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| Section | Objectives |
|---|---|
| Describe Cluster Configuration and Maintenance | - Identify software maintenance tasks - Describe valid cluster options - Identify hardware maintenance tasks |
| Describe Nutanix Platform Administration | - Discuss storage operations - Describe licensing tasks - Identify virtual networking tasks - Describe virtual machine tasks |
| Recognize Nutanix Solutions and Tools | - Recognize use cases and features of Nutanix tools - Recognize Nutanix solutions, use cases, and features of Nutanix Cloud Infrastructure (NCI) technologies - Recognize non-Nutanix Cloud Infrastructure (NCI) solutions, use cases, and features |
| Demonstrate and Understand Platform Health and Monitoring | - Review and interpret alerts and events - Perform and interpret a health check - Review and interpret workload performance - Leverage support functions |
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NEW QUESTION # 69
An administrator needs to increase the available storage of an existing AHV virtual machine by adding a new vDisk.
Which method is supported to perform this task?
Answer: A
Explanation:
An administrator can add storage directly to an existing AHV VM by editing its configuration and selecting Add New Disk. In the disk configuration, the administrator specifies the device type, disk size, storage container, and supported controller or bus settings. The new vDisk is then attached to the VM and presented to the guest operating system, where it can be initialized, partitioned, and formatted.
Creating another VM is unnecessary because AHV supports modifying the virtual hardware of an existing VM. Increasing a host's local disk does not directly create guest storage; physical disks contribute capacity to the Nutanix distributed storage fabric rather than being individually assigned to a VM. Similarly, changing the size of a storage pool is an infrastructure-capacity operation and does not attach a new virtual disk to the selected workload.
A storage container holds the vDisk and provides access to the cluster's distributed storage resources.
Selecting the appropriate container during disk creation is therefore part of the supported workflow.
Reference: Prism 7.5 - Creating and Attaching a VM Disk and Prism 7.5 - Managing an AHV VM . NHCF alignment: VM storage administration and vDisk management.
NEW QUESTION # 70
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 # 71
Which option best describes Nutanix Konnector?
Answer: B
Explanation:
Nutanix Konnector is designed to automate the onboarding and registration of Kubernetes clusters with Prism Central. Nutanix describes it as a lightweight component that establishes the integration required for Prism Central to discover Kubernetes clusters and correlate them with the underlying Nutanix infrastructure.
After onboarding, Prism Central can provide infrastructure-oriented visibility into Kubernetes environments, including the relationship between clusters, virtual machines, persistent storage, networking context and relevant infrastructure alerts. Starting with supported NKP and Prism Central releases, Konnector can automatically onboard NKP-managed clusters, reducing the need for separate manual registration steps.
Option D is incorrect because Konnector's primary function is not to convert or attach a non-NKP cluster to the NKP management plane. Its management destination is Prism Central. Options A and B describe storage- connectivity functions that Konnector does not perform. External-storage and public-cloud storage integration are separate AHV, NCI or cloud-service capabilities.
The supplied answer D therefore requires correction to C.
NHCF/NCA reference: Nutanix tools, Kubernetes platform integration and centralized management; NCA Section 1, "Recognize the use cases and features of Nutanix tools." Official references: Nutanix Konnector
1.1 , Prism Central-Kubernetes Cluster Management .
NEW QUESTION # 72
Which tool tests how a Nutanix environment will behave under a simulated production load?
Answer: B
Explanation:
Nutanix X-Ray is an automated testing and benchmarking framework that runs repeatable scenarios against hyperconverged infrastructure targets. It uses realistic workload generators and controlled infrastructure events to evaluate performance, resilience, scalability, data integrity, and availability. Its scenarios can simulate conditions such as VM cloning, snapshots, migrations, node failures, node power-offs, and sustained storage workloads.
X-Ray is intended for evaluation and test environments rather than active production clusters. The resulting metrics and reports allow architects and administrators to compare configurations and determine how an environment behaves under representative production-style demand and failure conditions.
Nutanix Move migrates workloads between supported platforms and does not benchmark infrastructure behavior. Nutanix Collector gathers environmental information for assessment and sizing activities but does not generate simulated application loads. Nutanix Foundation images nodes and deploys or configures clusters; it is not a performance-testing framework.
The requirement to test behavior under simulated load therefore maps directly to X-Ray's scenario-based testing model. References: Nutanix X-Ray FAQ and X-Ray 4.4 - Test Scenarios . NHCF alignment:
identifying Nutanix assessment, deployment, migration, and testing tools.
NEW QUESTION # 73
Which Nutanix product provides unstructured file-storage services through SMB and NFS for home directories and user profiles on a Nutanix cluster?
Answer: C
Explanation:
Nutanix Files is the scale-out file-storage service designed to provide SMB shares and NFS exports for unstructured data. Typical use cases include user home directories, roaming or virtual-desktop profiles, departmental shares, application logs, archives, and general enterprise file services. Files deploys File Server VMs that present the client-facing file protocols while using the Nutanix distributed storage layer underneath.
Nutanix Move is a workload-migration utility used to transfer VMs between supported source and target platforms; it does not provide file shares. Nutanix Volumes supplies block-storage services, commonly exposed through iSCSI, for applications that require block devices rather than SMB or NFS file systems.
Nutanix Objects provides S3-compatible object storage and is intended for applications using object APIs rather than conventional file protocols.
The presence of SMB, NFS, home directories, and user profiles makes the use case specifically file-oriented.
Nutanix documentation identifies Files as a repository for unstructured data and lists home directories and user profiles among its standard workloads. Reference: Nutanix Files Storage Technical Note . NHCF alignment: differentiating Files, Volumes, Objects, and migration services by protocol and workload type.
NEW QUESTION # 74
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