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| Section | Objectives |
|---|---|
| Manage hybrid compute and virtualization | - Containers
|
| Implement and manage high availability | - Failover clustering
|
| Monitoring and troubleshooting | - System monitoring
|
| Secure Windows Server hybrid infrastructures | - Identity and access management
|
| Disaster recovery and migration | - Backup and restore
|
| Networking and storage infrastructure | - Networking
|
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NEW QUESTION # 485
Your network contains an Active Directory Domain Services (AD DS) domain named adatum.com. The domain contains a server named Server1 and the users shown in the following exhibit (User1: member of Group1; User2: member of Group2; User3: member of Group3). Server1 contains a folder named D:\Folder1.
The advanced security (NTFS) permissions for Folder1 are: Administrators (SERVER1\Administrators) - Full control; Group1 (ADATUM\Group1) - Read; Group2 (ADATUM\Group2) - Write. Folder1 is shared as Share1 (FolderEnumerationMode: Unrestricted). The share permissions for Share1 are: Group1 - Allow Change; Group3 - Allow Full Control. For each of the following statements, select Yes if the statement is true. Otherwise, select No. NOTE: Each correct selection is worth one point.
D:\Folder1 NTFS permissions: Administrators=Full control, Group1(ADATUM)=Read, Group2(ADATUM)
=Write.
Answer:
Explanation:
Explanation:
User1 can read the files in Share1: Yes. User3 can delete files in Share1: No. If User2 connects to \\Server1.
adatum.com from File Explorer, Share1 will be listed: Yes.
When a folder is accessed across the network through its share, the effective permission is always the more restrictive of the NTFS permission and the share permission evaluated together. User1 belongs to Group1, which has NTFS Read and share-level Change; the combined effective permission is Read, so User1 can indeed read the files in Share1. User3 belongs to Group3, which has no NTFS permission entry at all on D:
\Folder1 (only Administrators, Group1, and Group2 appear in the NTFS ACL, with no inheritance from a parent granting Group3 access), even though Group3 holds Full Control at the share level; because NTFS grants nothing to Group3, the combined effective permission is no access whatsoever, so User3 cannot delete, read, or otherwise touch the files, regardless of the generous share permission. The third statement concerns Access-Based Enumeration (ABE), which Windows exposes on a share through its folder enumeration mode:
Share1 ' s FolderEnumerationMode is set to Unrestricted, meaning ABE is disabled for this share. With ABE disabled, every share is listed to every user browsing \\Server1.adatum.com regardless of that user ' s actual access rights, so Share1 will appear in the listing when User2 (Group2, which has no share permission entry and effectively no access to the share ' s contents at all) browses to the server, even though User2 could not open the share ' s contents once inside. ABE only hides shares from users with zero effective access when it is explicitly enabled (AccessBased mode), which is not the case here.
NEW QUESTION # 486
Your network contains an Active Directory Domain Services (AD DS) domain. The domain contains a domain controller named DC1. The domain uses Microsoft Entra Connect sync with a Microsoft Entra tenant and uses Microsoft Entra Password Protection to enforce a custom banned password list. You deploy a new domain controller named DC2 to the domain. You discover that the custom banned password list is applied inconsistently and often allows banned passwords to be used. You need to ensure that the custom banned password list is always enforced. What should you do on DC2?
Answer: E
Explanation:
Microsoft Entra Password Protection enforces the custom banned password list on-premises through a DC agent service that must be installed on every domain controller in the domain; any domain controller that lacks the agent will not evaluate password change or reset attempts against the policy at all, which produces exactly the inconsistent enforcement described in the scenario, where some password changes get validated on DCs that already have the agent while others processed on DC2 slip through unchecked. Installing the Microsoft Entra Password Protection DC agent on DC2 closes this gap by making DC2 itself evaluate every password change against the downloaded banned-password policy, the same way DC1 and any other agent- equipped domain controllers already do, restoring consistent enforcement domain-wide. The Password Protection proxy service only relays policy download requests from domain controllers to Microsoft Entra ID and is typically installed on just one or two servers rather than on every DC, so it plays no direct role in evaluating password attempts on DC2. The provisioning agent and Azure Monitor Agent serve entirely unrelated purposes, namely identity provisioning workflows and telemetry collection, and installing either would do nothing to make DC2 enforce the banned password list.
