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| Section | Objectives |
|---|---|
| Recognize Nutanix Solutions and Tools | - Use cases and features of Nutanix management and operational tools - Nutanix solutions, use cases, and features of Nutanix Cloud Infrastructure (NCI) Technologies |
| Describe Nutanix Platform Administration | - Virtual machine management tasks - Storage operations and licensing management - Basic virtual networking configuration |
| Describe Cluster Configuration and Maintenance | - Valid cluster configuration options - Software updates and Life Cycle Management (LCM) - Hardware maintenance procedures |
| Demonstrate and Understand Platform Health and Monitoring | - Support case creation and diagnostic tools - Alerts, events, and performance monitoring - Cluster health checks and resiliency status |
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NEW QUESTION # 65
Which technology helps maintain operational resilience related to hardware?
Answer: A
Explanation:
Cluster Fault Tolerance directly defines how many simultaneous disk or node failures a Nutanix cluster can withstand within its configured failure domain while maintaining data availability. It is therefore the technology most directly associated with resilience against physical hardware failures.
For example, 1N/1D fault tolerance allows the cluster to tolerate the failure of one node or one disk, subject to the required node count, replication factor, available capacity, and current data-resiliency state. Higher fault- tolerance configurations can withstand additional simultaneous failures but require more nodes, failure domains, data copies, and usable-capacity overhead.
Acropolis Dynamic Scheduler addresses VM placement and resource contention. It can move workloads to improve balance, but it does not establish the number of hardware failures the storage layer can tolerate.
Capacity reservations can preserve resources for workload restart or data rebuilding, but they support rather than define the cluster's fault-tolerance level. High Availability restarts or protects VMs following host failures; it is related to workload availability but is not the specific measure of storage resilience across disks, nodes, blocks, or racks.
The decisive wording is "resilience related to hardware," which maps directly to Cluster Fault Tolerance.
NHCF/NCA reference: Cluster resiliency, failure domains, replication factor, and hardware maintenance.
Official references: Cluster Fault Tolerance and Cluster Resilient Capacity .
NEW QUESTION # 66
What is Multicloud Snapshot Technology (MST)?
Answer: A
Explanation:
Multicloud Snapshot Technology is a Nutanix disaster-recovery and data-mobility capability that replicates VM and Volume Group snapshots directly to supported object storage. Supported targets can include Nutanix Objects and validated hyperscaler services such as Amazon S3 or Azure Blob Storage, depending on the deployed MST and platform versions.
Object storage supplies a durable and cost-effective repository without requiring a fully sized recovery cluster to remain continuously active. During recovery, the protected snapshots can be rehydrated or restored to a Nutanix Cloud Platform environment. MST integrates with Prism Central protection policies and recovery plans, providing a consistent operational workflow across on-premises, edge and public-cloud deployments.
MST is not limited to bare-metal servers, native-cloud VMs or one fixed NC2-to-on-premises direction. Its defining characteristic is the use of supported object storage as the snapshot-protection target and its ability to support recovery wherever the compatible Nutanix Cloud Platform is available. Option C therefore provides the broad and technically correct definition.
NHCF/NCA reference: Nutanix Disaster Recovery solutions, snapshots and hybrid-multicloud data protection; NCA Section 1, "Recognize Nutanix solutions, use cases and features." Official references:
Nutanix Multicloud Snapshot Technology , Prism 7.5-DR Using MST .
NEW QUESTION # 67
In a Nutanix cluster where compute nodes run ESXi, which hypervisor is required on storage-only nodes added to the cluster?
Answer: B
Explanation:
A Nutanix storage-only node operates with AHV even when the hyperconverged compute nodes in the same cluster use VMware ESXi. The storage-only node contributes storage capacity and runs the Controller VM and required Nutanix services, but it does not host ordinary user VMs. Using AHV on the storage-only node preserves compatibility with the Nutanix storage-only architecture and avoids requiring an additional third- party hypervisor licence solely for a node that supplies storage.
This creates a supported mixed-hypervisor cluster configuration: ESXi remains on the compute-capable HCI nodes, while AHV runs on the storage-only nodes. Administrators must observe the documented restrictions for cluster expansion, network segmentation, maintenance, and workload placement in this configuration.
User workloads remain on the ESXi compute nodes because the AHV storage-only nodes are not available as general VM execution targets.
Hyper-V is not used for this ESXi storage-only-node design. Although AHV is based on KVM technology, the supported Nutanix hypervisor product and configuration is specifically AHV, making generic KVM an incorrect selection. Reference: Prism 7.5 - Storage-Only Nodes . NHCF alignment: compute-only and storage- only node configurations.
NEW QUESTION # 68
An administrator is troubleshooting resource availability within the cluster. As part of the troubleshooting, the administrator wants to build a list of powered-off VMs on the Nutanix cluster.
In order for these VMs to be listed in the Prism Central VM Efficiency widget, how many days must the VMs be powered off to be considered a Dead VM?
Answer: A
Explanation:
Prism Central classifies a virtual machine as a Dead VM after it has remained powered off for at least 30 days. The VM Efficiency capability uses this duration to distinguish temporarily stopped workloads from VMs that are sufficiently inactive to justify administrative review. Consequently, a VM powered off for only
5 or 15 days does not meet the classification threshold, while 45 days exceeds-but does not define-the required minimum.
A Dead VM is not automatically deleted. The classification is an efficiency finding intended to identify resources that may no longer be required. Even while powered off, the VM can continue consuming storage through its virtual disks, snapshots, recovery points, and associated configuration objects. Administrators should therefore validate application ownership, retention requirements, protection policies, and compliance obligations before deleting or archiving it.
The VM Efficiency widget is part of Prism's broader behavioral and capacity-optimization functionality.
Other inefficiency classifications can identify overprovisioned or constrained VMs by evaluating historical resource behavior. The 30-day rule is specifically associated with the powered-off Dead VM condition and should not be confused with utilization-based efficiency findings.
NHCF/NCA reference: Prism Central monitoring, VM efficiency, resource optimization, and behavioral analysis. Official reference: Behavioral Learning Tools and VM Efficiency , specifically the Dead VM classification.
NEW QUESTION # 69
In a 2-node cluster, which configuration option is supported?
Answer: D
Explanation:
Compression is supported on a Nutanix two-node cluster. Compression reduces physical capacity consumption by encoding eligible data more efficiently before it is retained in the distributed storage fabric. It remains available because its operation does not require the additional node count or data-placement structure demanded by certain other storage-efficiency features.
Nutanix explicitly identifies deduplication as unsupported for the two-node configuration while stating that compression is supported. Cluster expansion is also not a supported scale-out path for a cluster originally created as a two-node cluster. If a larger cluster is required, the environment must be designed and deployed as the appropriate multi-node configuration rather than treating the two-node deployment as an incrementally expandable starting point.
Two-node clusters also have specialized architecture. They use RF2 across the nodes and require a Witness VM in a separate failure domain to resolve leadership when communication between the two nodes is lost.
The Witness does not contain workload data; it provides quorum-related arbitration during applicable failures.
Network configuration is similarly subject to two-node guidelines and limitations, making Network Segmentation an incorrect selection in this answer set.
The question tests recognition that a two-node cluster retains selected AOS capabilities but is not functionally identical to a conventional three-node-or-larger cluster.
NHCF/NCA reference: Two-node cluster capabilities, limitations, Witness operation, and storage efficiency.
Official references: Two-Node Clusters and Two-Node Cluster Guidelines .
NEW QUESTION # 70
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