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| Section | Objectives |
|---|---|
| Topic 1: Data Protection and Snapshots | - Storage configuration for BCDR - Snapshot retention policies design - Data restoration at VM and application level - Snapshot scheduling and management - Incremental backup implementation |
| Topic 2: Replication and Failover Architecture | - Network segmentation for BCDR environments - Asynchronous replication planning - Synchronous replication across sites - Recovery site capacity management - Failover readiness validation |
| Topic 3: Security and Hardening | - RBAC implementation for disaster recovery - Security best practices for replication - Approval policies configuration - Designing secure BCDR environments |
| Topic 4: Nutanix Disaster Recovery Solutions | - Integration with third-party backup solutions - Metro Availability configuration and management - Recovery workflows using Nutanix native tools - Configuring and managing replication policies - Failover procedures and execution |
| Topic 5: Monitoring, Testing and Troubleshooting | - Documenting runbooks for incident response - Non-disruptive recovery testing - Setting up alerts for replication lag - Resolving third-party backup integration problems - Diagnosing network, storage and replication failures - Troubleshooting permission issues and misconfigured DR environments |
| Topic 6: BCDR Fundamentals and Requirements Interpretation | - Selecting appropriate replication types (async, near-sync, synchronous, metro) - Defining recovery strategies aligned to business requirements and risk tolerance - Availability metrics and SLA definitions - Translating business requirements into resilient recovery architectures - Understanding RTO and RPO concepts and business impact analysis |
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NEW QUESTION # 34
What must the maximum Round Trip Latency be less than between a Witness VM and Metro Availability PDs?
Answer: D
Explanation:
Nutanix Metro Availability is a continuous availability solution that provides a zero Recovery Point Objective (RPO) and near-zero Recovery Time Objective (RTO) across two sites. For this configuration, there are two distinct latency requirements that administrators must manage. First, the Round Trip Time (RTT) latency between the two storage clusters participating in the synchronous replication must be less than 5ms to ensure application performance is not significantly degraded by the write-synchronization process. Second, the Witness VM, which acts as an external arbitrator to prevent " split-brain " scenarios during a site failure, has a more flexible latency requirement. The maximum RTT between the Witness VM and the managed Protection Domains (PDs) must be less than 200ms. This higher threshold allows the Witness to be placed in a separate geographical region or a third-party cloud availability zone (AZ), ensuring it remains independent of the failure domain affecting the primary and secondary sites. If the latency to the Witness exceeds 200ms, the cluster may be unable to quickly acquire the lock necessary to automate failover, potentially causing the Metro Availability configuration to fail during an actual disaster event.
NEW QUESTION # 35
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: C
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 # 36
A Veeam backup job is configured to use Nutanix application-consistent snapshots for several Windows VMs. Crash-consistent snapshots succeed, but Veeam reports that application-consistent snapshots fail with errors related to VSS processing. Upon investigation, the administrator confirms:
* The VMs are powered on.
* Network connectivity between the backup server and cluster is healthy.
Which configuration should the administrator verify to resolve the issue?
Answer: A
Explanation:
Application-consistent snapshots are critical for ensuring data integrity for transactional workloads, such as databases. In a Nutanix AHV or ESXi environment, the cluster achieves application consistency by communicating with the guest operating system ' s Volume Shadow Copy Service (VSS). This communication is facilitated exclusively through Nutanix Guest Tools (NGT). When NGT is installed and enabled, it provides a VSS hardware provider that Nutanix uses to " quiesce " (pause/stabilize) the application
' s I/O and flush pending writes to the disk before the snapshot is taken. If crash-consistent snapshots are working but application-consistent ones are failing, it is a primary indicator that the VSS hooks provided by NGT are either missing, outdated, or not communicating correctly with the Nutanix cluster services. Without NGT, the system cannot verify the internal state of the guest OS, leading to VSS processing errors in third- party backup solutions like Veeam or Commvault. Ensuring NGT is installed and the NGT agent is running within the guest VM is the mandatory first step to resolving any snapshot failure involving application-level consistency.
NEW QUESTION # 37
Which two VM disk types does Self-Service restore support? (Choose two.)
Answer: C,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 # 38
What is the expected outcome that the administrator must manage?
Answer: C
Explanation:
This question refers to the behavior of Nutanix Metro Availability in conjunction with a Witness VM during a site-to-site communication failure. Metro Availability provides a zero-RPO, synchronous replication solution.
To prevent " split-brain " (where both sites try to serve the same data independently), the Witness VM acts as a tie-breaker. When the two clusters lose connectivity with each other, both will immediately attempt to contact the Witness to " acquire the lock " on the protection domain. The Witness is programmed to prioritize the original " Active " site. If the primary cluster can reach the Witness, it will successfully acquire the lock and continue serving I/O locally to the guest VMs, ensuring zero downtime for the applications. The secondary site, unable to reach the primary or acquire the lock from the Witness, will transition its storage container to an " Inactive " state to protect data integrity. The administrator must manage this state by ensuring the Witness is always reachable from both clusters via independent network paths. If the primary site cannot reach the Witness, it will stop serving I/O to prevent inconsistent data states, highlighting the critical importance of Witness availability in a high-availability BCDR design.
NEW QUESTION # 39
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