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| Section | Weight | Objectives |
|---|---|---|
| Troubleshoot BCDR Failures | 20% | - Resolve misconfigurations in DR environments - Resolve storage and snapshot errors - Troubleshoot replication and protection policy issues - Fix third-party backup integration problems - Diagnose network-related replication failures |
| Perform BCDR Operational Tasks | 25% | - Execute failover and failback workflows - Self-service restore operations - Migrate legacy protection domains to modern policies - Post-failover cleanup and re-protection - Snapshot-based VM and volume recovery |
| Interpret and Configure BCDR Requirements | 30% | - Translate business requirements into RPO/RTO objectives - Create and configure recovery plans - Design secure BCDR environments: segmentation, RBAC, approval policies - Determine prerequisites for BCDR configuration - Configure network and storage for BCDR - Select replication types: Async, NearSync, Synchronous, Metro - Configure snapshot policies and retention |
| Test BCDR Solutions | 25% | - Execute planned, unplanned, and test failovers - Validate recovery plan execution and outcomes - Perform disaster recovery validation procedures - Verify site connectivity and replication throughput |
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NEW QUESTION # 78
An administrator performs these steps while configuring Nutanix Disaster Recovery:
* Create VMs on Site A in a container named SalesA
* Create a new container on Site B named SalesB
* Create new Protection Policy name Async
* Place all the new Sales VMs in the Protection Policy named Async
* Set a schedule to begin taking hourly snapshots immediately
After performing the steps, replications begin without any errors. After two hours, the administrator checks on the progress on the remote site and finds that the SalesB container is showing 0 bytes.
What went wrong?
Answer: D
Explanation:
In a Nutanix Disaster Recovery environment using Protection Policies (Prism Central-based), the system needs to know which storage container at the recovery site should receive the replicated data from the primary site. This is known as " Container Mapping. " By default, Nutanix uses an " Automatic Container Mapping " feature to simplify administration.
The automatic mapping logic relies on matching names. If a VM is in a container named SalesA at Site A, the system will look for a container named SalesA at Site B to land the data. If the administrator manually created a container at the recovery site but named it SalesB (as in this scenario), the automatic mapping will fail because the names do not match. The system will instead attempt to find a container with the same name, and if it fails to find one, it may create a new one automatically or replication might fail. The fact that SalesB shows 0 bytes confirms that no data was ever sent to that specific container. To fix this, the administrator should either rename the destination container to match the source (SalesA) or manually configure a " Storage Container Mapping " in Prism Central that explicitly links the SalesA container on Cluster A to the SalesB container on Cluster B.
NEW QUESTION # 79
An administrator intends to configure a NearSync replication schedule with a 15-minute Recovery Point Objective (RPO) on a hybrid 3-node cluster. The current nodes in the cluster are configured with one SSD and four HDDs each. Which cost-effective modification is required to support this specific replication schedule?
Answer: B
Explanation:
Nutanix NearSync replication provides low RPOs (1 to 15 minutes) by using " Lightweight Snapshots " (LWS). NearSync has higher performance and hardware requirements than standard Asynchronous replication because it must handle metadata operations and data transfers much more frequently.
For a cluster to support NearSync, it must have sufficient high-performance storage to handle the additional I
/O load associated with LWS. On hybrid nodes (those with both SSDs and HDDs), Nutanix has a specific hardware requirement: each node must have at least two SSDs. This is because the NearSync LWS metadata and incoming replicated data are initially written to the SSD tier to ensure low latency and high throughput. A single SSD per node is typically insufficient to handle both active VM production I/O and the high-frequency NearSync overhead without performance degradation. Therefore, adding a second SSD to each node (Option D) is the mandatory modification. While upgrading to NVMe (Option A) or adding more nodes (Option B) would also improve performance, adding a second SSD is the minimum " cost-effective " requirement specified by Nutanix engineering for NearSync support on hybrid clusters. Meeting these hardware prerequisites is essential to ensure that the cluster can maintain the 15-minute RPO without transitioning back to an hourly schedule due to resource constraints.
NEW QUESTION # 80
Which two Data Protection technologies are compatible with Self-Service Restore? (Choose two.)
Answer: B
Explanation:
Self-Service Restore (SSR) is a Nutanix guest-level feature that empowers users to mount snapshots as local drives to recover individual files without administrative intervention. For SSR to function, the underlying data protection mechanism must support the specific metadata and disk-attachment hooks required by Nutanix Guest Tools (NGT). Asynchronous (Async) replication schedules are a primary supported technology for SSR because they create standard, persistent recovery points that are easily indexed by the SSR agent within the guest OS. While the question asks to " Choose two, " it is important to note that Nutanix also generally supports SSR for Synchronous replication (Option C), as both methods produce the point-in-time vDisk snapshots necessary for the mounting process.
Conversely, certain high-frequency technologies like NearSync (at very low RPOs) or complex storage entities like Volume Groups (VGs) have historically faced limitations with the SSR mounting workflow due to the way metadata is handled or how disks are presented to the hypervisor. In a production environment, an administrator must ensure that NGT is fully functional on the VM and that the VM is part of a compatible Protection Policy to enable the SSR " snapshot-to-drive " mapping. This capability is essential for balancing operational efficiency with user-led data recovery, as it offloads simple " deleted file " requests from the infrastructure team while leveraging the existing BCDR snapshot architecture.
NEW QUESTION # 81
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: A
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 # 82
An administrator recently expanded a Nutanix cluster by adding several new nodes. Shortly after, multiple backup jobs began failing. The following error is consistently reported: " Failed to perform backup: Cannot complete process ' iscsiadm --mode discovery --type sendtargets --portal X.X.X.X ' within timeout " . What is the most likely cause of the failure?
Answer: D
Explanation:
Nutanix storage is often accessed by external backup solutions (like Veeam, Commvault, or HYCU) using the iSCSI protocol. This allows the backup server to mount snapshots and read data directly from the storage tier.
The error message " iscsiadm... discovery... timeout " specifically indicates that the backup server ' s iSCSI initiator is unable to communicate with the Nutanix Data Services IP or the Controller VMs (CVMs) over the network.
When a Nutanix cluster is expanded, it is essential that all networking and firewall configurations applied to the existing nodes are also applied to the new nodes. The iSCSI protocol relies on specific TCP ports: port
3260 is the standard port for iSCSI traffic, and port 3205 is often used for iSCSI discovery and metadata operations within Nutanix. If these ports are not open in the physical firewall or the host-based security rules for the newly added nodes, the backup server will be unable to discover the targets on those specific nodes, leading to the timeout errors . This highlights a common " Day 2 " operational trap: cluster expansion requires careful auditing of network security groups and firewall whitelists to ensure that external integrations- especially BCDR and backup services-continue to have uninterrupted access to the expanded storage fabric.
Verifying and opening ports 3205 and 3260 for the new node IPs is the first step to resolving this timeout issue.
NEW QUESTION # 83
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