorageV2, East US, with file share share1) and storage3 (FileStorage kind, East US, with file share share3, a premium-only account kind dedicated to Azure Files) both qualify: they are in the correct region and both already have a valid Azure file share. Therefore, the usable storage accounts are storage1 and storage3, and the cloud endpoints that can be specified are their respective file shares, share1 and share3 -- not the blob containers (cont1, cont2, cont4), which are never valid Azure File Sync cloud endpoints.
NEW QUESTION # 456
You have an on-premises server named Server1 that runs Windows Server 2022 Standard. You have an Azure subscription that contains the virtual machines shown in the following table. The subscription contains a Microsoft Sentinel instance named Sentinel1 in the Central US Azure region. You need to implement the Windows Firewall connector. Which servers can send Windows Firewall logs to Sentinel1?
Azure virtual machines table
Answer: F
Explanation:
The Windows Firewall data connector for Microsoft Sentinel streams events using the Azure Monitor Agent together with a data collection rule that targets the Windows Firewall event log source. The Azure Monitor Agent officially supports Windows Server 2016, Windows Server 2019, and Windows Server 2022, including the Azure Edition, so VM1, running Windows Server 2022 Datacenter: Azure Edition, VM2, running Windows Server 2019 Datacenter, and VM3, running Windows Server 2016 Datacenter, are all eligible on the operating-system front. Because all three are already Azure virtual machines, the Azure Monitor Agent extension can be deployed to each of them directly as a native Azure VM extension, with no additional onboarding required. Server1, in contrast, is an on-premises, non-Azure server, and the Azure Monitor Agent can only be deployed to a non-Azure machine once it has been onboarded as an Azure Arc-enabled server; since Server1 has not been connected to Azure Arc in this scenario, there is no supported path for it to run the agent or be targeted by a data collection rule, so it cannot forward Windows Firewall logs to Sentinel1 yet.
This makes VM1, VM2, and VM3 only the correct set of servers that can currently send Windows Firewall logs to Sentinel1.
NEW QUESTION # 457
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