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| Section | Objectives |
|---|---|
| Topic 1: BCDR Fundamentals and Requirements Interpretation | - Defining recovery strategies aligned to business requirements and risk tolerance - Selecting appropriate replication types (async, near-sync, synchronous, metro) - Translating business requirements into resilient recovery architectures - Availability metrics and SLA definitions - Understanding RTO and RPO concepts and business impact analysis |
| Topic 2: Replication and Failover Architecture | - Failover readiness validation - Network segmentation for BCDR environments - Synchronous replication across sites - Recovery site capacity management - Asynchronous replication planning |
| Topic 3: Nutanix Disaster Recovery Solutions | - Configuring and managing replication policies - Recovery workflows using Nutanix native tools - Metro Availability configuration and management - Failover procedures and execution - Integration with third-party backup solutions |
| Topic 4: Monitoring, Testing and Troubleshooting | - Diagnosing network, storage and replication failures - Non-disruptive recovery testing - Setting up alerts for replication lag - Troubleshooting permission issues and misconfigured DR environments - Resolving third-party backup integration problems - Documenting runbooks for incident response |
| Topic 5: Security and Hardening | - RBAC implementation for disaster recovery - Security best practices for replication - Designing secure BCDR environments - Approval policies configuration |
| Topic 6: Data Protection and Snapshots | - Storage configuration for BCDR - Snapshot retention policies design - Data restoration at VM and application level - Incremental backup implementation - Snapshot scheduling and management |
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NEW QUESTION # 51
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 # 52
After a storage failover in a synchronous replication environment, users report higher I/O latency and degraded performance compared to pre-failover levels. Cluster health is normal, and replication is functioning correctly. Which post-failover cleanup action could the administrator perform to correct the performance issue?
Answer: D
Explanation:
Synchronous replication environments (like Metro Availability) allow for zero-RPO failover, but the performance of the workload is highly dependent on " Data Locality " . Nutanix architecture is built on the principle that a VM ' s compute (vCPU/RAM) should ideally reside on the same host or cluster that serves its primary storage I/O.
During a storage failover, the " Active " container role may move to the recovery site, but the virtual machines might still be running on the primary site ' s compute nodes. This causes " Remote I/O, " where every read and write must traverse the network link to reach the active storage container at the other site, resulting in the reported higher latency and degraded performance. To resolve this, the administrator must " realign " the compute and storage by performing a vMotion (or live migration) of the VMs to the cluster that is now hosting the active storage role. While the Acropolis Dynamic Scheduler (ADS) (Option D) eventually attempts to rebalance, a manual realignment ensures that performance is restored immediately after the failover stabilization. Reconfiguring schedules (Option C) or retention (Option A) has no impact on real-time I
/O latency, highlighting the critical role of data locality in high-performance BCDR designs.
NEW QUESTION # 53
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: A
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 # 54
A Protection Domain exists with a VM, but no new snapshots are being created and replication never starts.
Which is the most likely DR setup issue?
Answer: A
Explanation:
In a Nutanix legacy Protection Domain (PD) configuration, three primary elements must be in place for data protection to occur: the entities (VMs), the remote site (destination), and the schedule. Even if a VM has been added to a Protection Domain (negating Option A), the cluster will not take any action unless it is explicitly told " when " and " how often " to do so.
If no new snapshots are being created locally and replication is not starting, the most likely issue is that no " Schedule " has been configured for that Protection Domain. The schedule defines the RPO (e.g., hourly, daily) and the retention period for the snapshots. Without an active schedule, the Cerebro service simply has no instruction to initiate the snapshot process. While a missing vStore mapping (Option C) would cause the " replication " to fail, the " local snapshots " would still be created in the PD. Similarly, low bandwidth throttling (Option D) would cause the replication to move slowly or time out, but it would not prevent the initial creation of the local recovery points. Therefore, verifying the presence of a valid, active replication schedule is the mandatory first step for an administrator when a Protection Domain appears to be " idle " despite having VMs assigned to it.
NEW QUESTION # 55
An administrator wants to protect the snapshots created on the cluster. Only authorized users should be allowed to modify or delete the snapshots on the cluster. How can the administrator harden the security of the snapshots?
Answer: B
Explanation:
Hardening a Nutanix cluster for Business Continuity involves implementing security controls that protect recovery data from unauthorized destruction. In many modern cyberattacks, specifically ransomware, the goal is not just to encrypt production data but also to delete the snapshots and backups that would allow for recovery. To satisfy the requirement that only authorized modifications occur, the administrator must move beyond simple Role-Based Access Control (RBAC) and implement an " Approval Policy " .
The Approval Policy feature in Prism Central forces a secondary layer of validation for sensitive operations like snapshot deletion. When a user tries to delete a recovery point, the Nutanix orchestration engine captures the request and holds it in a " Pending " state. The request must be reviewed and approved by a designated person with approval authority. This ensures that even if an administrator ' s account is compromised, the attacker cannot immediately wipe out the snapshots needed to restore the environment. This " multi-person control " is a recognized security best practice for protecting mission-critical data. While cluster lockdown (Option C) prevents unauthorized SSH access, it does not manage the logical management of data through the Prism UI. An Approval Policy provides the specific " modification and deletion " control requested, ensuring that the cluster ' s recovery points remain a reliable " source of truth " following a security incident or administrative error.
NEW QUESTION # 56
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