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| Section | Weight | Objectives |
|---|---|---|
| Deploy and manage Active Directory Domain Services (AD DS) in on-premises and cloud environments | 20% | - Implement and manage Group Policy Objects - Install and configure domain controllers - Manage FSMO roles and replication - Integrate AD DS with Azure AD and Azure Arc |
| Implement and manage an on-premises and hybrid networking infrastructure | 15% | - Secure network traffic in hybrid environments - Configure IP addressing, DNS, and DHCP - Implement hybrid network connectivity - Configure software-defined networking |
| Manage Windows Servers and workloads in a hybrid environment | 20% | - Implement hybrid identity solutions - Configure remote management and secure administration - Deploy servers using Windows Admin Center and Azure Arc - Manage updates and patches across hybrid servers |
| Manage storage and file services | 15% | - Configure data deduplication and replication - Configure file servers and shares - Integrate on-premises storage with Azure Storage - Implement Storage Spaces and Storage Spaces Direct |
| Implement high availability and disaster recovery | 5% | - Perform server and workload migrations - Use Azure Site Recovery for hybrid workloads - Configure failover clustering - Monitor and troubleshoot Windows Server environments - Implement backup and recovery solutions |
| Secure Windows Server on-premises and hybrid infrastructures | 10% | - Manage access control and permissions - Configure Windows Defender and audit policies - Implement security baselines and hardening |
| Manage virtual machines and containers | 15% | - Configure Azure Arc-enabled servers and VMs - Deploy and manage Hyper-V virtual machines - Deploy and manage containers and Kubernetes on Windows Server |
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NEW QUESTION # 43
You have servers that run Windows Server 2022 as shown in the following exhibit: Server1 (on-premises, hosts a Microsoft SQL Server 2019 instance), Server2 (Azure, contains the .NET SDK, hosts a .NET app named App1). You need to establish a WebSocket connection from App1 to the SQL Server instance on Server1. The solution must meet the following requirements: minimize the number of network ports that must be open on the on-premises network firewall; minimize administrative effort. What should you create first?
Server1 (on-premises, SQL Server 2019) / Server2 (Azure, .NET SDK, hosts App1).
Answer: D
Explanation:
Azure Relay ' s Hybrid Connections capability is built specifically to expose an on-premises TCP endpoint, such as a SQL Server instance, to a cloud application without opening any inbound port on the on-premises firewall: an on-premises Hybrid Connection Manager makes only an outbound connection to the relay, and the cloud application (App1) connects to the same relay, so traffic tunnels through a connection the on- premises network itself initiated. Both the WebSocket-based transport and the automatic connection management of Hybrid Connections satisfy the requirements to minimize open firewall ports and administrative effort far better than standing up a full site-to-site network path. However, a Hybrid Connection is a resource that must live inside an Azure Relay namespace, which is the container resource that has to exist first before any individual Hybrid Connection (or WCF relay) can be created within it; you cannot create a Hybrid Connection without first provisioning the namespace that will hold it. An Azure VPN gateway would establish full network-level connectivity between the networks, which is a heavier-weight solution requiring more firewall ports and more ongoing administrative overhead than is justified for reaching a single SQL endpoint. A WCF relay connection is an older, more complex Azure Relay capability aimed at SOAP/WCF scenarios and is not the modern minimal-effort choice for a WebSocket-based connection.
Because the Relay namespace is the prerequisite container, it must be created first.
NEW QUESTION # 44
You have an Active Directory Domain Services (AD DS) domain that contains the domain controllers shown in the following table: DC1 (Schema master), DC2 (Infrastructure master), DC3 (Domain naming master), DC4 (PDC emulator, RID master). The domain contains an app named App1 that uses a custom application partition to store configuration data. You decommission App1. When you attempt to remove the custom application partition, the process fails. Which domain controller is unavailable?
Domain controller FSMO role table
Answer: B
Explanation:
Adding or removing an application directory partition in AD DS -- including custom partitions such as the one App1 used to store its configuration data -- is an operation that must be performed against, and requires the availability of, the domain controller holding the Domain Naming Master FSMO role for the forest. This is the single operations master responsible for maintaining the list of domains and application partitions in the forest and for coordinating additions or removals of directory partitions; if that role holder is offline or unreachable, attempts to add or remove an application partition will fail, even though normal object read/write operations against other partitions (users, groups, and so on) may continue to function against any available domain controller. According to the exhibit ' s role assignments, DC3 holds the Domain Naming Master role.
The Schema master (DC1) governs schema extensions, the Infrastructure master (DC2) governs cross-domain object reference updates, and the PDC emulator/RID master (DC4) govern time synchronization, password
/authentication emulation, and relative ID pool allocation respectively -- none of these roles are involved in application partition add/remove operations. Because the removal of the custom application partition specifically failed, the unavailable domain controller must be the Domain Naming Master role holder, DC3.
NEW QUESTION # 45
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. You are planning the deployment of DNS to a new network. You have three internal DNS servers as shown in the following exhibit (Server1/Montreal/10.
