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| Section | Objectives |
|---|---|
| Networking and high availability | - High availability and disaster recovery
|
| Compute, storage, and virtualization | - Storage and file services
|
| Hybrid infrastructure management | - Azure integration
|
| Secure and manage Windows Server environments | - Identity and access management
|
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NEW QUESTION # 320
You have an Azure subscription that contains an Azure key vault named Vault1.
You plan to deploy a virtual machine named VM1 that will run Windows Server.
You need to enable encryption at host for VM1. The solution must use customer-managed keys.
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.
Answer:
Explanation:
Explanation:
1. Create a disk encryption set and generate RSA keys. 2. Grant Vault1 the managed identity permission for the disk encryption set. 3. Create VM1 and associate the disks of the virtual machine with the disk encryption set.
To enable encryption at host on a new Windows Server virtual machine using a customer-managed key rather than a platform-managed one, the first step is to create a disk encryption set that references, or generates, an RSA key stored in Vault1; creating the disk encryption set automatically provisions its own system-assigned managed identity as part of that creation, so no identity needs to be separately enabled on VM1 itself for this purpose. The administrator then grants that disk encryption set ' s own managed identity the necessary key permissions on Vault1, specifically get, wrap key, and unwrap key, which is what actually authorizes the encryption set to use the customer-managed key stored there for encrypting and decrypting data. Only after the encryption set has been created and properly authorized against Vault1 does the administrator create VM1 itself, enable encryption at host on it, and associate its OS and data disks with the already-configured disk encryption set, which is the step that actually applies customer-managed-key encryption to the virtual machine ' s disks and its host cache and temporary storage. Assigning the Virtual Machine Contributor role to a managed identity plays no part in this particular key-management workflow at all.
NEW QUESTION # 321
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 raise the domain and forest functional levels. Does this meet the goal?
Answer: A
Explanation:
Beginning with Windows Server 2019, the domain controller promotion process refuses to introduce a new domain controller into a domain whose SYSVOL still replicates using the deprecated File Replication Service, and this same restriction continues to apply to Windows Server 2022; the domain must first complete an actual SYSVOL migration from FRS to DFS Replication, typically performed using dfsrmig.exe, before any Windows Server 2019 or later domain controller, including one running Windows Server 2022, can be promoted into that domain. Raising the domain and forest functional levels changes which AD DS features become available and affects certain schema-related behaviors, and it does have its own prerequisite that every existing domain controller already meet the target functional level ' s minimum operating system version, but it has no effect whatsoever on which SYSVOL replication engine the domain is actually using underneath. Because the functional level and the SYSVOL replication mechanism are two entirely independent aspects of the domain ' s configuration, raising the functional levels does nothing to remove the FRS-based block on adding the first Windows Server 2022 domain controller, so this solution does not meet the stated goal.
NEW QUESTION # 322
You have a server named Server1 that runs Windows Server. You need to ensure that only specific applications can modify the data in protected folders on Server1. Solution: From App & browser control, you configure the Reputation-based protection. Does this meet the goal?
Answer: A
Explanation:
Restricting which applications are allowed to modify data inside a set of designated protected folders is specifically the job of Controlled folder access, a ransomware-protection feature configured under Virus & threat protection settings in Microsoft Defender Antivirus, which maintains an allow-list of trusted applications permitted to write to those protected folders while blocking every other process from doing so.
Reputation-based protection, by contrast, is found under App & browser control and works through Microsoft Defender SmartScreen, evaluating the reputation of downloaded files, apps, and sites and warning about or blocking ones considered potentially malicious based on reputation data; it has no mechanism whatsoever for restricting which applications can write to a specific folder on the file system, since folder-level write access simply isn ' t within its scope of protection. Because Reputation-based protection governs a completely different aspect of endpoint security -- reputation-based screening of downloaded content rather than folder- level application allow-listing -- configuring it does nothing to address the stated requirement, and only Controlled folder access under Virus & threat protection actually meets this specific goal. Therefore, configuring Reputation-based protection does not meet the goal.
NEW QUESTION # 323
You have on-premises servers that run Windows Server as shown in the following table: Server1 (Physical server), VM2 (Hyper-V virtual machine). You have an Azure subscription that contains a virtual machine named VM1. You need to ensure that you can manage all the servers by using Azure Arc. The solution must minimize administrative effort. On which servers should you install the Azure Connected Machine agent?
Server/VM type table
Answer: A
Explanation:
Azure Arc-enabled servers extends Azure management (policy, monitoring, extensions, and so on) to machines that live outside Azure -- physical servers and virtual machines running on-premises or in another cloud -- by installing the Azure Connected Machine agent on each of them. Server1 (an on-premises physical server) and VM2 (an on-premises Hyper-V virtual machine) both qualify as non-Azure machines and therefore both need the Connected Machine agent installed to be onboarded to Azure Arc. VM1, however, is already a native Azure virtual machine -- it is already a first-class Azure resource, fully managed through Azure Resource Manager without any additional agent, and Azure Arc is not applicable to (and does not support) resources that are already running natively in Azure. Installing the Connected Machine agent on VM1 would be unnecessary and provides no benefit, since everything Arc would offer for an on-premises machine (centralized policy, inventory, extensions) is already natively available for an actual Azure VM.
Therefore, to manage all three servers through Azure Arc with minimal wasted effort, the Connected Machine agent should be installed only on Server1 and VM2, leaving VM1 managed natively as an Azure resource.
NEW QUESTION # 324
You have a server named Server1 that runs Windows Server.
For Server1, you enable the default App Control for Business policies in audit mode.
You need to ensure that specific third-party applications installed on Server1 are allowed to run by using App Control for Business.
Which four 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.
Answer:
Explanation:
Explanation:
On Windows Server, App Control for Business policies are now managed through OSConfig: you build the rule set for the specific third-party applications with New-CIPolicy and New-CIPolicyRule, use the App Control Policy Wizard to assemble and export those rules into a supplemental policy XML file, finish preparing that file for deployment by setting its version and policy identifier with Set-CIPolicyVersion and Set-CIPolicyIdInfo (including marking it as a supplement to the running audit-mode base policy), and finally push it into effect with Set-OSConfigDesiredConfiguration -Scenario AppControl. This lets the previously audited third-party applications run under the enforced policy without having to author an entirely new base policy, and generating an EVTX file from Event Viewer or running Enable-OSConfigDriftControl are unrelated actions that play no part in authoring or deploying this supplemental allow policy. Building the rules from New-CIPolicyRule can itself be driven from the audit-mode EVTX data to capture exactly the executables the third-party applications actually use, but that consumption of the audit log happens inside the New-CIPolicy/New-CIPolicyRule step rather than as a separate action in this four-step sequence.
NEW QUESTION # 325
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