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| Section | Objectives |
|---|---|
| Demonstrate and Understand Platform Health and Monitoring | - Cluster health checks and resiliency status - Alerts, events, and performance monitoring - Support case creation and diagnostic tools |
| Describe Cluster Configuration and Maintenance | - Hardware maintenance procedures - Software updates and Life Cycle Management (LCM) - Valid cluster configuration options |
| Describe Nutanix Platform Administration | - Storage operations and licensing management - Virtual machine management tasks - Basic virtual networking configuration |
| 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 |
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NEW QUESTION # 64
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 # 65
What happens to pinned and Replication Factor 1-enabled VMs on a cluster node that is entering maintenance mode?
Answer: B
Explanation:
Pinned VMs and Replication Factor 1-enabled VMs with node affinity cannot be safely live migrated during host maintenance. Prism therefore identifies these VMs as non-migratable and requires them to be powered off before the node can complete entry into maintenance mode.
A pinned VM has a placement constraint binding it to a particular host. Moving it automatically would violate that constraint. An RF1-enabled VM has only one copy of its applicable vDisk data. When that data is associated with the node entering maintenance, another host cannot provide the same resilient storage access expected for an ordinary RF2 or RF3 VM. Powering off prevents the workload from continuing in an unsupported or inaccessible state.
Normal live-migratable VMs are moved to other nodes, subject to available CPU and memory capacity. HA- protected workloads can also be relocated according to the maintenance workflow. Pinned and RF1-affined VMs are handled separately, and Prism prompts the administrator to confirm their shutdown.
Before proceeding, the administrator should identify business impact, obtain an approved outage window, confirm cluster resiliency, and verify that affected applications can be restarted after the node exits maintenance mode.
NHCF/NCA reference: Node maintenance, VM migration restrictions, affinity, and RF1 behavior. Official references: Node Maintenance Mode and Putting a Host into Maintenance Mode .
NEW QUESTION # 66
Which component is used to present Nutanix storage as iSCSI block targets to external (non-virtualized) servers?
Answer: A
Explanation:
A Volume Group is the Nutanix storage component used to present block storage through iSCSI to external clients, including physical or otherwise non-virtualized servers. A Volume Group contains one or more virtual disks and can be attached directly to an AHV VM or exposed through iSCSI to qualified external initiators.
External client access is controlled by defining the relevant initiator information and establishing the iSCSI connection to the Volume Group.
A storage container is a logical storage boundary used for VM data placement and for settings such as replication factor, compression, deduplication, and erasure coding. Although Volume Group data ultimately consumes capacity from a container, the container itself is not presented as an iSCSI block target.
A storage pool aggregates the physical storage resources contributed by cluster nodes. It operates below the storage-container and workload-consumption layers and is not directly assigned to an external server. A vDisk template is also not the external block-presentation object.
The examination distinction is between the underlying storage hierarchy and the consumer-facing block- storage object. Storage pools supply capacity, containers provide logical policy boundaries, and Volume Groups organize vDisks for direct or iSCSI-based attachment.
NHCF/NCA reference: Nutanix storage operations, Volume Groups, external clients, and iSCSI connectivity.
Official references: Storage Components and Volume Group Details .
NEW QUESTION # 67
Monitoring data shows stable CPU and memory usage, but a user VM remains slow.
Which area should be investigated next?
Answer: A
Explanation:
Once CPU consumption, CPU contention and memory utilization have been reviewed and found stable, storage latency becomes the next relevant performance domain. A VM can have adequate compute resources yet remain slow because guest read or write operations are waiting for the storage path. High latency may arise from workload contention, abnormal I/O patterns, a storage-controller issue, or an underlying infrastructure condition.
Prism exposes VM and infrastructure metrics including IOPS, bandwidth, read latency, write latency and total I/O latency. The administrator should correlate the VM's latency with its IOPS and throughput, then compare those values with storage-container, host and cluster-level metrics over the same interval. This determines whether the delay is isolated to the VM or reflects a broader storage condition.
License expiration may affect access to licensed features, but it is not the primary diagnostic explanation for an actively running VM's I/O responsiveness. RBAC controls administrative permissions rather than guest workload performance. Container sizing is not a standard immediate troubleshooting metric; the measurable symptom to examine first is latency.
NHCF/NCA reference: Cluster Performance-analysis charts, reports and workload-performance interpretation; NCA Section 4, "Review and interpret workload performance." Official references: Prism 7.5- Performance Monitoring , Prism Central 7.5-VM Summary Metrics .
NEW QUESTION # 68
What Nutanix storage concept consists of groups of physical disks from one or more disk tiers?
Answer: A
Explanation:
A Nutanix storage pool is the physical aggregation of disks contributed by the nodes in a cluster. The disks may come from one or more storage tiers, such as NVMe, SSD or HDD, depending on the supported hardware configuration. Each physical storage device belongs to a storage pool, and Nutanix generally recommends a single storage pool per cluster so AOS can optimize capacity and performance across the available devices.
A storage container is a logical subdivision of storage capacity presented from the storage pool.
Administrators apply settings such as compression, deduplication and other storage policies at the container level. Therefore, a container consumes capacity from a pool but is not itself the grouping of physical disks.
A volume group is a collection of virtual disks exposed to one or more VMs or external clients as block storage. "Disk group" is not the Nutanix AOS abstraction defined by the question.
The hierarchy is consequently physical disks, then the storage pool, followed by logical storage containers and workload-facing virtual disks or volume groups.
NHCF/NCA reference: Storage Concepts-AOS storage architecture, storage pools, containers and storage tiers; NCA Section 2, "Discuss storage operations." Official references: Prism 7.5-Storage Components , AOS 7.5-Nutanix Software Configuration .
NEW QUESTION # 69
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