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| Section | Objectives |
|---|---|
| Topic 1: Replication and Failover Architecture | - Network segmentation for BCDR environments - Recovery site capacity management - Synchronous replication across sites - Asynchronous replication planning - Failover readiness validation |
| Topic 2: BCDR Fundamentals and Requirements Interpretation | - Defining recovery strategies aligned to business requirements and risk tolerance - Understanding RTO and RPO concepts and business impact analysis - Availability metrics and SLA definitions - Selecting appropriate replication types (async, near-sync, synchronous, metro) - Translating business requirements into resilient recovery architectures |
| Topic 3: Security and Hardening | - Designing secure BCDR environments - Approval policies configuration - RBAC implementation for disaster recovery - Security best practices for replication |
| Topic 4: Data Protection and Snapshots | - Snapshot retention policies design - Storage configuration for BCDR - Incremental backup implementation - Data restoration at VM and application level - Snapshot scheduling and management |
| Topic 5: Nutanix Disaster Recovery Solutions | - Recovery workflows using Nutanix native tools - Metro Availability configuration and management - Integration with third-party backup solutions - Configuring and managing replication policies - Failover procedures and execution |
| Topic 6: Monitoring, Testing and Troubleshooting | - Documenting runbooks for incident response - Resolving third-party backup integration problems - Setting up alerts for replication lag - Diagnosing network, storage and replication failures - Non-disruptive recovery testing - Troubleshooting permission issues and misconfigured DR environments |
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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: D
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
An administrator needs to provide the QA team with a VM state from four days ago to test an older browser version. However, the current production VM contains new application code and security patches that must not be deleted or overwritten. Which restore operation should the administrator perform to meet this requirement?
Answer: C
Explanation:
Nutanix offers several ways to recover data, ranging from full VM reverts to granular file-level access. In this scenario, the key requirement is to access historical data (from four days ago) without modifying or destroying the current production VM ' s state. Self-Service Restore (SSR) is the most efficient and least disruptive method to achieve this. SSR, which requires Nutanix Guest Tools (NGT) to be installed, allows an administrator or user to mount a historical snapshot disk directly to the existing VM as a new, temporary volume. This allows the QA team to browse the file system of the " four-day-old " state and copy the specific older browser version they need while the production application continues to run undisturbed with its new code and patches. An " In-place Restore " (Option C) would be disastrous here because it would roll back the entire VM, overwriting the new patches. A " Clone " (Option D) would work but is less efficient as it consumes additional vCPU, RAM, and full storage overhead for an entirely new VM. SSR provides the surgical precision needed for file-level testing while maintaining the integrity of the live production environment.
NEW QUESTION # 23
Which two VM disk types does Self-Service restore support? (Choose two.)
Answer: B,C
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 # 24
An administrator configures a VM-VM Anti-Affinity policy for a web application cluster to ensure high availability. The application is protected by a Protection Policy in Prism Central. A failover occurs, moving the VMs to the recovery site.
What determines whether the VM-VM Anti-Affinity rules are active on the recovery site?
Answer: C
Explanation:
VM-VM Anti-Affinity rules are used in Nutanix to ensure that specific virtual machines (such as the nodes of a database cluster or redundant web servers) never run on the same physical host, thereby protecting the application from a single host failure. These rules are typically managed through Prism Central (PC) in a modern deployment.
However, in the context of Disaster Recovery (DR) between two different clusters or availability zones, there is a technical limitation regarding the replication of these affinity policies. While the virtual machine ' s data and primary metadata (CPU, RAM, Disks) are replicated by the Cerebro service, the affinity rules are often considered local cluster constraints. In many versions of Nutanix Disaster Recovery (specifically the initial iterations of Leap/Prism Central-based DR), these affinity policies are not natively " synchronized " or enforced at the recovery site during a failover. This means that when the VMs are recovered at the destination cluster, the hypervisor ' s dynamic scheduler (ADS) may place them on the same host if that host has the most available resources. To maintain anti-affinity at the recovery site, an administrator would typically need to manually recreate the affinity policies at the destination AZ or use specialized orchestration scripts.
Understanding this limitation is vital for ensuring that high-availability requirements are still met after a disaster recovery event has occurred.
NEW QUESTION # 25
An administrator is planning to deploy some 2-node clusters and is reviewing data protection strategies for some of the critical VMs.
What can be the minimum RPO for these VMs?
Answer: C
Explanation:
Nutanix 2-node clusters are often used in small remote office (ROBO) environments to provide high availability with a smaller hardware footprint. However, the reduced node count introduces specific limitations on advanced data protection features compared to standard 3-node or larger clusters.
One of the key limitations of a 2-node cluster is the support for high-frequency replication. Technologies like NearSync (which provides RPOs from 1 to 15 minutes) and Synchronous replication (0 RPO) require a minimum of three nodes to manage the necessary metadata overhead, storage consistency, and lightweight snapshot (LWS) engine requirements. In a 2-node cluster, the system is restricted to using standard Asynchronous replication. The minimum RPO supported for standard Asynchronous replication in these small cluster configurations is typically 1 hour (60 minutes). An administrator attempting to set a more aggressive RPO will find that the system does not support the necessary lightweight snapshot infrastructure.
Therefore, while a 2-node cluster provides excellent local availability, its off-site disaster recovery capability is limited to a 1-hour RPO, which should be considered during the initial architectural design and risk assessment phase for critical workloads.
NEW QUESTION # 26
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