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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Troubleshoot BCDR Failures | 20% | - Diagnose network-related replication failures - Resolve misconfigurations in DR environments - Fix third-party backup integration problems - Troubleshoot replication and protection policy issues - Resolve storage and snapshot errors |
| Topic 2: Interpret and Configure BCDR Requirements | 30% | - Create and configure recovery plans - Configure network and storage for BCDR - Translate business requirements into RPO/RTO objectives - Configure snapshot policies and retention - Determine prerequisites for BCDR configuration - Design secure BCDR environments: segmentation, RBAC, approval policies - Select replication types: Async, NearSync, Synchronous, Metro |
| Topic 3: Perform BCDR Operational Tasks | 25% | - Post-failover cleanup and re-protection - Snapshot-based VM and volume recovery - Execute failover and failback workflows - Migrate legacy protection domains to modern policies - Self-service restore operations |
| Topic 4: Test BCDR Solutions | 25% | - Verify site connectivity and replication throughput - Validate recovery plan execution and outcomes - Execute planned, unplanned, and test failovers - Perform disaster recovery validation procedures |
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NEW QUESTION # 107
An administrator previously configured Synchronous Replication on a VM named MarketVM. Due to upcoming maintenance at the primary site, it was decided to use Cross Cluster Live Migration (CCLM) to move the VM to the secondary site. When running CCLM, the task failed. What is a possible reason for this CCLM failure?
Answer: B
Explanation:
Cross-Cluster Live Migration (CCLM) is an advanced feature that allows a running VM to move between two clusters without downtime, provided they are linked by synchronous replication. However, CCLM has specific technical prerequisites and limitations regarding the VM ' s hardware configuration. One of the primary constraints in many Nutanix versions is the support for specific disk controllers.
In many CCLM implementations, the migration engine requires the VM to use modern VirtIO controllers for its disks to ensure that the memory-state transfer and storage-handoff can occur seamlessly across clusters. If MarketVM was configured with legacy SCSI controllers (or certain types of shared disks), the migration task might fail during the validation phase. While storage capacity (Option B) and bandwidth (Option C) are essential for general replication, they would typically prevent the " Synchronous " status from being achieved in the first place, rather than failing a CCLM task specifically. Memory overcommit (Option D) is generally handled by the hypervisor and would not inherently block the migration unless the destination host had zero available physical memory. Troubleshooting CCLM requires an administrator to audit the VM ' s virtual hardware against the supported Nutanix compatibility matrix to ensure all components are eligible for live cross-site movement.
NEW QUESTION # 108
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 # 109
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 # 110
An administrator is evaluating Nearsync for critical VMs in a Nutanix Disaster Recovery environment. What is the minimum RPO, in minutes, supported by Nearsync replication?
Answer: A
Explanation:
Nutanix Disaster Recovery offers several replication tiers to meet varying business Recovery Point Objectives (RPOs). NearSync replication is a specific technology designed to fill the gap between traditional Asynchronous replication and zero-RPO Synchronous replication.
NearSync replication supports a minimum RPO of 1 minute. It achieves this by using Lightweight Snapshots (LWS), which are highly efficient and can be taken much more frequently than standard full snapshots without causing significant I/O overhead on the system. While some versions of Nutanix software allow NearSync to reach RPOs as low as 20 seconds, the standard minimum RPO recognized in the context of the NCP-BC 7.5 evaluation for minutes-based intervals is 1 minute. Option A (0 RPO) is only achievable through Synchronous replication. Option C (15 minutes) is the typical maximum RPO for NearSync before it transitions to Async, and Option D (60 minutes) is the standard interval for Asynchronous replication.
Understanding these thresholds is essential for administrators when designing protection policies for mission- critical workloads.
NEW QUESTION # 111
What is the bandwidth limit of a single Nutanix Cloud Gateway for IPSec traffic?
Answer: A
Explanation:
The Nutanix Cloud Gateway serves as a critical bridge between on-premises Nutanix clusters and the Nutanix Cloud Availability Zone (AZ). Its primary role is to provide a secure, encrypted tunnel for replicating recovery points and managing disaster recovery orchestration metadata. When utilizing standard IPSec for this traffic, the system architecture imposes certain throughput limitations based on the processing capabilities of the gateway instance. For a single Nutanix Cloud Gateway, the maximum supported bandwidth for IPSec- encrypted traffic is 1 Gbps.
This 1 Gbps limit is an important consideration for BCDR planning, as it defines the maximum " Snapshot-on- wire " throughput available for a given protection policy. If an organization has a high data change rate (churn) that exceeds 1 Gbps of sustained replication traffic, the Recovery Point Objective (RPO) may be at risk of lag. While the physical network link might be 10 Gbps or higher, the encryption overhead of the IPSec protocol within the gateway VM is the limiting factor. To achieve higher aggregate throughput, administrators would need to deploy multiple gateways or consider high-performance direct connectivity options if available.
Understanding this 1 Gbps threshold ensures that administrators can accurately size their replication windows and manage expectations for initial seed transfers and ongoing delta synchronization to the cloud AZ.
NEW QUESTION # 112
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