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| Section | Objectives |
|---|---|
| Secure Windows Server hybrid infrastructures | - Identity and access management
|
| Monitoring and troubleshooting | - Diagnostics
|
| Manage hybrid compute and virtualization | - Virtual machines
|
| Networking and storage infrastructure | - Networking
|
| Disaster recovery and migration | - Backup and restore
|
| Implement and manage high availability | - Load balancing and redundancy
|
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NEW QUESTION # 519
You have an on-premises server named Server1 that runs Windows Server 2016 and has IIS enabled. Server1 contains an ASP.NET 3.5 app named App1. You have an Azure subscription. You need to use the Azure Migrate App Containerization tool to migrate App1 to Azure App Service. The solution must minimize administrative effort. Which two actions should you perform on Server1 before you use the Azure Migrate App Containerization tool? Each correct answer presents part of the solution. NOTE: Each correct answer is worth one point.
Answer: B,C
Explanation:
The Azure Migrate App Containerization tool, when used for ASP.NET applications, connects to the source IIS server remotely and uses PowerShell remoting over WinRM to discover the application, its IIS configuration, and its dependencies as part of the assessment and containerization workflow, so WinRM and PowerShell remoting must be enabled on Server1 before the tool is able to run this remote discovery step successfully. The App Containerization tool also relies on the Microsoft Web Deploy tool being installed on the application server itself, since Web Deploy is used internally by the tool to package and extract App1 ' s content and configuration during the containerization process, so that tool must be present on Server1 as well before the migration can proceed. Installing .NET Framework 4.8 on Server1 is unnecessary for this scenario, because the Azure Migrate App Containerization tool already fully supports ASP.NET applications built on .
NET Framework 3.5 or any later version, so App1 does not need to be upgraded to a newer .NET Framework version just to be discovered and containerized. There is also no requirement in this workflow to separately enable remote administration for IIS itself, since the tool ' s discovery process relies on PowerShell remoting rather than on IIS Manager ' s own remote administration feature, so enabling PowerShell remoting and installing Web Deploy are the two correct prerequisite actions.
NEW QUESTION # 520
You deploy a single-domain Active Directory Domain Services (AD DS) forest named contoso.com. You deploy five servers to the domain. You add the servers to a group named NLBHosts. You plan to configure a Network Load Balancing (NLB) cluster named NLBCluster.contoso.com that will contain the five servers.
You need to ensure that the NLB service on the nodes of the cluster can use a group managed service account (gMSA) to authenticate. Which three PowerShell cmdlets should you run in sequence? To answer, move the appropriate cmdlets from the list of cmdlets to the answer area and arrange them in the correct order.
Answer:
Explanation:
Explanation:
1. Add-KdsRootKey 2. New-ADServiceAccount 3. Install-ADServiceAccount
Before any group managed service account can be created in a forest, the Key Distribution Service root key must exist, since it supplies the key material the KDS uses to compute and periodically roll the gMSA ' s password; this is created once with Add-KdsRootKey. Next, New-ADServiceAccount creates the actual gMSA object, and its -PrincipalsAllowedToRetrieveManagedPassword parameter can be pointed directly at the existing NLBHosts group, which authorizes all five NLB nodes to retrieve the managed password in a single step, without needing to grant permission to each computer individually. Finally, Install- ADServiceAccount must be run locally on each of the five NLB nodes to actually install and cache the gMSA account on that computer, which is what allows the NLB service running there to authenticate as the gMSA.
Set-KdsConfiguration adjusts advanced KDS server-side settings and is not a required step in standard gMSA provisioning. Add-ADGroupMember would only be needed if authorization were being granted by adding individual computer accounts to a security group after the fact, which is unnecessary here since the group already exists and is referenced directly. Add-ADComputerServiceAccount associates a computer with a standalone (non-group) managed service account and does not apply to gMSA scenarios like this one.
NEW QUESTION # 521
You have a server named Server1 that runs Windows Server and contains two volumes named C and D.
You connect a disk to Server 1 that is encrypted by using BitLocker and contains a volume named E.
You need to ensure that after a restart, the data on volume E can be accessed without providing a password or a recovery key.
Which three actions should you perform on Server1 in sequence? To answer, move the appropriate actions from the list of actions to the answer area and arrange them in the correct order.
