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| Section | Objectives |
|---|---|
| Hybrid infrastructure management | - Azure integration
|
| Compute, storage, and virtualization | - Storage and file services
|
| Secure and manage Windows Server environments | - Identity and access management
|
| Networking and high availability | - High availability and disaster recovery
|
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NEW QUESTION # 316
You have an on-premises server named Server1 that runs Windows Server.
You have an Azure subscription.
You plan to back up the files and folders on Server1 by using the Microsoft Azure Recovery Services (MARS) agent.
You need to identify to which location the backups can be written and the maximum number of scheduled backups that can be performed per day.
What should you identify? To answer, select the appropriate options in the answer area.
NOTE: Each correct selection is worth one point
Answer:
Explanation:
Explanation:
Backup location: A Recovery Services vault in Azure. Maximum number of scheduled backups per day: 3.
The MARS agent, short for Microsoft Azure Recovery Services agent, is the Azure Backup client used to protect files and folders directly on Windows machines such as Server1, and it always writes its backups to a Recovery Services vault in Azure. The newer Backup vault resource type is used for other Azure Backup workloads, such as blobs, Azure managed disks, and PostgreSQL databases, and is not a supported destination for MARS agent backups, so a Recovery Services vault is the only correct backup location for this scenario.
Within the MARS agent ' s Schedule Backup wizard, an administrator can configure a backup job to run up to three times per day at specified times, and three is the documented maximum backup frequency supported by the agent; attempting to schedule more than three daily backups is not possible through the wizard. Because the scenario asks specifically about the destination and the frequency limits of MARS agent backups, identifying a Recovery Services vault as the location and three as the maximum number of scheduled backups per day correctly answers both parts of the question.
NEW QUESTION # 317
You have two on-premises Hyper-V hosts named Server1and Served Server 1 hosts a virtual machine named VM1 that uses a static IP address. VM1 replicates to Server2 by using Hyper-V Replica.
You plan to perform a failover test for VM1.
You need to configure the Failover TCP/IP settings and the virtual switch for the failover.
Where should you configure the Failover TCP/IP settings, and where should you configure the virtual switch?
To answer, select the appropriate options in the answer area.
NOTE: Each correct selection is worth one point.
Exhibit
Answer:
Explanation:
Explanation:
The Failover TCP/IP settings (the IPv4/IPv6 address, subnet, and gateway a replicated VM should assume after failover) are a network-adapter property that only applies to the Replica copy of the virtual machine, so they are configured on VM1 as it exists on the Replica server, Server2 - this is the only place the option is exposed in Hyper-V Manager. A virtual switch, on the other hand, must be present and correctly mapped on both the primary host and the Replica host so that the VM ' s virtual network adapter can connect to a switch whether it is running on Server1 (normal operation) or has failed over to run on Server2, which is why virtual switch configuration needs to be addressed for VM1 on both servers rather than only on the one where failover TCP/IP settings apply. Configuring the Failover TCP/IP settings on Server2 before running the failover test ensures VM1 comes online there with a working static address rather than retaining Server1 ' s original address on an unreachable subnet.
NEW QUESTION # 318
Your network contains an Active Directory Domain Services (AD DS) forest. You need to deploy a Storage Spaces Direct converged infrastructure. The solution must meet the following requirements: -- Use an Ethernet fabric. -- Eliminate the need for Data Center Bridging (DCB). Which Remote Direct Memory Access (RDMA) networking technology should you implement?
Answer: B
Explanation:
iWARP (Internet Wide Area RDMA Protocol) implements RDMA on top of standard TCP/IP, which allows it to operate over an ordinary, lossy Ethernet fabric without requiring Data Center Bridging or Priority Flow Control to guarantee lossless delivery of RDMA traffic. This is fundamentally different from RoCE (RDMA over Converged Ethernet), in either its v1 or v2 form, both of which depend on a DCB-configured, lossless Ethernet fabric to operate reliably, since RoCE has no built-in congestion or loss-recovery mechanism of its own and instead relies on the underlying network to guarantee lossless delivery. InfiniBand is excluded outright because it is not an Ethernet-based fabric at all, and the requirement explicitly calls for an Ethernet fabric. Because the deployment must use Ethernet while specifically eliminating the DCB dependency that both RoCEv1 and RoCEv2 require, iWARP is the only RDMA technology among the options that satisfies both stated requirements simultaneously for the Storage Spaces Direct converged infrastructure deployment.
