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| Section | Objectives |
|---|---|
| Topic 1: Nutanix Disaster Recovery Architecture | - Replication Types (Sync/Async) - Nutanix Leap Overview - Protection Domains |
| Topic 2: Prism Central Management | - Cluster and Site Management - DR Monitoring and Operations |
| Topic 3: Recovery Operations | - Test Recovery Workflows - Failover and Failback Procedures - Recovery Plans and Orchestration |
| Topic 4: Disaster Recovery Fundamentals | - DR Concepts (RPO, RTO, SLAs) - Business Continuity Principles |
| Topic 5: Data Protection and Backup Integration | - Backup Solutions Integration - Snapshot Management |
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NEW QUESTION # 24
A deployment uses native encryption for replication traffic between two clusters. An administrator subsequently enables network segmentation to isolate this traffic. Which specific maintenance step must be performed to ensure the encrypted replication functions correctly on the new segmented network?
Answer: B
Explanation:
Nutanix allows for the encryption of replication traffic " on the wire " using IPSec tunnels between clusters.
When an administrator enables network segmentation for Disaster Recovery, the replication traffic is moved from the default management network to a new, dedicated subnet and set of virtual interfaces.
Because the native replication encryption relies on IPSec gateways to secure the communication, the underlying VPN configuration must be aware of the network paths it is protecting. If the traffic is now originating from a new segmented subnet, the IPSec VPN gateway configuration at both the primary and recovery sites must be updated to include these new subnet ranges. If this step is missed, the encrypted tunnel will not recognize the segmented traffic as valid for the VPN, causing replication to fail even if the physical network is reachable. Regenerating KMS tokens (Option C) relates to data-at-rest encryption on physical drives, not traffic-in-transit. Restarting services (Option D) might be part of the general segmentation workflow, but the specific requirement for " encrypted replication " stability in this context is the alignment of the IPSec VPN policy with the new segmented network topology.
NEW QUESTION # 25
A company ' s two clusters are part of the same availability zone. Prism Central, which holds the protection policy configuration and recovery plans, is located on Cluster A and protected by the Prism Central Backup and Restore mechanism. What is the first step to take to execute a disaster recovery plan on the datacenter hosting Cluster A?
Answer: B
Explanation:
Prism Central (PC) acts as the centralized control plane for Nutanix Disaster Recovery, storing the critical metadata for Protection Policies and Recovery Plans. If the cluster hosting the Prism Central instance suffers a total failure, the " brain " of the DR orchestration is lost, and the administrator cannot trigger the Recovery Plans through the usual interface. To address this risk, Nutanix provides the " Prism Central Backup and Restore " feature, which replicates the PC metadata to a remote cluster managed by Prism Element (PE). In a disaster scenario affecting Cluster A, the first and most critical step is to recover the management plane. The administrator must log into Prism Element on the surviving cluster and use the native recovery workflow to restore the Prism Central instance from the most recent backup. Once the PC instance is restored and booted on the surviving cluster, it will once again have access to the Recovery Plans and Protection Policies. Only after the management plane is restored can the administrator then initiate the " Unplanned Failover " tasks to bring up the protected workloads. This process ensures that the RTO is kept low by restoring the automated orchestrator rather than manually re-creating policies and plans on a new instance (Option B).
NEW QUESTION # 26
An administrator at a retail company is preparing to apply a critical OS security patch to a production SQL Server VM. Before starting, the administrator ensures the VM is part of a Protection Domain and manually creates a local snapshot (Recovery Point). Ten minutes after the patch is applied, the SQL service fails to start, and the database logs indicate corruption in the system registry. The administrator needs to return the VM to its functional state from ten minutes ago as quickly as possible. The administrator decides to perform a Restore from the local snapshot. Under which condition would an In-place Restore (Revert) fail, forcing the administrator to use the Clone (Out-of-place) option instead?
