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| Section | Objectives |
|---|---|
| Manage hybrid compute and virtualization | - Virtual machines
|
| Secure Windows Server hybrid infrastructures | - Identity and access management
|
| Implement and manage high availability | - Load balancing and redundancy
|
| Monitoring and troubleshooting | - Diagnostics
|
| Disaster recovery and migration | - Backup and restore
|
| Networking and storage infrastructure | - Networking
|
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NEW QUESTION # 135
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. Some question sets might have more than one correct solution, while others might not have a correct solution. After you answer a question in this section, you will NOT be able to return to it. 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: You configure Server2 and Server3 to forward DNS requests to 10.0.1.10. 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: A
Explanation:
A forwarder configuration tells a DNS server to hand off any query it cannot answer authoritatively to the specified forwarder and to trust that forwarder to fully resolve the name, including chasing any referrals or delegations itself, rather than returning a partial referral back to the requester. Server1, at 10.0.1.10, is authoritative for the parent zone contoso.local and holds the delegation (NS) records pointing to Server2 and Server3 for the east.contoso.local and west.contoso.local child zones, and Server1 also uses root hints for internet name resolution. When Server2 or Server3 forwards any query - whether for a name under the other sibling subdomain or for an internet host - to Server1, Server1 will either answer authoritatively (for contoso.
local records it holds directly), follow its own delegation records to query the correct child-zone server on the requester ' s behalf, or use its root hints to resolve internet names, and in every case it returns a single, fully resolved answer to the forwarding server. Because Server1 is capable of resolving every internal namespace (its own zone plus both delegated child zones) and every internet host, and because Server2 and Server3 are configured to rely on it as their forwarder for anything outside their own local zone, both servers gain full internal and internet resolution simply by pointing to 10.0.1.10. This satisfies the stated goal.
NEW QUESTION # 136
You have two Azure virtual networks named Vnet1 and Vnet2. You have a Windows 10 device named Client1 that connects to Vnet1 by using a Point-to-Site (P2S) IKEv2 VPN. You implement virtual network peering between Vnet1 and Vnet2. Vnet1 allows gateway transit; Vnet2 uses the remote gateway. You discover that Client1 cannot communicate with Vnet2. You need to ensure that Client1 can communicate with Vnet2. Solution: You download and reinstall the VPN client configuration. Does this meet the goal?
Answer: A
Explanation:
When a network topology change occurs after a Point-to-Site VPN client is already connected -- such as enabling gateway transit through virtual network peering after Client1 ' s original connection was established
-- the Windows VPN client configuration package must be downloaded again from the virtual network gateway and reinstalled on the client for it to learn the new routes to the newly reachable peered network.
Downloading and reinstalling the VPN client configuration on Client1 refreshes the routing information embedded in that package so that it now includes routes into Vnet2, which is exactly the documented remediation Microsoft describes for this scenario. Because the peering and gateway transit settings on Vnet1 and Vnet2 were already configured correctly before this solution was applied, refreshing Client1 ' s configuration package is sufficient on its own to restore connectivity, without needing any additional changes to BGP, gateway SKU, or network security group rules. This solution therefore meets the goal of ensuring Client1 can communicate with Vnet2.
NEW QUESTION # 137
You have an Azure virtual machine named VM1. Crash dumps for a process named Process1 are enabled for VM1. When process1.exe on VM1 crashes, a technician must access the memory dump files on the virtual machine. The technician must be prevented from accessing the virtual machine. To what should you provide the technician access?
Answer: C
Explanation:
When crash dump collection is configured for a specific process on an Azure virtual machine through the Azure Diagnostics extension ' s crash dump configuration, the resulting memory dump files are automatically uploaded to a container inside an Azure Storage account rather than being left on the virtual machine ' s own local disk. Granting the technician access to that Blob Storage container -- for example, through a shared access signature or an appropriate role assignment scoped to just that container -- lets the technician retrieve and analyze the dump files entirely on their own, without ever needing sign-in rights on VM1 itself, which satisfies the requirement to keep the technician off the virtual machine. An Azure Log Analytics workspace stores telemetry, performance counters, and log records rather than raw binary dump files, an Azure file share is not the destination the diagnostics extension actually writes crash dumps to, and a managed disk would still require attaching it to, or signing into, some virtual machine in order to read its contents. Therefore, an Azure Blob Storage container is the correct resource to grant the technician access to.
NEW QUESTION # 138
You have an on-premises IIS web server that hosts several .NET applications. You plan to migrate the applications to Azure App Service. The applications will NOT be containerized. What should you use to perform the migration?
Answer: D
Explanation:
The App Service Migration Assistant is the specific Microsoft tool built to assess and migrate on-premises IIS- hosted .NET, and also PHP, web applications directly into Azure App Service as native App Service web apps running on the platform ' s own managed compute, without requiring any Docker containerization step at all, which directly matches this scenario ' s requirement that the applications not be containerized. Internally, the App Service Migration Assistant uses the Web Deploy tool to actually push the application ' s content and configuration up to the target App Service web app once the assessment and migration plan have been generated, but Web Deploy on its own is only a content-transfer mechanism and is not the discovery-and- migration tool an administrator would run to start and orchestrate the overall migration. Data Migration Assistant is a completely different tool scoped to assessing and migrating SQL Server databases rather than web applications, and Windows Admin Center and IIS Manager are general-purpose server and IIS management consoles that have no dedicated App Service migration capability whatsoever, so none of those alternatives can perform this specific migration task the way the App Service Migration Assistant is purpose- built to do.
NEW QUESTION # 139
Your network contains an on-premises Active Directory Domain Services (AD DS) domain named contos.
com. The domain contains the accounts shown in the following table.
The domain is configured to store BitLocker recovery keys in Active Directory.
* Admin1 turns on BitLocker Drive Encryption (BitLocker) for volume C on Server1.
* Admin1 moves Server1 to OU1.
* Admin2 turns on BitLocker for removable volume E on Server2.
* Admin2 moves removable volume E from Server2 to Server1 and unlocks the volume.
On which Active Directory object can you each BitLocker recovery key? To answer, select the appropriate options in the answer area.
NOTE: Each correct selection is worth on point.
Answer:
Explanation:
Explanation:
The BitLocker recovery key for volume C: the Server1 computer object. The BitLocker recovery key for volume E: the Server2 computer object.
When BitLocker recovery information is backed up to Active Directory Domain Services, it is written as a child object underneath the computer object of whichever machine was actually running when the key protector was created; it is never written under a user object, an organizational unit object, or the domain root itself. Because Admin1 turned on BitLocker for volume C directly on Server1, that recovery password is stored as a child object of Server1 ' s own computer object, and Admin1 subsequently moving Server1 into OU1 only changes Server1 ' s location within the directory tree, not which computer object actually holds its recovery data. Because Admin2 turned on BitLocker for removable volume E while it was physically attached to Server2, its recovery password was written under Server2 ' s computer object at that time. Simply moving the removable drive over to Server1 afterward and unlocking it there does not trigger a new backup to Active Directory, since a new recovery-information object is only created when a key protector is actually added to a volume, not merely when an already-encrypted volume is unlocked elsewhere. The recovery key for volume E therefore remains associated with Server2 ' s computer object even after the drive itself has been physically relocated to Server1.
NEW QUESTION # 140
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