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| Section | Objectives |
|---|---|
| Data Protection and Backup Integration | - Snapshot Management - Backup Solutions Integration |
| Recovery Operations | - Failover and Failback Procedures - Test Recovery Workflows - Recovery Plans and Orchestration |
| Disaster Recovery Fundamentals | - Business Continuity Principles - DR Concepts (RPO, RTO, SLAs) |
| Nutanix Disaster Recovery Architecture | - Replication Types (Sync/Async) - Nutanix Leap Overview - Protection Domains |
| Prism Central Management | - DR Monitoring and Operations - Cluster and Site Management |
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NEW QUESTION # 23
When designing a Disaster Recovery strategy to an NC2 cluster using MST, which technical limitation impacts the Recovery Plan and workload compatibility?
Answer: A
Explanation:
Nutanix Cloud Clusters (NC2) on AWS or Azure allows for flexible disaster recovery models, including " Pilot Light " and " Zero Compute " . " Zero Compute " is a cost-effective model where data is replicated to cloud storage (like S3 or Azure Blob) without needing a running cluster at the recovery site. Multi-Site Tooling (MST) or Nutanix Disaster Recovery orchestration can be used to manage this process.
In a " Zero Compute " setup, the orchestration of an automated failover is technically complex because there is no active cluster management plane at the recovery site until the failover is triggered. A key technical requirement for successful automated failover in this model is the management of networking and IP addresses. Because the VMs are being brought up in a cloud environment that likely has a different network subnet than the on-premises environment, the system must be able to dynamically assign and manage IP addresses. Therefore, configuring an external IPAM (IP Address Management) system is a strict requirement to ensure that when VMs are restored, they receive valid networking configurations that allow them to communicate with external users and other services. Without a properly configured IPAM and network mapping in the Recovery Plan, the restored workloads would be isolated and non-functional. This highlights the need for careful network planning when designing DR strategies that utilize cloud-native storage and on- demand compute resources.
NEW QUESTION # 24
An administrator is planning a scheduled maintenance window that will temporarily interrupt network connectivity between the primary and recovery sites. Several Tier 1 VMs are protected with a Synchronous replication Protection Policy. What must the administrator do before beginning the maintenance window to prevent these VMs from becoming unresponsive without making RPO changes?
Answer: B
Explanation:
Synchronous replication is designed for zero data loss by requiring that every write be acknowledged at both the primary and recovery sites before the application can proceed. This creates a " hard " dependency on the network link between the two clusters . If the network connectivity is interrupted (e.g., during scheduled maintenance), the primary cluster will be unable to receive acknowledgments from the remote site.
By default, if the synchronous link is broken, the primary cluster may pause I/O to the protected VMs to prevent data inconsistency, which would cause the VMs to become unresponsive to users. To prevent this during planned maintenance while ensuring that the VMs stay online at the primary site, the administrator should temporarily transition the protection mode. Changing the Protection Policy from " Synchronous " to " Asynchronous " (Option C) removes the real-time write-mirroring requirement. This allows the VMs to continue serving local I/O independently of the remote site ' s status. While this technically increases the RPO during the maintenance window, it ensures application availability. Once the maintenance is complete and network connectivity is restored, the administrator can change the policy back to Synchronous. The system will then perform a catch-up sync and return to the Zero-RPO state once the data at both sites is identical again. This operational maneuver is a standard best practice for managing " stretched " cluster environments during infrastructure updates.
NEW QUESTION # 25
After a failover and stabilization of workloads at the recovery AZ, an administrator removes several VMs from the protection policy because they are no longer required. Which action should be performed as part of post-failover cleanup to prevent unnecessary storage consumption?
Answer: B
Explanation:
Post-failover cleanup is a vital operational step to ensure that the environment remains optimized and that resources are not being wasted on workloads that are no longer part of the production environment. When virtual machines are removed from a Protection Policy after a failover, the orchestration engine stops creating new recovery points for them; however, the existing schedule metadata and historical snapshots may still consume space on both the primary and recovery clusters. Reconfiguring the replication schedule (Option B) is the specific task that refreshes the policy ' s state and forces the system to re-evaluate the storage requirements for the remaining entities. This action ensures that the background cleanup processes (managed by Cerebro and Curator) can properly identify and purge the snapshots associated with the removed VMs once their retention period has passed. Failing to reconfigure the schedule or the associated protection policy can leave " orphaned " snapshots in the storage tier, leading to a steady increase in storage utilization over time. By reconfiguring the schedule, the administrator confirms the new steady-state of the DR environment, ensuring that storage is only consumed by the active, required workloads.
NEW QUESTION # 26
In the case of a protection domain containing more than 500 VMs, what is the first step an engineer must take before migrating to Prism Central-based protection policies while ensuring all VMs remain protected?
Answer: A
Explanation:
Migrating from legacy Protection Domains to modern Prism Central Protection Policies is a recommended practice for scaling DR management. However, large environments must account for architectural limits during this transition. A Nutanix cluster has specific maximum thresholds for the number of entities (VMs) that can be contained within a single Protection Domain, and similar limits exist for the initial " handoff " to Prism Central.
If a single legacy Protection Domain contains more than 500 VMs, attempting to migrate it as a single unit can lead to timeouts, metadata synchronization failures, and potential gaps in protection. To ensure that all VMs remain consistently protected during the migration, the first step is to " split " the existing large Protection Domain into multiple smaller, more manageable ones. For example, an administrator might split a
600-VM domain into three 200-VM domains. This reduction in " entity density " allows the Nutanix Cerebro and Prism Central services to process the migration tasks more efficiently without hitting resource contention or task timeout limits. Once the VMs are organized into these smaller groups, they can be systematically unlinked from the legacy domains and added to the new PC-based Protection Policies. This phased and controlled approach minimizes risk and ensures that a valid recovery point always exists for every VM throughout the entire migration lifecycle.
NEW QUESTION # 27
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: C
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 # 28
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