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| Section | Objectives |
|---|---|
| Topic 1: Describe Nutanix Platform Administration | - Basic virtual networking configuration - Virtual machine management tasks - Storage operations and licensing management |
| Topic 2: 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 |
| Topic 3: Demonstrate and Understand Platform Health and Monitoring | - Support case creation and diagnostic tools - Alerts, events, and performance monitoring - Cluster health checks and resiliency status |
| Topic 4: Describe Cluster Configuration and Maintenance | - Software updates and Life Cycle Management (LCM) - Hardware maintenance procedures - Valid cluster configuration options |
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NEW QUESTION # 35
Which Nutanix product provides unstructured file-storage services through SMB and NFS for home directories and user profiles on a Nutanix cluster?
Answer: D
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 # 36
How can an administrator protect volume-based containerized workloads?
Answer: D
Explanation:
Nutanix Data Services for Kubernetes (NDK) provides application-centric protection and data-management capabilities for stateful Kubernetes workloads. It is designed to protect persistent application data together with relevant Kubernetes configuration, allowing administrators to apply policies for snapshots, replication, recovery, migration, and disaster recovery. This includes persistent block volumes backed by Nutanix Volumes and, in supported releases, file-based persistent storage.
A generic replication policy does not by itself establish Kubernetes-aware protection. Effective recovery must account for both persistent data and application objects such as namespaces, StatefulSets, services, ConfigMaps, and secrets. NDK coordinates these elements and supplies policy-driven recovery workflows at the application level. Prism Central disaster-recovery capabilities primarily protect supported VM workloads and do not automatically provide the Kubernetes-native application awareness required here. Nutanix Objects replication protects object-store data and buckets rather than persistent block volumes consumed by containerized applications.
Nutanix describes NDK as extending enterprise data services to containerized applications and providing built- in disaster recovery with policy-driven data management. This directly matches the stated requirement.
Reference: Nutanix Data Services for Kubernetes . NHCF alignment: recognizing Nutanix cloud-native products and matching NDK to stateful Kubernetes data protection.
NEW QUESTION # 37
Which technology helps maintain operational resilience related to hardware?
Answer: C
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 # 38
On which entity is Replication Factor configured?
Answer: D
NEW QUESTION # 39
An administrator needs to configure cluster fault tolerance of 1N & 1D.
How many nodes must the cluster have for this task?
Answer: A
Explanation:
The 1N & 1D cluster fault-tolerance level is supported on a three-node cluster. It is designed to maintain access to data when one complete node and one additional disk fail concurrently, provided that the failures and remaining resources satisfy the documented resiliency conditions. To achieve this protection level, the platform configures replication factor 3 for the relevant data and maintains three metadata copies.
This configuration is distinct from standard 1N/1D fault tolerance, which protects against either one node failure or one disk failure and normally uses data replication factor 2. The ampersand in 1N & 1D is technically significant because it indicates simultaneous node-and-disk protection.
A two-node cluster uses a separate witness-based architecture and cannot provide this three-node 1N & 1D configuration. Nutanix documentation identifies three as both the required and supported node count for this specific fault-tolerance mode. Larger conventional clusters use their applicable fault-tolerance configurations rather than treating 1N & 1D as an arbitrary scalable setting.
Administrators must also verify that the cluster has sufficient resilient capacity before enabling the higher protection level. References: Prism 7.5 - One Node and One Disk Cluster Fault Tolerance and Cluster Fault Tolerance .
NEW QUESTION # 40
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