Answer: A
Explanation:
An In-place Restore (Revert) is the fastest way to roll back a VM because it overwrites the current vDisks with the data from the snapshot. However, this operation has strict requirements regarding the consistency of the VM ' s hardware configuration. The most common technical blocker for an in-place revert is a change in the disk topology between the time the snapshot was taken and the time of the restore.
If the administrator added a new 50GB data disk (Option D) after taking the snapshot, the VM ' s current configuration now includes a vDisk that does not exist in the snapshot ' s metadata. Nutanix AOS cannot " revert " a disk that has no point-in-time reference in the recovery point. In this situation, the " In-place Restore
" button is typically disabled or will throw an error, forcing the administrator to use the " Clone " (Out-of- place) option. Cloning creates a new VM based exactly on the snapshot ' s metadata, effectively ignoring the newly added disk. While changing memory (Option B) or NGT versions (Option A) might affect performance or guest features, they do not usually prevent the storage-level revert operation. Being forced into a " Clone " restore increases the RTO slightly, as the administrator must then delete the corrupted VM and ensure the new clone has the correct network settings.
NEW QUESTION # 27
An administrator has received the following alert:
Replication was skipped for protection domain < Protection Domain Name > of the latest snapshot < Snapshot ID > to remote site < Remote Cluster Name > . Replication was skipped as a newer Recovery Point was available snapshots that may have been skipped.
The administrator begins gathering troubleshooting information and determines the following:
* The VM has been replicating to this cluster successfully for at least 6 months
* The bandwidth has been sufficient to this point and hasn ' t caused an issue before
* Network connectivity is good and all necessary ports remain open and reachable
* There aren ' t hardware issues, and software is up to date
What else could have caused this alert?
Answer: B
Explanation:
The Nutanix Cerebro service manages replication by scheduling snapshots and transferring the delta changes to the remote site. In an asynchronous replication schedule, if a new snapshot is taken before the previous one has finished replicating, the system faces a choice. To ensure that the most current data is available at the recovery site as quickly as possible, Nutanix may " skip " the replication of an older pending snapshot in favor of starting the replication of the newest one.
In this scenario, all infrastructure components (bandwidth, ports, hardware) are verified as healthy and have supported successful replication for months. This points toward a data-level issue rather than a connectivity issue. A " significant one-time surge in change rate " (Option D) means the VM generated a massive amount of new data blocks (churn) in a short period. Because the " Snapshot-on-wire " transfer size is directly tied to the number of changed blocks, this specific snapshot would take much longer than usual to replicate. If the transfer time exceeds the RPO interval, the next scheduled snapshot will trigger. The Cerebro service will see that it has a newer recovery point ready to go and will skip the " stuck " or slow-moving older snapshot to maintain the most recent RPO possible at the target. This behavior generates the " Replication was skipped " warning to notify the administrator that the historical sequence was interrupted due to a temporary imbalance between data churn and available throughput.
NEW QUESTION # 28
An administrator builds a single recovery plan that includes workloads protected with Asynchronous (async) and Nearsync replication schedules together with workloads protected by Synchronous replication (syncrep) schedules. Which statement is true regarding this configuration?
Answer: B
Explanation:
Nutanix Recovery Plans are designed to orchestrate the failover of complex applications that may consist of multiple virtual machines with different protection requirements. However, there are rules regarding which types of replication schedules can be mixed within a single plan.
Nutanix supports mixing Asynchronous and NearSync replication schedules within the same Recovery Plan.
This is because both Async and NearSync are fundamentally snapshot-based, " passive " recovery models where the system pulls from recovery points stored at the destination cluster. However, the system generally restricts or warns against mixing Synchronous replication with other types in a single orchestrated plan.
Synchronous replication (syncrep) is an " active-active " or " stretched " model that behaves differently during a failover compared to snapshot-based models. In some software versions, including entities protected by synchronous schedules with those on async/nearsync within a single plan can cause the failover task to fail validation because the orchestration logic for zero-RPO failover is distinct from snapshot restoration.
Therefore, while mixing Async and NearSync is a supported and common practice, administrators must be cautious with Synchronous workloads.
NEW QUESTION # 29
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