Answer:
Explanation:
Explanation:
1. Install the BitLocker Drive Encryption feature. 2. Encrypt volume C. 3. Turn on auto-unlock.
Automatic unlocking of a BitLocker-protected fixed data drive is a feature of the core BitLocker Drive Encryption feature (Enable-BitLockerAutoUnlock) and has one hard prerequisite: the operating system volume on that computer must also be protected by BitLocker, because the auto-unlock key for the data volume is itself secured against the encrypted OS volume. Since Server1 ' s OS volume (C) is not stated to be encrypted, it must be encrypted first. BitLocker Network Unlock is an unrelated feature that unlocks operating system volumes over the network during startup in a WDS/DHCP environment - it plays no role in unlocking a fixed data drive and is not a prerequisite for Enable-BitLockerAutoUnlock. The correct sequence is therefore to add the BitLocker Drive Encryption feature, encrypt the OS volume (C), and then turn on auto- unlock for volume E, after which subsequent restarts will mount and unlock volume E automatically without any password or recovery key prompt.
NEW QUESTION # 522
Your network contains an on-premises Active Directory Domain Services (AD DS) domain named contoso.
com. You have an Azure virtual network named VNet1 that is connected to the on-premises network by using a Site-to-Site (S2S) VPN. VNet1 contains a domain-joined virtual machine named VM1 that hosts an application named App1. App1 uses Kerberos authentication and updates objects in AD DS. An Azure Firewall filters communication from VM1 to the domain controllers in contoso.com. You need to deploy domain controllers to VNet1. The solution must support the requirements of VM1 and provide domain controller redundancy in Azure. What should you deploy?
Answer: D
Explanation:
App1 ' s requirement to update objects in AD DS as part of its Kerberos-authenticated operation rules out any deployment built solely on read-only domain controllers (RODCs), because an RODC holds a read-only copy of the AD DS database and cannot accept or process write operations, such as the object updates App1 performs or password changes tied to Kerberos ticket processing; only a writable domain controller can service those requests, immediately eliminating both RODC-based options regardless of how they are made redundant. Between the two writable-DC options, deploying the two writable domain controller virtual machines across availability zones provides genuine redundancy within the same Azure region and VNet, keeping both DCs on the same low-latency virtual network VM1 already reaches through the Azure Firewall, so a zone failure still leaves a writable, reachable DC online for App1; placing the two writable DCs in physically distinct Azure regions instead would require extending VNet1 ' s connectivity (and the Azure Firewall ' s filtering) across regions and introduces materially higher replication latency between the two DCs, which the scenario ' s single-VNet, single-firewall design does not call for or support. Deploying two writable domain controller virtual machines across availability zones therefore both satisfies VM1 ' s write requirement and provides the requested redundancy with the least architectural disruption.
NEW QUESTION # 523
You have a Windows server named Server1. You add two 4-TB hard drives named Disk1 and Disk2 to Server1. You need to format the drives. The solution must meet the following requirements: * Disk1 must support disk level quotas. * Disk2 must support Data Deduplication. Which type of file system should you use for each drive? To answer, select the appropriate options in the answer area. NOTE: Each correct selection is worth one point.
Answer:
Explanation:
Explanation:
Disk1: NTFS only. Disk2: NTFS only.
Disk-level (NTFS) quotas are an NTFS-specific feature with no ReFS or exFAT equivalent, so a volume that must support disk quotas has to be formatted NTFS -- there is no alternative file system choice for Disk1.
Data Deduplication has historically been an NTFS-only feature, and while Microsoft did extend Data Deduplication support to ReFS starting with Windows Server 2019, that ReFS Dedup capability is specifically documented and supported in the context of Storage Spaces Direct clustered volumes (mirror or parity resiliency) -- it is not a general capability available on an arbitrary standalone server ' s locally attached disk the way it is described here (a plain server with two newly added hard drives, no clustering or Storage Spaces Direct mentioned). For a standalone server like Server1 formatting a local data disk for Data Deduplication, NTFS remains the applicable and supported choice; ReFS Dedup would only become relevant if these disks were part of a Storage Spaces Direct deployment. exFAT supports neither quotas nor Data Deduplication, and plain ReFS without the Storage Spaces Direct context does not support Data Deduplication either. Therefore, both Disk1 and Disk2 should be formatted NTFS to meet their respective requirements in this standalone-server scenario.
NEW QUESTION # 524
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