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| Section | Weight | Objectives |
|---|---|---|
| Perform BCDR Operational Tasks | 25% | - Self-service restore operations - Migrate legacy protection domains to modern policies - Snapshot-based VM and volume recovery - Execute failover and failback workflows - Post-failover cleanup and re-protection |
| Interpret and Configure BCDR Requirements | 30% | - Create and configure recovery plans - Design secure BCDR environments: segmentation, RBAC, approval policies - Determine prerequisites for BCDR configuration - Configure snapshot policies and retention - Configure network and storage for BCDR - Select replication types: Async, NearSync, Synchronous, Metro - Translate business requirements into RPO/RTO objectives |
| Test BCDR Solutions | 25% | - Verify site connectivity and replication throughput - Execute planned, unplanned, and test failovers - Perform disaster recovery validation procedures - Validate recovery plan execution and outcomes |
| Troubleshoot BCDR Failures | 20% | - Resolve misconfigurations in DR environments - Troubleshoot replication and protection policy issues - Diagnose network-related replication failures - Fix third-party backup integration problems - Resolve storage and snapshot errors |
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NEW QUESTION # 106
Which two VM disk types does Self-Service restore support? (Choose two.)
Answer: B,D
Explanation:
Self-Service Restore (SSR) relies on the Nutanix Guest Tools (NGT) agent to mount a historical snapshot disk to the guest OS via the hypervisor ' s virtual controller. For this to work seamlessly, the guest OS and the NGT agent must support the virtual bus types used by the virtual machine.
Nutanix SSR natively supports the two most common virtual disk controller types: SCSI (VirtIO) and IDE.
These are the standard formats for most virtual disks in Nutanix AHV and ESXi environments. When a user requests a file-level restore, the system takes the vDisk from the recovery point and attaches it as a new SCSI or IDE device to the running VM, which the guest OS then scans and mounts. Conversely, specialized storage entities like Volume Groups (VGs) (Option D) and certain high-performance direct-attached PCI-based storage (Option C) are not supported by the standard SSR workflow. Volume Groups, which are often used for shared storage between VMs (like SQL Clusters), require a different recovery method because they are not part of the standard VM-centric snapshot metadata that the SSR agent can browse. Therefore, SSR is primarily designed for the standard virtual disks that form the OS and application drives of typical virtualized workloads.
NEW QUESTION # 107
A sudden and unrecoverable hardware failure occurs at the primary site, making the Prism Element console for that cluster inaccessible. The secondary site is healthy and contains the latest replicated snapshots. Which action must the administrator take on the secondary cluster to restore the VMs?
Answer: D
Explanation:
When a primary Nutanix site suffers a catastrophic failure, the disaster recovery plan must be executed from the recovery (secondary) site . In a legacy Protection Domain-based environment, the secondary site is in a " passive " or " standby " mode, receiving snapshots but not actively running the workloads. The traditional method to failover is using the " Activate " command (Option A), which promotes the PD and registers the VMs. However, in certain specific failure scenarios or older software versions, the secondary cluster may require a service-level reset to recognize its new role as the active master for those specific workloads.
The Cerebro service is the core component responsible for managing Protection Domains and replication metadata. If the primary site is completely inaccessible and the secondary site ' s metadata state needs refreshing to initiate recovery, restarting the Cerebro service on the secondary cluster CVMs can force a re- evaluation of all local snapshots and protection domain states. This action triggers the recovery logic, allowing the administrator to then see and activate the recovery points. While " Activate " is the goal, the first technical step in a situation where the cluster management plane is unstable or the primary is gone is ensuring the data protection services are aware of the current state. This allows the VMs to be restored from the latest snapshots, fulfilling the Recovery Time Objective (RTO) despite the complete loss of the source infrastructure.
NEW QUESTION # 108
An administrator plans on performing a failover of a VM from a source cluster to a DR cluster. The administrator needs the VM ' s IP address preserved after failover. In what scenario is the VM ' s IP address preserved?
Answer: A
Explanation:
Preserving IP addresses during a failover is a common requirement for applications with hardcoded IP references or complex inter-service dependencies. In a standard multi-site DR setup, the source and destination sites reside on different Layer 3 subnets, meaning a VM would naturally require a new IP address to be routable at the recovery site. To achieve " IP Preservation, " the underlying network infrastructure must support Layer 2 (L2) stretching.
L2 stretching (often implemented via VXLAN or specialized VPN tunnels like Nutanix Flow Virtual Networking) allows a single logical subnet to span multiple physical locations. When a VM fails over to a cluster on a stretched subnet, it effectively stays on the same network broadcast domain. As a result, its IP address, default gateway, and subnet mask remain valid and unchanged. If the subnets are not stretched, the administrator must rely on the Recovery Plan ' s " IP Mapping " feature to assign a new, valid IP at the destination-which does not " preserve " the original address. While preserving IPs simplifies application recovery, it requires more complex network engineering to ensure that traffic is correctly routed to the active site during a disaster, highlighting the trade-off between application simplicity and infrastructure complexity in BCDR design.
NEW QUESTION # 109
An administrator is tasked with verifying the cluster ' s disaster recovery capability. The administrator needs to validate the capability without impacting the production VMs on the Source cluster and ensure that the destination cluster can bring up all the protected VMs. How can the administrator perform a failover?
Answer: B
Explanation:
Testing is the most vital component of a resilient BCDR strategy, as it proves that recovery objectives (RTO
/RPO) are achievable before a real emergency occurs. The Nutanix " Test Failover " feature is purpose-built for this requirement. Unlike a Planned Failover (which shuts down production) or an Unplanned Failover (which assumes production is dead), a Test Failover performs a non-disruptive validation.
During a Test Failover, the orchestration engine uses the most recent snapshots to power on VMs at the destination cluster. To satisfy the " without impacting production " requirement, the test VMs are typically attached to an " Isolated " or " Test " network segment that has no route to the live production network. This prevents IP address conflicts and service interference while allowing the administrator to log into the recovered VMs and verify that applications start correctly. Simple " Validation " (Option A) only checks the configuration settings and connectivity but does not actually test the power-on sequence or application logic.
By executing a full Test Failover, the organization gains documented proof of its DR readiness, identifying potential issues like missing dependencies or incorrect boot orders without causing any disruption to the users currently accessing the primary site.
NEW QUESTION # 110
When designing a Disaster Recovery strategy to an NC2 cluster using MST, which technical limitation impacts the Recovery Plan and workload compatibility?
Answer: A
Explanation:
Nutanix Cloud Clusters (NC2) on AWS or Azure allows for flexible disaster recovery models, including " Pilot Light " and " Zero Compute " . " Zero Compute " is a cost-effective model where data is replicated to cloud storage (like S3 or Azure Blob) without needing a running cluster at the recovery site. Multi-Site Tooling (MST) or Nutanix Disaster Recovery orchestration can be used to manage this process.
In a " Zero Compute " setup, the orchestration of an automated failover is technically complex because there is no active cluster management plane at the recovery site until the failover is triggered. A key technical requirement for successful automated failover in this model is the management of networking and IP addresses. Because the VMs are being brought up in a cloud environment that likely has a different network subnet than the on-premises environment, the system must be able to dynamically assign and manage IP addresses. Therefore, configuring an external IPAM (IP Address Management) system is a strict requirement to ensure that when VMs are restored, they receive valid networking configurations that allow them to communicate with external users and other services. Without a properly configured IPAM and network mapping in the Recovery Plan, the restored workloads would be isolated and non-functional. This highlights the need for careful network planning when designing DR strategies that utilize cloud-native storage and on- demand compute resources.
NEW QUESTION # 111
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