NEW QUESTION # 319
Your network contains an on-premises Active Directory Domain Services (AD DS) domain. The domain contains servers that run Windows Server. The domain contains a group named Group1. You have an Azure Storage account that contains an Azure Files share named share1. Identity-based authentication for Azure Files is enabled by using the domain. Group1 syncs with a Microsoft Entra tenant. The members of Group1 can authenticate from the servers but cannot access the files in share1. Group1 has Modify NTFS permissions for the required folders in share1. You need to grant Group1 share-level access to meet the following requirements: - Allow the members to read, write, and delete files over SMB. - Prevent the members from modifying the NTFS permissions. - Follow the principle of least privilege. Which role should you assign to Group1 at the scope of share1?
Answer: B
Explanation:
Azure Files identity-based authentication requires two independent layers of permission to actually grant SMB access: the underlying NTFS (file/directory) permissions, which Group1 already has correctly set as Modify on the required folders, and a separate Azure role-based access control (RBAC) permission assigned at the storage account, file share, directory, or file scope, which governs whether an authenticated identity is allowed onto the share over SMB at all; even correct NTFS permissions are enforced only after the RBAC layer has admitted the connection, which is why Group1 currently authenticates successfully but still cannot access any files, since no Azure Files data-plane RBAC role has been assigned yet. The Storage File Data SMB Share Contributor role grants exactly read, write, and delete access over SMB to files and directories in the share, matching the first requirement, while explicitly not including the permission to modify NTFS-level permissions on those files, which the built-in role reserves for the Elevated Contributor role, so Contributor also satisfies both the second requirement and the least-privilege requirement by granting no more access than is needed. Storage File Data SMB Share Elevated Contributor adds the ability to change NTFS permissions, which the scenario explicitly requires be prevented, and Storage File Data SMB Share Reader and Storage File Data Privileged Contributor either grant too little (read-only) or too much (elevated, privileged) access for this scenario.
NEW QUESTION # 320
You have a Hyper-V failover cluster named Cluster1 that uses a cloud witness. Cluster1 hosts a virtual machine named VM1 that runs Windows Server. You need to fail over VM1 automatically to a different node when a service named Service1 on VM1 fails. What should you do on Cluster1 and VM1? To answer, select the appropriate options in the answer area. NOTE: Each correct selection is worth one point.
Answer:
Explanation:
Explanation:
On Cluster1: Configure monitoring of the VM1 cluster role. On VM1: Configure the Recovery settings of Service1.
Failover Clustering ' s virtual machine monitoring feature lets the cluster watch the health of a specific Windows service running inside a guest virtual machine and take corrective action -- up to and including failing the VM over to another node -- when that service repeatedly fails. Enabling this requires two coordinated configuration steps on two different sides. On Cluster1, an administrator selects " Configure Monitoring " on the VM1 cluster role in Failover Cluster Manager (or runs Add-ClusterVMMonitoredItem) and chooses Service1 as the specific service to monitor, which is what actually enables the cluster ' s health- detection integration to watch that service and react when it fails. Inside the guest, on VM1, Service1 ' s own Recovery tab in the Services console must be configured so that its failure actions notify the operating system on failure, which is the signal the cluster ' s monitoring integration component relies on to detect that the service has actually failed. Configuring the Startup Type alone, or the Startup and Recovery settings together without specifically enabling the failure-notification behavior, does not provide the cluster with the signal it needs, and installing the Azure Monitor agent is unrelated to in-guest service monitoring for cluster failover.
Both configuration steps together are required for the desired automatic failover behavior to work.
NEW QUESTION # 321
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