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| Section | Objectives |
|---|---|
| Networking and Security | - Virtual networking concepts - Network configuration in AHV - Microsegmentation and security policies |
| Storage and Data Services | - Data resiliency and replication - Snapshots and backups - Storage containers and policies |
| Nutanix Architecture and Core Concepts | - Cluster design fundamentals - Hyperconverged Infrastructure (HCI) principles - Nutanix AOS components and architecture |
| Prism Administration and Management | - Prism Element and Prism Central - Reporting and analytics - Monitoring and alerts |
| Virtualization and AHV | - Image service and VM deployment - AHV architecture and features - VM lifecycle management |
| Cluster Operations and Lifecycle Management | - Health monitoring and troubleshooting - Upgrades and lifecycle management - Capacity planning and optimization |
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NEW QUESTION # 21
As part of a resource planning exercise, an administrator observes that a significant number of guest VMs are consistently using less than half of their allocated resources. Which VM profile in Prism Central best categorizes these VMs?
Answer: C
Explanation:
In Prism Central behavioral learning and VM efficiency views, Nutanix defines an over-provisioned VM as one that is oversized and wasting resources that are not actually needed. If a VM is consistently using less than half of what has been allocated, it is a classic over-provisioning signal: the VM has more CPU and/or memory assigned than its real workload profile requires. ( Nutanix Portal ) The wrong options each represent a different operational pattern. An inactive VM is largely idle. A constrained VM lacks sufficient resources and typically shows signs of pressure, contention, or poor performance. A bully VM consumes disproportionate resources and can negatively affect neighbors. None of those fit the scenario of consistently low utilization relative to allocated sizing. Nutanix includes these VM efficiency categories so administrators can right-size workloads and reclaim capacity before buying more infrastructure. In a resource planning exercise, identifying over-provisioned VMs is especially important because right-sizing them can delay expansion and improve overall efficiency. That is why D is the correct classification. ( Nutanix Portal )
NEW QUESTION # 22
An administrator needs to migrate an existing VM from a 3-tier ESXi environment to Nutanix AHV.
What should be used to minimize downtime during the migration?
Answer: D
Explanation:
Nutanix's recommended migration tool for moving VMs into AHV is Nutanix Move. Official Nutanix guidance and migration material specifically recommend Move as the preferred mechanism for migrating VMs to AHV, especially when the goal is to reduce disruption compared with coarse methods like backup- and-restore. Move is purpose-built for this scenario and supports migration workflows from platforms such as VMware into Nutanix AHV with minimized downtime during cutover. ( Nutanix ) The distractors highlight common confusion between the overall product and helper components. Move Agent may be involved in certain source-platform workflows, but the question asks what should be used to minimize downtime at the solution level. The correct answer is the migration platform itself: Nutanix Move. Backup and restore is usually more disruptive and manual. CCLM is unrelated here. Nutanix positioning is very clear that the standard, supported, low-downtime migration path from a third-party virtual environment to AHV is Move, so D is correct. ( Nutanix )
NEW QUESTION # 23
An administrator has configured a virtual switch with Active-Active bond type with MAC pinning (balance- slb) bond type. The network team enables LACP on the top-of-rack switches connected to the Nutanix nodes.
After the switch change, network throughput degrades.
What is the most likely cause?
Answer: D
Explanation:
Nutanix networking guidance makes this distinction very clearly: balance-slb (Active-Active with MAC pinning) is the bond type used when the administrator wants multi-uplink utilization without additional physical-switch configuration. Nutanix also documents that LACP requires Active-Active / balance-tcp, and balance-slb must not be combined with link aggregation protocols such as LACP. If the switch team turns on LACP while the Nutanix side remains in balance-slb, the uplink behavior is mismatched and degraded throughput is the expected result. Therefore D is the correct answer.
This is a classic exam trap because both balance-slb and balance-tcp are Active-Active styles, but they are not interchangeable. One is switch-independent and the other is switch-dependent with LACP. The problem here is not MTU, uplink count, or support for vs0. It is the fact that the switch configuration and AHV bond mode no longer agree. In Nutanix, if LACP is enabled on the switches, the virtual switch must be configured for the LACP-compatible Active-Active mode, not MAC pinning. That is why D is the authentic answer.
NEW QUESTION # 24
An administrator wants to define a set of conditions and approvers that must be satisfied before a deployment can proceed.
Which component must be enabled?
Answer: B
Explanation:
Nutanix Self-Service and NCM documentation explains that approval policies are built around defined conditions and approvers, and those policies are part of the broader Policy Engine capability. Nutanix further documents that the Policy Engine is included in NCM and provides the governance framework for conditions- based approvals before deployment actions proceed. Since the question asks specifically about defining conditions and approvers that must be satisfied before deployment, the correct enabling component is Policy Engine.
Marketplace can host deployable items, but it does not by itself provide the approval-governance mechanism being asked about. Nutanix Central and Power Monitor are unrelated to approval workflows. The wording in the question almost mirrors Nutanix's own approval-policy description, which is why the intended answer is clear. To enforce conditional approvals before provisioning or deployment actions, administrators use Policy Engine. Therefore A is the authentic answer.
NEW QUESTION # 25
A new cluster is being deployed for the accounting department with the following characteristics:
* There is a lot of infrequently used data.
* The data is critical for the company.
* Fault Tolerance 2 is required.
* The budget is tight.
In addition to compression, which storage efficiency mechanism and minimum required number of nodes should the administrator configure?
Answer: D
Explanation:
The question is asking for the best balance of capacity efficiency, fault tolerance, and cost control. Nutanix documentation explains that erasure coding is the storage-efficiency mechanism that increases usable capacity by using parity instead of full-copy replication overhead, making it a strong fit when data is relatively cold or infrequently modified. Nutanix also documents that erasure coding requires a minimum of six nodes when using replication factor 3, which corresponds to Fault Tolerance 2 designs. That makes Erasure Coding with six nodes the correct answer.
Deduplication is valuable for certain duplicate-heavy data sets such as VDI or repeated blocks, but the question emphasizes business-critical cold data and a tight budget. In that context, erasure coding provides the more directly documented capacity-efficiency benefit. The five-node options are eliminated by Nutanix's minimum-node requirement for RF3 erasure coding. Since FT2 implies the higher fault-tolerance design and Nutanix requires six nodes for EC with RF3, A is the correct answer.
NEW QUESTION # 26
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