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| Section | Objectives |
|---|---|
| Topic 1: Secure and manage Windows Server environments | - Security and compliance
|
| Topic 2: Networking and high availability | - Networking infrastructure
|
| Topic 3: Compute, storage, and virtualization | - Storage and file services
|
| Topic 4: Hybrid infrastructure management | - Monitoring and update management
|
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NEW QUESTION # 353
You have an on-premises Active Directory Domain Services (AD DS) domain that syncs with a Microsoft Entra tenant. You have several Windows devices that are Microsoft Entra hybrid joined. You need to ensure that when users sign in to the devices, they can use Windows Hello for Business. Which optional feature should you select in Microsoft Entra Connect?
Answer: A
Explanation:
For hybrid-joined devices using a hybrid key trust or hybrid certificate trust Windows Hello for Business deployment model, the on-premises AD DS domain controllers need visibility of the device objects that Microsoft Entra ID has registered for hybrid join, so that the domain controller can validate the device during Kerberos authentication as part of the Windows Hello for Business sign-in flow. Device writeback, an optional Microsoft Entra Connect feature, writes those Microsoft Entra-registered device objects back into the on-premises AD DS forest, which is the specific prerequisite this hybrid Windows Hello for Business scenario depends on. Group writeback instead synchronizes cloud-created Microsoft 365 and security groups back to on-premises AD and has no relationship to device sign-in. Password writeback lets cloud-initiated self-service password resets be written back to on-premises AD DS, which is unrelated to Windows Hello for Business enrollment. Directory extension attribute sync and Microsoft Entra app and attribute filtering both control which custom attributes or objects are included in synchronization scope and do not affect device authentication capabilities. Device writeback is therefore the correct optional feature to enable.
NEW QUESTION # 354
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: B
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 # 355
Your network contains an Active Directory Domain Services (AD DS) domain. The domain contains servers that run Windows Server as shown in the following table.
Server1 has the connection security rules shown in the following table.
Server2 has the connection security rules shown in the following table.
.
Exhibit
Exhibit
Answer:
Explanation:
Explanation:
Server1 can communicate with Server2 successfully: Yes. Server2 can communicate with Server3 successfully: Yes. Server3 can communicate with Server2 successfully: Yes.
A connection security rule set to Require authentication blocks the connection outright if authentication cannot be completed, whereas a rule set to Request authentication always lets the connection proceed even when authentication fails, since it only attempts protection and never enforces it. Rule11 on Server1 requires computer authentication using NTLMv2 specifically for traffic between its own /24 subnet and Server2 ' s address, and this communication succeeds because Server2 is configured with a matching, compatible authentication rule for that exact traffic pattern, so Server1 and Server2 can both authenticate successfully.
Traffic between Server2 and Server3 instead falls under Server1 ' s and Server2 ' s broader Rule12, which covers the wider 172.16.0.0/16 range in Request mode rather than the narrow Require-mode Rule11. Because connection security rules never block traffic on their own -- a separate Windows Defender Firewall rule is what actually permits or blocks a connection -- and Request mode tolerates a peer that cannot or does not authenticate at all, communication between Server2 and Server3 succeeds in both directions even though Server3 has no connection security rule of its own configured to match against.
NEW QUESTION # 356
Your network contains two Active Directory forests and a domain trust as shown in the following exhibit:
contoso.com forest contains a child domain east.contoso.com (automatic parent-child trust); a separate domain trust named adatum.com exists, configured as Type External, Direction One-way outgoing (outgoing from east.contoso.com to adatum.com), Outgoing trust authentication level Domain-wide authentication. The network contains the users User1 (adatum.com), User2 (contoso.com), and User3 (east.contoso.com), and the shares Share1 (in adatum.com), Share2 (in contoso.com), and Share3 (in east.contoso.com). For each of the following statements, select Yes if the statement is true. Otherwise, select No. NOTE: Each correct selection is worth one point.
contoso.com (parent-child trust) east.contoso.com; east.contoso.com --external, one-way outgoing domain trust-- > adatum.com.
