Nutanix NCP-BC-7.5 Guide & Valid Test NCP-BC-7.5 Experience

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Nutanix Certified Professional - Business Continuity (NCP-BC) 7.5 Sample Questions (Q16-Q21):

NEW QUESTION # 16
Which combination of Replication Schedules within the same Recovery Plan will cause the recovery to fail?

Answer: A

Explanation:
A Recovery Plan in Nutanix is the orchestration engine that defines the power-on sequence, network mappings, and script execution for disaster recovery. While a single cluster can support various types of replication-Asynchronous, NearSync, and Synchronous-there are strict architectural limits on how these can be mixed within a single automated plan.
The primary conflict arises when mixing Synchronous (0 RPO) schedules with snapshot-based Asynchronous or NearSync schedules. Synchronous replication is an " Active-Standby " or " Active-Active " storage state where the destination site already has the data in a " mounted " but inactive container. In contrast, Asynchronous and NearSync recovery involve " restoring " a VM from a specific recovery point (snapshot), which includes registering the VM and attaching the disks during the failover process. Because the orchestration logic for a Zero-RPO synchronous failover is fundamentally different from a snapshot restoration, Nutanix prevents placing them in the same Recovery Plan. Attempting to do so will cause validation errors and lead to execution failure, as the orchestrator cannot simultaneously manage real-time failover and snapshot-based restoration for the same logical group. To successfully protect an environment with both types of RPO requirements, administrators must create separate Recovery Plans: one dedicated to Synchronous workloads and another for snapshot-based Asynchronous/NearSync workloads, ensuring that each set of VMs follows its appropriate recovery workflow.


NEW QUESTION # 17
An administrator configures a protection policy that replicates workloads to two different recovery AZs (multisite deployment). Replication to both recovery AZs is successful. However, when attempting to perform failover to the second recovery AZ, the administrator cannot select it as a failover target.
Which setup step was most likely missed?

Answer: D

Explanation:
A multisite deployment in Nutanix Disaster Recovery allows a single primary cluster to replicate its workloads to multiple destination availability zones (AZs) for increased resilience. While a single " Protection Policy " can define the replication schedules to both recovery sites, the " Recovery Plan " is the separate object responsible for the actual orchestration of the failover.
A Recovery Plan is fundamentally a point-to-point object; it defines how to move workloads from Site A to Site B. If an administrator wants the ability to failover to either of two different recovery AZs, they must create two distinct Recovery Plans: one for AZ1 and another for AZ2. Each plan will contain the site-specific network mappings, boot sequences, and IP mappings relevant to that specific destination. If the administrator has only created a recovery plan for the first AZ, they will be able to see recovery points at both locations but will only have a " target " defined for the first site. The second AZ will not appear as a valid destination in the failover menu until its specific Recovery Plan is built and validated. This modular design ensures that each DR site can have its own customized networking and application orchestration logic.


NEW QUESTION # 18
An organization requires strict control over data destruction. An administrator configures an Approval Policy for DR snapshots to prevent accidental deletion. A user attempts to delete a recovery point protected by this policy. What is the immediate outcome of this deletion attempt within the Prism Central interface?

Answer: B

Explanation:
Security and compliance are critical components of a Business Continuity strategy, particularly regarding the integrity of backups and snapshots. To prevent accidental or malicious deletion of critical recovery points, Nutanix Prism Central allows administrators to configure " Approval Policies " . These policies enforce a " four-eyes " principle where certain high-risk actions require validation by a second authorized user.
When an Approval Policy is active for DR snapshots, and a user attempts a deletion, the system does not execute the command immediately. Instead, the Nutanix orchestration engine captures the request and creates a " Pending Approval " task. The user who initiated the request will see the status update in the Task console, and an notification is sent to the designated " Approvers " . The snapshot remains fully protected and available for recovery until an authorized approver reviews and explicitly grants permission for the deletion.
This mechanism provides a vital layer of defense against ransomware or administrative errors that could otherwise lead to the loss of a known-good recovery state. By integrating approval workflows into the storage management layer, Nutanix ensures that data destruction is a deliberate and verified process, meeting the strict control requirements of modern enterprises.


NEW QUESTION # 19
After performing a failover of encrypted AHV VMs from an on-premises AZ to a recovery AZ, an administrator notices that newly written data is not encrypted. Which post-failover cleanup task must be performed to correct this issue?

Answer: B

Explanation:
Nutanix supports software-based data-at-rest encryption for AHV workloads. This encryption is typically managed through " Storage Policies " in Prism Central, which are applied to virtual machines based on their " Categories " . For example, a policy might state that any VM in the Compliance:Encrypted category must have its data encrypted on the disk.
When a failover occurs, the VM moves to the recovery cluster. While the data that was replicated is already encrypted, the " Active " Storage Policy at the recovery site must be verified. If the recovery cluster does not have the same Storage Policy configuration or if the VM-to-Policy association was lost during the transition, the AOS storage engine at the recovery site will treat the VM as a standard, non-encrypted workload. This results in " newly written data " (writes occurring after the failover) being stored in plain text. To fix this, the administrator must " reassign " or refresh the Storage Policies and Categories at the recovery site. This ensures that the encryption rules are actively enforced on the new cluster, maintaining the organization ' s security posture post-disaster. This cleanup step is vital for compliance-heavy environments where encryption- at-rest is a mandatory requirement.


NEW QUESTION # 20
During routine monitoring, an administrator notices that replication from the primary Nutanix cluster to the recovery cluster has stopped. New recovery points are not being created, and the DR dashboard shows replication errors. Investigation reveals:
* The primary and recovery clusters are both online and healthy.
* Network segmentation was recently enabled to isolate replication traffic from other workloads.
* No recent changes were made to firewall rules, protection policies or RPO settings.
Which action should the administrator take first to investigate the replication failure?

Answer: C

Explanation:
In a Nutanix environment, replication health is heavily dependent on the available bandwidth and the consistency of the network path between the source and target sites. When replication fails following an infrastructure change like network segmentation, it often indicates that the system is unable to sustain the current data change rate over the new path. While verifying ports (Option C) is a logical infrastructure step, the provided answer emphasizes managing the replication load by increasing the Recovery Point Objective (RPO) interval. Increasing the RPO (e.g., from 1 hour to 4 hours) reduces the frequency of snapshot transfers, which can help determine if the replication engine (Cerebro) can successfully complete a transfer when given a longer window or reduced pressure. If increasing the RPO resolves the failure, the administrator can conclude that the network change introduced a bottleneck or limited throughput that is insufficient for the original " heavy " schedule. This diagnostic step helps differentiate between a total connectivity blackout and a performance-related failure caused by the newly implemented network segmentation. Once the baseline replication is restored at a higher RPO, the administrator can then proceed to optimize the network or firewall settings to support the more aggressive RPO requirements originally set by the business.


NEW QUESTION # 21
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