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| Section | Objectives |
|---|---|
| Nutanix Disaster Recovery Architecture | - Nutanix Leap Overview - Protection Domains - Replication Types (Sync/Async) |
| Recovery Operations | - Failover and Failback Procedures - Test Recovery Workflows - Recovery Plans and Orchestration |
| Prism Central Management | - DR Monitoring and Operations - Cluster and Site Management |
| Disaster Recovery Fundamentals | - DR Concepts (RPO, RTO, SLAs) - Business Continuity Principles |
| Data Protection and Backup Integration | - Backup Solutions Integration - Snapshot Management |
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NEW QUESTION # 98
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: B
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 # 99
An administrator is concerned about the operational overhead of manually creating and managing categories across both the primary and recovery sites to ensure Recovery Plans function correctly during failover and failback. What Nutanix Disaster Recovery behavior minimizes this concern?
Answer: B
Explanation:
Nutanix Disaster Recovery (formerly known as Leap) utilizes Prism Central-based " Categories " to group virtual machines for protection. These categories are used within Protection Policies to determine replication schedules and within Recovery Plans to determine power-on sequences and network mappings. A common operational concern is the need to manually replicate these category definitions across different availability zones (AZs).
To reduce this operational overhead, Nutanix has implemented an automatic synchronization mechanism.
When an administrator creates a Recovery Plan in Prism Central and specifies certain categories for failover, the system automatically synchronizes the definition and metadata of those categories to the paired recovery AZ. This ensures that if the primary Prism Central instance becomes unavailable, the recovery site already possesses the necessary grouping logic to identify and recover the correct virtual machines . This " policy- driven " approach ensures consistency across sites and eliminates the risk of human error associated with manual configuration (Option B). By automating the lifecycle of categories between paired sites, Nutanix ensures that the disaster recovery environment is always aligned with the production environment, allowing for seamless failover and failback operations without the need for repetitive administrative tasks.
NEW QUESTION # 100
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: A
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 # 101
After an unplanned outage, all VMs were successfully failed over to the recovery site, and users are now accessing workloads from there. The DR dashboard shows the failover is complete and replication from the original primary site has stopped. As part of post-failover cleanup, what is the most appropriate next action to ensure the DR configuration reflects the current production state and is ready for future protection?
Answer: B
Explanation:
Following a successful unplanned failover, the " Recovery Site " has technically become the new " Production Site " . However, the data protection relationship is now one-sided; while the VMs are running at the recovery site, they are likely no longer being replicated anywhere because the original protection policy was designed to move data from the (now failed) primary site to the recovery site.
The most critical post-failover task is to " re-protect " the workloads. This involves updating the Protection Policies in Prism Central to establish a new replication direction, typically from the current active site (the old recovery site) back to the original primary site (once it is restored) or to a third availability zone. Without re- protection, the business is running its production workloads without a safety net, leaving them vulnerable to a second failure. Deleting recovery points (Option A) is dangerous as it removes the only historical data available. Leaving the environment as-is (Option B) ignores the lack of ongoing protection. Initiating an immediate failback (Option D) is often impossible or unwise until the original site is fully stabilized and the data has been synchronized back. Therefore, establishing a new protection stream is the mandatory next step for operational resilience.
NEW QUESTION # 102
An administrator has set up asynchronous replication between the Marseille and Paris clusters for the VMs in the FIN-PROD storage container. After a planned production failover from Paris to Marseille, the administrator noticed that the VMs were scattered across all the storage containers in the Marseille cluster.
Which statement is true regarding this scenario?
Answer: B
Explanation:
In modern Nutanix Disaster Recovery (using Prism Central-based Protection Policies), storage placement is often governed by Storage Policies rather than simple container-to-container mapping. Storage Policies use Nutanix Categories to determine where a VM should be placed to meet performance or compliance requirements. In this scenario, the VMs were successfully replicated and recovered, but they were placed in " all the storage containers " rather than the intended FIN-PROD container at the Marseille site. This indicates that while the data arrived, the " destination placement rules " were missing. If a storage policy was created on the Paris cluster to keep these VMs in FIN-PROD but that policy was not mirrored or assigned at the Marseille cluster, the system defaults to the Acropolis Dynamic Scheduler (ADS) placement. ADS will distribute the VMs across all available containers to balance load and capacity, leading to the " scattered " result observed. To resolve this and ensure consistent failover behavior, the administrator must ensure that both the categories and the corresponding storage policies are identical and active at both availability zones.
While a missing container (Option C) would typically cause a replication failure rather than scattered recovery, a missing storage policy specifically explains the lack of orchestrated placement during the failover event.
NEW QUESTION # 103
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