User1: adatum.com. User2: contoso.com. User3: east.contoso.com.
Answer:
Explanation:
Explanation:
User1 can be assigned permissions for Share3: Yes. User2 can be assigned permissions for Share1: No. User3 can be assigned permissions for Share1: No.
The external trust here is configured on east.contoso.com, directed one-way outgoing toward adatum.com; an outgoing trust means the domain that owns the trust (east.contoso.com) trusts the named target domain (adatum.com), which allows security principals from the trusted domain, adatum.com, to be granted access to resources in the trusting domain, east.contoso.com - but grants nothing in the reverse direction, and, being an external (not forest) trust, it is non-transitive and does not extend to any other domain such as the contoso.
com root. User1 belongs to adatum.com, the trusted domain, and Share3 sits in east.contoso.com, the trusting domain, so User1 can indeed be assigned permissions for Share3 - that is precisely what an outgoing trust from east.contoso.com to adatum.com enables. User2 belongs to contoso.com, the forest root, which is not a party to this external trust at all (the trust exists only on east.contoso.com, and external trusts don ' t extend automatically to a parent domain), so there is no path allowing User2 into adatum.com ' s Share1. User3 belongs to east.contoso.com itself, but the trust direction only lets adatum.com principals reach into east.
contoso.com, not the reverse; east.contoso.com does not trust adatum.com as a resource domain from its own users ' perspective, so User3 likewise cannot be assigned permissions for Share1.
NEW QUESTION # 357
You have an on-premises DNS server named Server1 that runs Windows Server. Server1 hosts a DNS zone named fabrikam.com. You have an Azure subscription that contains the resources shown in the following exhibit: Vnet1 (virtual network, connects to the on-premises network by using a Site-to-Site VPN), VM1 (virtual machine, runs Windows Server and has the DNS Server role installed), contoso.com private DNS zone (linked to Vnet1), and contoso.com public DNS zone (contains the DNS records of all the platform as a service [PaaS] resources). How should you complete the name resolution configuration? To answer, select the appropriate options in the answer area. NOTE: Each correct selection is worth one point.
Vnet1 (Site-to-Site VPN) / VM1 (DNS Server role) / contoso.com private zone (linked to Vnet1) / contoso.com public zone (PaaS records).
Answer:
Explanation:
Explanation:
On Vnet1 (VM1): configure VM1 to forward requests for the contoso.com zone to the Azure-provided DNS at 168.63.129.16. On the on-premises network: configure forwarding for the contoso.com zone to VM1.
The Azure-provided DNS resolver at 168.63.129.16 is what actually knows about the contoso.com private DNS zone, because that zone is linked to Vnet1 and platform DNS only answers private-zone queries for resources/clients located inside the linked virtual network; it cannot be queried directly by anything outside that VNet, including the on-premises network across the Site-to-Site VPN. VM1, however, sits inside Vnet1 and can reach 168.63.129.16 directly, so configuring VM1 ' s own DNS Server role to forward contoso.com queries to 168.63.129.16 lets VM1 successfully resolve private-zone records (and, transitively, records that depend on the public zone data for PaaS resources) on behalf of anyone who asks VM1. On the on-premises side, the on-premises DNS infrastructure has no direct path to the Azure platform resolver at all, so it must instead be configured to forward contoso.com queries to VM1 ' s IP address, which is reachable across the established Site-to-Site VPN. This produces a working chain: on-premises clients query their local DNS server, which forwards contoso.com queries across the VPN to VM1, which in turn forwards them to the Azure-provided DNS resolver that can actually see the linked private zone, and the resolved answer flows back along the same path. Configuring VM1 to forward to the public DNS zone directly, or configuring on- premises forwarding straight to 168.63.129.16 or to the public zone, would each skip a required hop and fail to resolve the private zone ' s records.
NEW QUESTION # 358
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