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| Section | Weight | Objectives |
|---|---|---|
| Interpret and Configure BCDR Requirements | 30% | - Translate business requirements into RPO/RTO objectives - Create and configure recovery plans - Configure snapshot policies and retention - Select replication types: Async, NearSync, Synchronous, Metro - Configure network and storage for BCDR - Determine prerequisites for BCDR configuration - Design secure BCDR environments: segmentation, RBAC, approval policies |
| Perform BCDR Operational Tasks | 25% | - Self-service restore operations - Snapshot-based VM and volume recovery - Post-failover cleanup and re-protection - Migrate legacy protection domains to modern policies - Execute failover and failback workflows |
| Troubleshoot BCDR Failures | 20% | - Resolve storage and snapshot errors - Troubleshoot replication and protection policy issues - Resolve misconfigurations in DR environments - Diagnose network-related replication failures - Fix third-party backup integration problems |
| Test BCDR Solutions | 25% | - Execute planned, unplanned, and test failovers - Perform disaster recovery validation procedures - Validate recovery plan execution and outcomes - Verify site connectivity and replication throughput |
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NEW QUESTION # 89
A financial institution is designing a disaster recovery solution for a business-critical application that requires a zero recovery point objective (RPO). The infrastructure team decides to implement Nutanix Metro Availability between two physical data centers (DC-Alpha and DC-Beta) interconnected by a dedicated dark fiber. What is the maximum possible network latency on this link for this configuration to function correctly?
Answer: C
Explanation:
Nutanix Metro Availability is a continuous availability solution designed to survive a site failure with zero data loss (Zero RPO). Because it operates on a synchronous replication model, every write performed by a virtual machine must be acknowledged by both the local and the remote clusters before the write is confirmed to the application. This process introduces a " latency penalty " equal to the network Round Trip Time (RTT) between the sites.
To maintain acceptable application performance and ensure cluster stability, Nutanix enforces a strict latency limit of 5 ms RTT between the primary and secondary clusters. If the latency exceeds this 5 ms threshold, the time spent waiting for remote acknowledgments would cause severe performance degradation for high-I/O workloads, such as the SQL or Oracle databases common in financial institutions. Furthermore, high latency increases the risk of the synchronous link being " broken " during periods of high data churn. While the Witness VM (used for tie-breaking) can tolerate much higher latency (up to 200 ms), the data-path link must remain under 5 ms to satisfy the technical requirements of the Metro Availability feature and the performance expectations of Tier-1 business-critical applications.
NEW QUESTION # 90
Two AHV clusters are 4 ms RTT apart. The business requires:
* 0 RPO
* Automatic failover
* No application performance degradation
* Hybrid HCI nodes with 100 TB capacity
What storage configuration must be validated before enabling synchronous replication?
Answer: B
Explanation:
Synchronous replication is a high-performance disaster recovery solution designed to provide a Zero Recovery Point Objective (RPO) by mirroring every write operation in real-time between two clusters.
Because the system must wait for the remote site to acknowledge every write before confirming the operation to the application, the underlying storage media must be capable of extremely low-latency I/O.
On hybrid clusters that utilize both Solid State Drives (SSDs) and Hard Disk Drives (HDDs), Nutanix mandates a minimum of one SSD per node to support synchronous replication. The SSD tier is used to store metadata and provide the high-speed " Oplog " where incoming writes are initially landed before being drained to the HDD tier. If a cluster were to attempt synchronous replication using only HDDs (Option D), the mechanical latency of the spinning disks combined with the network Round Trip Time (RTT) would cause severe application performance degradation, failing the business requirement. Even though the cluster has large capacity requirements (100 TB), the presence of an SSD tier is a technical prerequisite for the software to even enable the synchronous consistency feature. Therefore, ensuring at least one SSD exists in every node of the hybrid cluster is the critical storage validation step required before implementation.
NEW QUESTION # 91
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 # 92
A VM is protected in an Async Protection Policy and added to a Recovery Plan. An administrator is attempting to perform a planned failover of the VM. How many recovery points are created and replicated during the planned failover process?
Answer: D
Explanation:
A Planned Failover in Nutanix Disaster Recovery is an orchestrated workflow designed to migrate workloads with zero data loss. However, the behavior of recovery point creation depends on the current state of synchronization and the type of replication policy. For standard Asynchronous (Async) Protection Policies, the system typically relies on the established schedule to maintain recovery point consistency. In many automated workflows, especially during a test or a specific " planned " trigger, the administrator might assume a new snapshot is generated; however, if the system is designed to use the most recent " consistent " state, it may rely on the last successfully replicated recovery point to initiate the restore.
Technically, if a new point were to be created, it would require the VM to be shut down at the source to ensure application consistency-a process that is part of the planned failover sequence. If the policy is configured to use existing data for speed, it bypasses new creation to minimize the maintenance window. This emphasizes the importance of verifying that replication is " In-Sync " or " Healthy " before starting a planned failover. If the last recovery point is several hours old, the " planned " move could result in a significant rollback unless the administrator manually triggers a synchronization task prior to the failover event.
Understanding this behavior ensures that BCDR administrators can accurately predict data states following a controlled migration between sites.
NEW QUESTION # 93
A Protection Policy is configured with a Nearsync replication schedule (15-minute RPO). An administrator observes that the system has temporarily transitioned to an hourly replication schedule. Which scenario would cause this automatic transition from Nearsync to Asynchronous (hourly) replication?
Answer: A
Explanation:
NearSync replication is a Nutanix technology that provides RPOs as low as 1 minute by using " Lightweight Snapshots " (LWS). However, NearSync has specific operational requirements to maintain its aggressive schedule . If the system detects that it cannot maintain the 15-minute RPO using lightweight snapshots, it will automatically " downshift " to a standard Asynchronous (hourly) replication mode to ensure that protection is not lost entirely.
One of the most common triggers for this temporary transition is the addition of a new virtual machine to the category associated with the Protection Policy. When a new VM is added, the Nutanix cluster must perform a
" full initial sync " (also known as a seed replication) to transfer all the VM ' s data to the remote site. Because a full seed replication involves transferring much more data than a standard delta update, it often exceeds the time window and processing capabilities of the NearSync LWS engine. To handle this large data transfer safely, the system switches to the Async (hourly) schedule, which uses more robust but slower snapshot mechanisms. Once the initial sync of the new VM is complete and the clusters are in a " consistent " state, the system will automatically attempt to " upshift " back to the NearSync schedule to restore the 15-minute RPO.
This behavior ensures that the system handles growth and changes in the environment while maintaining the highest possible level of protection without administrative intervention.
NEW QUESTION # 94
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