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description: Investigate how Azure Site Recovery can help achieve these goals by harnessing the power of the cloud. Then, study the tools that can make the failover and recovery of resources possible.
- content: "What are the key steps required to set up Azure Site Recovery to protect your on-premises VMs?"
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choices:
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- content: Central management, on-premises virtual machine replication, network integration, app consistency during failover
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isCorrect: false
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explanation: These features are all part of Azure Site Recovery, not the steps you need to take.
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- content: Networking, create a Recovery Services vault, give the correct permissions to credentials, install a configuration server in your vCenter via an OVA
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isCorrect: true
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explanation: Correct, all of these steps are needed to set up Azure Site Recovery correctly.
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- content: Protected Items, Replicated Item, Compute & Network, use an existing Recovery Services vault, Test Failover
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isCorrect: false
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explanation: These properties are what you see in the Azure portal, not the steps you need to take.
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- content: "How should you test the Azure Site Recovery deployment?"
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choices:
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- content: Run a disaster recovery drill for all the protected VMs, on the production network.
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isCorrect: false
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explanation: Running the drill on the production network would adversely affect the performance of all the live workloads.
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- content: Run a disaster recovery drill for a single isolated VM, on the production network.
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isCorrect: false
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explanation: Running on an isolated VM is best practice, but you should use an isolated network to ensure live services aren't affected.
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- content: Run a disaster recovery drill for a single isolated VM, on an isolated network.
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isCorrect: true
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explanation: If you run the recovery drill on a single VM, on an isolated network, it ensures that live services aren't affected and proves the recoveries are set up correctly.
description: Investigate how Azure Site Recovery can help achieve these goals by harnessing the power of the cloud. Then, study the tools that can make the failover and recovery of resources possible.
- content: "What are the key steps required to set up Azure Site Recovery to protect your on-premises VMs?"
18
+
choices:
19
+
- content: Central management, on-premises virtual machine replication, network integration, app consistency during failover.
20
+
isCorrect: false
21
+
explanation: These features are all part of Azure Site Recovery, not the steps you need to take.
22
+
- content: Networking, create a Recovery Services vault, give the correct permissions to credentials, install a configuration server in your vCenter via an OVA.
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+
isCorrect: true
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explanation: Correct, all of these steps are needed to set up Azure Site Recovery correctly.
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+
- content: Protected Items, Replicated Item, Compute & Network, use an existing Recovery Services vault, Test Failover.
26
+
isCorrect: false
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explanation: These properties are what you see in the Azure portal, not the steps you need to take.
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+
- content: "How should you test the Azure Site Recovery deployment?"
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choices:
30
+
- content: Run a disaster recovery drill for all the protected virtual machines, on the production network.
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+
isCorrect: false
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explanation: Running the drill on the production network would adversely affect the performance of all the live workloads.
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+
- content: Run a disaster recovery drill for a single isolated virtual machine, on the production network.
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+
isCorrect: false
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explanation: Running on an isolated virtual machine is best practice, but you should use an isolated network to ensure live services aren't affected.
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- content: Run a disaster recovery drill for a single isolated virtual machine, on an isolated network.
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+
isCorrect: true
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explanation: If you run the recovery drill on a single virtual machine on an isolated network, it ensures that live services aren't affected and proves the recoveries are set up correctly.
description: Understand recovery time and recovery point objectives. Then, see how a recovery drill can test that Azure Site Recovery was configured correctly to meet these objectives.
- content: "Which of these choices best defines a recovery time objective (RTO)?"
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choices:
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- content: The measure of the maximum amount of data that can be lost during a disaster.
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isCorrect: false
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explanation: This description is that of a recovery point objective (RPO).
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- content: The measure of the time between the disaster starting and the business recovering from the disaster.
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isCorrect: false
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explanation: This measurement has no bearing on an RTO.
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- content: The measure of the maximum amount of time your business can survive after a disaster until normal service must be restored.
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isCorrect: true
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explanation: An RTO is the amount of time that data can be lost via an outage before it impacts the company significantly.
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- content: The measure of the maximum amount of data that's recoverable from a backup.
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isCorrect: false
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explanation: This measurement has no impact on the RTO.
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- content: "When you monitor a recovery from the recovery services vault, which of the following statistics can be viewed on the Site Recovery dashboard?"
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choices:
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- content: Replicated items, monitoring of test failovers, and monitoring of configuration issues
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isCorrect: true
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explanation: All of these items can be viewed from the Recovery Services vault dashboard.
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- content: Replicated items, vault status, and network status
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isCorrect: false
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explanation: These items can't be viewed from the Recovery Services dashboard.
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- content: Monitoring of configuration issues, vault status, and DHCP replication status
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isCorrect: false
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explanation: These items can't be viewed from the Recovery Services dashboard.
description: Understand recovery time and recovery point objectives. Then, see how a recovery drill can test that Azure Site Recovery was configured correctly to meet these objectives.
- content: "Which of these choices best defines a recovery time objective (RTO)?"
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+
choices:
19
+
- content: The measure of the maximum amount of data that can be lost during a disaster.
20
+
isCorrect: false
21
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explanation: This description is that of a recovery point objective (RPO).
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+
- content: The measure of the time between the disaster starting and the business recovering from the disaster.
23
+
isCorrect: false
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explanation: This measurement has no bearing on an RTO.
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+
- content: The measure of the maximum amount of time your business can survive after a disaster until normal service must be restored.
26
+
isCorrect: true
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explanation: An RTO is the amount of time that data can be lost via an outage before it impacts the company significantly.
28
+
- content: The measure of the maximum amount of data that's recoverable from a backup.
29
+
isCorrect: false
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explanation: This measurement has no impact on the RTO.
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- content: "When you monitor a recovery from the recovery services vault, which of the following statistics can be viewed on the Site Recovery dashboard?"
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choices:
33
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- content: Replicated items, monitoring of test failovers, and monitoring of configuration issues.
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isCorrect: true
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explanation: All of these items can be viewed from the Recovery Services vault dashboard.
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- content: Replicated items, vault status, and network status.
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isCorrect: false
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explanation: These items can't be viewed from the Recovery Services dashboard.
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- content: Monitoring of configuration issues, vault status, and DHCP replication status.
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isCorrect: false
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explanation: These items can't be viewed from the Recovery Services dashboard.
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