0.1.10/contoso.local, Server2/Toronto/10.0.2.10/east.contoso.local, Server3/Seattle/10.0.3.10/west.contoso.
local). The contoso.local zone contains zone delegations for east.contoso.local and west.contoso.local. All the DNS servers use root hints. You need to ensure that all the DNS servers can resolve the names of all the internal namespaces and internet hosts. Solution: On Server2, you create a conditional forwarder for contoso.
local and west.contoso.local. On Server3, you create a conditional forwarder for contoso.local and east.
contoso.local. Does this meet the goal?
Server1 (Montreal, 10.0.1.10, contoso.local) / Server2 (Toronto, 10.0.2.10, east.contoso.local) / Server3 (Seattle, 10.0.3.10, west.contoso.local); contoso.local delegates east.contoso.local and west.contoso.local.
Answer: B
Explanation:
Server2 (east.contoso.local) already answers authoritatively for its own zone, so it only needs help reaching the parent zone and the sibling child zone; the same is true of Server3 (west.contoso.local) in reverse.
Configuring, on Server2, a conditional forwarder for contoso.local (pointed at Server1) covers the parent namespace, and a conditional forwarder for west.contoso.local (pointed at Server3) covers the sibling zone that Server2 does not itself host; together these two entries let Server2 resolve every internal namespace it doesn ' t already hold authoritatively. The mirrored configuration on Server3 - conditional forwarders for contoso.local and for east.contoso.local - gives Server3 the same complete internal coverage from its side.
Internet resolution is untouched by either change, since the scenario already states all three servers use root hints, so internet host names continue to resolve normally through the existing root hints configuration on every server. Because each server ends up able to reach its own zone (authoritative), the parent zone (via a conditional forwarder to Server1), the sibling child zone (via a conditional forwarder to the peer server), and the internet (via root hints), every internal namespace and every internet host is resolvable from Server2 and Server3, so this solution meets the stated goal.
NEW QUESTION # 46
You have an Azure subscription. The subscription contains multiple virtual machines that run Windows Server. You have the Azure virtual machine backup policies shown in the following table. You are evaluating automatically moving recovery points to the vault-archive tier. For which policies can you enable tiering?
(Exhibit: backup policies with their retention schedules.)
Azure VM backup policies and their retention schedules
Answer: C
Explanation:
A recovery point becomes eligible for the vault-archive tier only when it is a monthly or yearly recovery point with sufficient age and remaining retention; daily and weekly recovery points can never be archived directly.
Policy2 defines a monthly retention of 6 months and Policy4 defines a monthly retention of 30 months, so both policies generate monthly recovery points that can qualify for archive tiering. Policy1 configures only weekly retention (56 weeks) with no monthly or yearly tier configured, and Policy3 configures only a daily retention of 180 days with no weekly or monthly tier, so neither policy ever produces a monthly or yearly recovery point and therefore neither has anything eligible to move to the archive tier. Enabling archive tiering on a policy without a qualifying monthly or yearly tier would have no effect, since there would never be a recovery point of the right type to move. Once tiering is enabled on Policy2 and Policy4, Azure Backup automatically moves eligible monthly recovery points to the lower-cost archive tier as they age past the configured threshold, and they must be rehydrated before a restore operation can use them.
NEW QUESTION # 47
Your network contains an Active Directory Domain Services (AD DS) forest. The forest contains the groups shown in the following table: Group11 (Domain local, contoso.com), Group12 (Global, contoso.com), Group13 (Global, contoso.com), Group14 (Universal, contoso.com), Group21 (Universal, east.contoso.com).
You need to implement a group nesting strategy. Which groups can be added as members of Group12, and which groups can be added as members of Group21? To answer, select the appropriate options in the answer area. NOTE: Each correct selection is worth one point.
Group scope/domain table
Answer:
Explanation:
Explanation:
Group12 (Global, contoso.com) can have as members: Group13 only. Group21 (Universal, east.contoso.com) can have as members: Group12, Group13, and Group14 only.
Active Directory ' s group-scope nesting rules are strict and well-defined: a Global-scope group can contain only user/computer accounts and other Global-scope groups from its own, same domain -- it can never contain a Universal-scope or Domain-local-scope group, regardless of domain. Group12 is Global (contoso.
com), so among the listed candidates, only Group13 (also Global, also contoso.com) is eligible; Group11 is disqualified because it is Domain-local scope, and Group14 is disqualified because it is Universal scope -- Global groups cannot absorb Universal-scope members under any circumstance, even within the same domain. A Universal-scope group, by contrast, can contain accounts, other Universal groups from any domain in the forest, and Global groups from any domain in the forest (but never a Domain-local group). Group21 is Universal (east.contoso.com), so Group12 and Group13 (both Global, in contoso.com, a different domain -- which is fine, since Universal-group membership is forest-wide) are eligible, and Group14 (Universal, contoso.com) is also eligible, since Universal groups may contain other Universal groups from anywhere in the forest. Only Group11 (Domain-local scope) is excluded from Group21 ' s membership, since a Domain- local group can never be nested inside anything except another Domain-local group in its own domain.
NEW QUESTION # 48
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