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| Section | Weight | Objectives |
|---|---|---|
| Troubleshoot BCDR Failures | 20% | - Resolve storage and snapshot errors - Fix third-party backup integration problems - Troubleshoot replication and protection policy issues - Diagnose network-related replication failures - Resolve misconfigurations in DR environments |
| Test BCDR Solutions | 25% | - Perform disaster recovery validation procedures - Verify site connectivity and replication throughput - Execute planned, unplanned, and test failovers - Validate recovery plan execution and outcomes |
| Perform BCDR Operational Tasks | 25% | - Self-service restore operations - Execute failover and failback workflows - Post-failover cleanup and re-protection - Snapshot-based VM and volume recovery - Migrate legacy protection domains to modern policies |
| Interpret and Configure BCDR Requirements | 30% | - Determine prerequisites for BCDR configuration - Create and configure recovery plans - Configure snapshot policies and retention - Design secure BCDR environments: segmentation, RBAC, approval policies - Translate business requirements into RPO/RTO objectives - Configure network and storage for BCDR - Select replication types: Async, NearSync, Synchronous, Metro |
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NEW QUESTION # 62
An administrator has recently completed the initial configuration of Nutanix Disaster Recovery for a production environment. Protection Policies and Recovery Plans have been configured and validated by the senior infrastructure team.
The administrator has confirmed that the expected categories are correctly associated with both the Protection Policies and Recovery Plans. During a scheduled test failover, the administrator notices that several VMs are missing from the recovery.
The administrator reviews the environment and notes the following:
* The Protection Summary tab does not show any warnings or errors
* No replication tasks are currently ongoing
* The missing VMs were all deployed within the last two weeks as part of a new application rollout
* The missing VMs are running on the same cluster as other VMs that recovered successfully during the test failover
* The application team followed the standard VM deployment checklist but did not coordinate with the infrastructure team during provisioning Given this information, what is the most likely cause of the missing VMs?
Answer: C
Explanation:
Modern Nutanix Disaster Recovery (Leap) relies on " Categories " to automate the inclusion of virtual machines into Protection Policies and Recovery Plans. When a Protection Policy is created, it is typically applied to a category (e.g., AppType:SQL) rather than individual VM names.
In this scenario, the newly deployed VMs were missed during a test failover despite other VMs on the same cluster recovering successfully. The most likely root cause is that the application team, working independently, failed to assign the required categories to the new VMs during the provisioning process.
Because the VMs lacked the correct category tags, the Nutanix Protection Policy did not " see " them, and consequently, no recovery points were ever created for them. This is a common operational failure in environments where " infrastructure as code " or strict provisioning standards are not enforced. Recovery Plans (Option A) do not need manual re-synchronization for new VMs if the categories are correctly mapped.
While an initial sync is required (Option D), it would typically show a task or progress rather than just leaving the VMs " missing " from the entire protection summary. Therefore, verifying category assignment is the primary troubleshooting step.
NEW QUESTION # 63
A third-party backup solution is configured to use Nutanix application-consistent snapshots. Backups are failing for several Windows VMs, although crash-consistent snapshots succeed.
What is the most likely cause of the failure?
Answer: B
Explanation:
Nutanix supports two main types of snapshots: crash-consistent and application-consistent. A crash-consistent snapshot is taken at the storage layer without any awareness of the guest OS state; it is equivalent to pulling the power plug on a server. An application-consistent snapshot is more complex because it requires the Nutanix cluster to " quiesce " the applications (such as SQL Server or Exchange) inside the guest OS, flushing pending writes to disk to ensure data integrity.
To perform this quiescence on Windows VMs, the Nutanix cluster must communicate with the Windows Volume Shadow Copy Service (VSS). This communication is handled exclusively by Nutanix Guest Tools (NGT). If NGT is not installed on the VM, or if the NGT agent is not running/communicating with the cluster, the system cannot trigger the VSS hardware provider. In this situation, any request for an " application- consistent " snapshot from a third-party backup solution will fail because the cluster lacks the necessary hooks into the guest OS. However, a " crash-consistent " snapshot will still succeed because it does not require any guest-level interaction. Therefore, when app-consistent backups fail but crash-consistent ones succeed, the most likely root cause is a missing or broken NGT installation on the affected virtual machines.
NEW QUESTION # 64
During the Recovery Plan configuration, the administrator maps the " Test Network " setting to the " Production Network " VLAN on the Recovery Site. What is the expected outcome when the administrator executes a Test Failover for this plan?
Answer: C
Explanation:
Nutanix Recovery Plans allow for granular control over networking during different failover scenarios. The " Test Network " setting is specifically designed to provide an isolated sandbox for validation. If an administrator incorrectly maps this test network to the actual " Production Network " VLAN at the recovery site, they are effectively bypassing the safety mechanisms intended to isolate the test.
When the Test Failover is executed, the test VMs will boot up on the production VLAN using the exact same IP addresses they have at the source site. If the primary site is still online (which is the case during a test), the existence of two identical VMs with identical IPs on the same logical network will cause immediate IP address conflicts. This can disrupt live production traffic, cause routing instability, and potentially lead to service outages at both sites. The system does not " automatically " isolate traffic (Option B) if the administrator has explicitly directed the test VMs to the production segment. This scenario emphasizes the critical importance of network planning in BCDR: a " Test " network must always be an isolated, non- routable segment to ensure that validation remains non-disruptive as intended.
NEW QUESTION # 65
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 # 66
An organization uses Nutanix Disaster Recovery with automatic virtual network creation in the Nutanix Cloud AZ. After a successful failback operation from the Nutanix Cloud AZ to the on-premises site, what is the expected behavior regarding the dynamically created virtual networks at the recovery site?
Answer: B
Explanation:
Nutanix Disaster Recovery to the Cloud is built on the principle of automation and resource optimization.
When a failover to a Nutanix Cloud Availability Zone (AZ) occurs, the orchestration engine can dynamically provision virtual networks to ensure recovered VMs have immediate connectivity. These networks are temporary infrastructure components required only while the workloads are running in the cloud. Once the primary on-premises site is restored and a failback is successfully executed, the VMs are migrated back to their original home. At this point, the dynamically created virtual networks at the cloud recovery site no longer host any active entities. The Nutanix orchestration engine is designed to automatically clean up these ephemeral resources (Option B) to prevent " infrastructure sprawl " and to ensure the customer is not billed for unused networking components in the cloud. This automated cleanup is a core feature of the Nutanix Cloud AZ workflow, allowing administrators to focus on stabilizing production rather than performing manual housekeeping tasks on the recovery site. This cycle of dynamic provisioning and automated cleanup ensures that the DR environment is always " right-sized " and ready for the next event.
NEW QUESTION # 67
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