NEW QUESTION # 487
You have an Azure virtual machine named VM1. You enable Microsoft Defender SmartScreen on VM1. You need to ensure that the SmartScreen messages displayed to users are logged. What should you do?
Answer: C
Explanation:
Microsoft Defender SmartScreen writes its notification and warning events to the Microsoft-Windows- SmartScreen/Debug event log, which is hidden by default in Event Viewer along with all other Analytic and Debug logs. An administrator must open Event Viewer, select View > Show Analytic and Debug Logs to reveal the hidden log category, and then explicitly enable that Debug log so the SmartScreen prompt events shown to users are actually captured and retained for later review; without enabling it, the events are generated in memory but not persisted or visible. Running WinRM quickconfig only configures the Windows Remote Management listener and has no relationship to SmartScreen logging. Modifying the Advanced Audit Policy Configuration settings governs security auditing categories such as logon events and object access, not SmartScreen ' s own debug telemetry. Configuring Virus & threat protection settings in the Windows Security app manages antivirus and ransomware protection features, not SmartScreen event logging. Therefore, enabling the Debug log in Event Viewer is the correct action.
NEW QUESTION # 488
Your network contains a DHCP server. You plan to add a new subnet and deploy Windows Server to the subnet. You need to use the server as a DHCP relay agent. Which role should you install on the server?
Answer: A
Explanation:
The DHCP Relay Agent functionality on Windows Server is not part of the DHCP Server role itself; installing DHCP Server would make the machine a full DHCP server (issuing its own leases), which is not what is needed here, since an existing DHCP server on a different subnet already serves that role. Instead, the DHCP Relay Agent is implemented as a routing protocol component under the Remote Access server role, specifically as part of the Routing role service (RRAS). After installing the Remote Access role with Routing enabled, an administrator uses the Routing and Remote Access console (or the corresponding PowerShell cmdlets) to add and configure the DHCP Relay Agent IP routing protocol on the relevant interface, specifying the IP address of the remote DHCP server(s) to which broadcast DHCP discovery packets on the local subnet should be forwarded as unicast messages. Network Policy and Access Services provides RADIUS/NPS and Health Registration Authority functionality and has no DHCP relay capability. Network Controller is an SDN management role for centralized network state and policy in software-defined datacenters and likewise does not provide DHCP relay. Because the goal is specifically to relay DHCP broadcast traffic from a new subnet to an existing DHCP server elsewhere on the network, the Remote Access role (with the Routing role service and the DHCP Relay Agent protocol configured) is the role that must be installed.
NEW QUESTION # 489
You deploy Azure Migrate to an on-premises network. You have an on-premises physical server named Server1 that runs Windows Server and has the following configurations: -- Operating system disk: 600 GB -- Data disk: 3 TB -- NIC Teaming: Enabled -- Mobility service: Installed -- Windows Defender Firewall:
Enabled -- Microsoft Defender Antivirus: Enabled You need to ensure that you can use Azure Migrate to migrate Server1. Solution: You disable Windows Defender Firewall on Server1. Does this meet the goal?
Answer: A
Explanation:
Azure Migrate ' s agent-based migration, which relies on the Mobility service already installed on Server1, does not support source servers that have NIC Teaming enabled; Microsoft ' s documented support matrix for physical server migration explicitly calls out that the teamed network adapter configuration must be removed from the source server before it can be correctly discovered, assessed, and replicated by Azure Migrate.
Disabling Windows Defender Firewall on Server1 does nothing to address this NIC Teaming limitation, which is the actual configuration that blocks the migration from proceeding. Having Windows Defender Firewall enabled is not, by itself, an obstacle to Azure Migrate as long as the necessary Mobility service and replication traffic ports are permitted through it, so disabling the firewall does not resolve any real blocking issue and is not part of the documented remediation for this scenario. Because the solution described does not address the actual root cause, which is the enabled NIC Teaming configuration, disabling Windows Defender Firewall on Server1 does not meet the goal of ensuring Server1 can be migrated.
NEW QUESTION # 490
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