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| Section | Objectives |
|---|---|
| Security and Hardening | - Approval policies configuration - RBAC implementation for disaster recovery - Designing secure BCDR environments - Security best practices for replication |
| Monitoring, Testing and Troubleshooting | - Setting up alerts for replication lag - Documenting runbooks for incident response - Non-disruptive recovery testing - Troubleshooting permission issues and misconfigured DR environments - Resolving third-party backup integration problems - Diagnosing network, storage and replication failures |
| Data Protection and Snapshots | - Storage configuration for BCDR - Incremental backup implementation - Data restoration at VM and application level - Snapshot retention policies design - Snapshot scheduling and management |
| Nutanix Disaster Recovery Solutions | - Configuring and managing replication policies - Metro Availability configuration and management - Failover procedures and execution - Integration with third-party backup solutions - Recovery workflows using Nutanix native tools |
| BCDR Fundamentals and Requirements Interpretation | - Understanding RTO and RPO concepts and business impact analysis - Availability metrics and SLA definitions - 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 |
| Replication and Failover Architecture | - Network segmentation for BCDR environments - Synchronous replication across sites - Recovery site capacity management - Failover readiness validation - Asynchronous replication planning |
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NEW QUESTION # 18
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 # 19
A VM is configured with a 5-minute Nearsync RPO. After several hours, replication transitions back to hourly RPO. Alerts indicate the minute schedule cannot be maintained. What is the most likely root cause?
Answer: C
Explanation:
Nutanix NearSync replication uses Lightweight Snapshots (LWS) to achieve RPOs as low as 1 minute. To maintain this aggressive schedule, the system must be able to replicate all the " delta " changes (the data that has changed since the last snapshot) within the RPO window. If the data change rate (churn) of the VM increases, or if the available network bandwidth decreases, the system may find that it cannot complete the replication of one LWS before the next one is due.
When the Nutanix Cerebro service detects that it is consistently missing its NearSync target, it will automatically " downshift " the replication to a standard Asynchronous schedule (typically hourly) to ensure that the VM remains protected at a manageable frequency. This is a self-healing mechanism designed to prevent replication jobs from stacking up and causing cluster instability. Insufficient bandwidth (Option D) is the most common cause for this downshift, as the " Snapshot-on-wire " cannot be moved fast enough to satisfy the 5-minute requirement. While high RTT (Option A) is a requirement for Synchronous replication, NearSync is designed to handle higher latencies (up to 80ms or more), making bandwidth the primary bottleneck in these troubleshooting scenarios.
NEW QUESTION # 20
A security team has detected a ransomware attack that began encrypting files on the primary site at 2:00 AM.
By 2:45 AM, the primary site is still accessible but workloads are compromised. The administrator needs to recover to a known-good state from before the attack.
Which statement shows the action and reasoning that the administrator should consider?
Answer: B
Explanation:
In a Nutanix Disaster Recovery context, choosing the right failover type is critical during a ransomware event.
A " Planned Failover " is designed for maintenance scenarios. Its first step is to synchronize the current data state to the recovery site to ensure zero data loss. In a ransomware attack, the " current state " is encrypted or corrupted data. If an administrator performs a Planned Failover at 2:45 AM, the system will capture and replicate the encrypted files, effectively " backing up " the ransomware to the recovery site.
To successfully recover from ransomware, the administrator must perform an " Unplanned Failover. " Despite the name, this failover type is the correct choice for this scenario because it allows the administrator to manually select a historical recovery point from the destination cluster ' s storage. By choosing a recovery point from 1:00 AM (before the attack began), the administrator can restore the virtual machines to a known- good, unencrypted state. This is a primary use case for maintaining a multi-day or multi-week snapshot retention policy. While a " Test Failover " (Option A) could be used to verify the 1:00 AM snapshot in an isolated network first, the ultimate production recovery is achieved via an Unplanned Failover that specifically targets a point-in-time snapshot that predates the infection.
NEW QUESTION # 21
After performing a failover of encrypted AHV VMs from an on-premises AZ to a recovery AZ, an administrator notices that newly written data is not encrypted. Which post-failover cleanup task must be performed to correct this issue?
Answer: C
Explanation:
Nutanix supports software-based data-at-rest encryption for AHV workloads. This encryption is typically managed through " Storage Policies " in Prism Central, which are applied to virtual machines based on their " Categories " . For example, a policy might state that any VM in the Compliance:Encrypted category must have its data encrypted on the disk.
When a failover occurs, the VM moves to the recovery cluster. While the data that was replicated is already encrypted, the " Active " Storage Policy at the recovery site must be verified. If the recovery cluster does not have the same Storage Policy configuration or if the VM-to-Policy association was lost during the transition, the AOS storage engine at the recovery site will treat the VM as a standard, non-encrypted workload. This results in " newly written data " (writes occurring after the failover) being stored in plain text. To fix this, the administrator must " reassign " or refresh the Storage Policies and Categories at the recovery site. This ensures that the encryption rules are actively enforced on the new cluster, maintaining the organization ' s security posture post-disaster. This cleanup step is vital for compliance-heavy environments where encryption- at-rest is a mandatory requirement.
NEW QUESTION # 22
A company is recovering a 3-tier application (Database, Middleware, Web). The administrator executes the Recovery Plan. The Web tier VMs start up but applications immediately crash because they cannot connect to the Database tier. Which setting in the Recovery Plan should the administrator have configured to prevent this execution failure?
Answer: A
Explanation:
Orchestrating the recovery of multi-tier applications requires more than just powering on virtual machines; it requires managing the dependencies between application layers. In a standard 3-tier architecture, the Middleware and Web tiers typically depend on the Database being fully operational and ready to accept connections before they can successfully initialize. If a Recovery Plan powers on all tiers too quickly or simultaneously, the " upstream " services will fail to find their database backend, leading to the application crashes described in the scenario.
The Nutanix Recovery Plan provides " execution stages " to handle this boot ordering. However, even if tiers are in separate stages, a VM reaching a " Power On " state in the hypervisor does not mean the application services (like SQL or Oracle) are fully booted and ready for traffic. To address this, the administrator should configure " optional inter-stage delays " . This setting allows the administrator to define a specific wait time (in seconds) between the completion of one stage (e.g., Database power-on) and the start of the next (e.g., Middleware power-on). This delay gives the database engine enough time to finish its internal checks, mount its databases, and open its network ports. By incorporating these surgical delays, the administrator ensures a reliable, automated recovery where each tier only attempts to start once its required dependencies are fully operational at the destination site.
NEW QUESTION # 23
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