NCP-MCI-7.5 practice questions
Nutanix · NCP-MCI-7.5 · 300 questions
Original practice questions for the Nutanix Certified Professional - Multicloud Infrastructure 7.5 (NCP-MCI-7.5) exam, covering cluster management, workload management, DR and data protection, and operations and monitoring — framed in a multi-cluster Nutanix estate with AHV, Prism Central, and a DR relationship to a second site.
This course contains the use of artificial intelligence.
About the NCP-MCI-7.5 exam
- Time allowed
- 2 hours
- Questions
- 75
- Passing score
- 3000 (scale to 6000)
- Format
- Multiple-choice and multiple-response; question weights vary
Exam details published by the vendor, checked 23 September 2026. Vendors change fees and formats without notice — confirm on the vendor's own page before you book.
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Manage Clusters within a Nutanix Multicloud Environment · 75 questions
- You are preparing a four-node AHV cluster for an AOS upgrade using Lifecycle Manager. The LCM pre-upgrade health check reports a warning but allows you to proceed. Before clicking 'Upgrade', what is the most appropriate action to ensure cluster stability?
- A Nutanix administrator initiates a cluster upgrade via Life Cycle Manager (LCM). The pre-upgrade checks fail, citing that one Controller VM (CVM) is reporting high memory usage and is currently inaccessible for SSH. The administrator needs to proceed with the upgrade to patch a critical security vulnerability. What is the appropriate next step?
- You are performing a rolling upgrade of AOS and AHV on a four-node Nutanix cluster hosting production VMs. The cluster is healthy, and you have confirmed sufficient redundancy for a rolling reboot. During the upgrade, what is the expected behavior for the running virtual machines?
- After completing a planned AOS and AHV upgrade window, you notice that newly released software inventory items are not appearing in the LCM Inventory list on Prism Element. The upgrade completed successfully, and the cluster is healthy. What should you do first to make the new software versions visible in LCM?
- An administrator adds a single new node to an existing 3-node AHV cluster. The cluster uses a default storage container with a Replication Factor (RF) of 2. The new node contributes 10 TB of raw flash capacity. The administrator expects the total usable capacity of the cluster to increase by 10 TB. However, the capacity dashboard shows only a 5 TB increase in usable capacity. What is the primary reason for this discrepancy?
- You are adding four new nodes to an existing AHV cluster. Prism Element rejects the expansion with a 'Hardware Compatibility Not Confirmed' error. What is the most likely cause?
- A physical node in a four-node Nutanix AHV cluster has failed and requires hardware replacement. The administrator needs to remove the failed node from the cluster inventory and insert the new node, ensuring that no data is lost and cluster redundancy is maintained throughout the process. Which sequence of actions should the administrator perform first?
- An LCM precheck for an AOS upgrade stops with a warning that a component's state is stale, while hardware health and CVM services are normal. What should you do before retrying the upgrade?
- An administrator needs to upgrade both AOS and AHV on a 4-node Nutanix cluster to the latest stable release. The environment requires minimal downtime and consistent versioning across all nodes. Which method should the engineer use to perform this upgrade?
- You are planning a LCM upgrade for a 4-node AHV cluster. The LCM pre-check reports a single disk in a failed state. The customer insists on proceeding to meet a change window deadline. What is the required action before initiating the upgrade?
- An LCM-managed 4-node AHV cluster needs upgrades to LCM framework, AOS, and AHV. The admin wants minimal disruption and correct dependency handling. Which upgrade sequence should you use?
- You have just completed a Prism-based LCM upgrade of a four-node AHV cluster. The LCM progress bar reaches 100% and the status shows 'Completed'. Before declaring the maintenance window closed, what is the single most critical validation step to ensure the environment is stable?
- You add two nodes to a four-node AHV cluster. An hour later, Prism shows the original nodes with high disk usage and the new nodes with low usage. The cluster is healthy and workloads are running. What should you expect?
- You have just completed the initial configuration of a new Nutanix cluster running AOS and AHV. The cluster is currently managed solely by its local Prism Element interface. Your organization requires centralized management, unified monitoring, and policy enforcement across this new cluster and several existing sites using Prism Central. Which action must you perform to achieve this centralized management?
- A Nutanix administrator initiates a rolling upgrade using LCM on a four-node AHV cluster. The upgrade process pauses briefly on the first node to drain workloads. What is the expected behavior for the virtual machines currently running on that specific node during this drain phase?
- During a planned LCM upgrade to AOS 6.5, the process halts at 40% on one CVM due to a transient network timeout. The cluster remains fully operational, serving production VMs without interruption. The upgrade job shows a 'Failed' status for that node, but the other nodes completed successfully. What is the correct next step?
- An administrator renames a production cluster from 'Prod-01' to 'Prod-Core' via Prism Element to align with a new naming convention. Several hours later, Prism Central stops reporting metrics for this cluster, and LCM cannot push updates to it. The cluster nodes are healthy, and SSH access to the CVMs works. What is the most likely cause of this management-plane disruption?
- Your team plans to expand an AHV cluster using nodes that run a different AOS and hypervisor version than the existing cluster. Before adding the nodes, what should the engineer do?
- You are preparing for a scheduled maintenance window to upgrade AOS on a four-node Nutanix cluster hosting critical production VMs on AHV. The window is tight, and downtime is strictly prohibited. You initiate the upgrade via Prism Element. How does the upgrade process handle the running VMs to meet the zero-downtime requirement?
- You are provisioning a new storage container for a production database on a Nutanix cluster. The application requires that data remains accessible and writable even if two nodes fail simultaneously. You have sufficient raw capacity available on the cluster. Which replication factor should you configure for this container to meet the availability requirement without over-provisioning?
- A production container is configured with Replication Factor 2. During maintenance, one AHV node fails and is powered off. The administrator must confirm the container can continue serving VMs without data loss. Which failure domain does RF2 provide?
- You are provisioning a new container for a critical SQL Server workload on a 5-node AHV cluster. The CISO mandates that the storage layer must tolerate the simultaneous failure of two nodes without data loss or service interruption. You must choose between configuring the container for Replication Factor 2 (RF2) or Replication Factor 3 (RF3). Which configuration meets the resilience requirement, and what is the primary trade-off?
- You change the Replication Factor (RF) from 3 to 2 on an existing storage container named 'Gold' that currently hosts several running VMs. No data migration is initiated. What is the immediate effect on the existing VM data stored on this container?
- An administrator enables inline compression on a high-write, low-read AHV container to save capacity. After the feature activates, Prism reports a significant drop in logical data footprint, but application teams report intermittent write latency spikes during peak business hours. What is the most likely cause of this performance degradation?
- An administrator is evaluating deduplication for a Prism container that holds many identical Windows desktop images. What should be confirmed before enabling it?
- A container hosts mixed production VMs. Both compression and deduplication are enabled. During data-reduction jobs, node CPU and memory use rises, and capacity savings are modest for some VMs. Which condition best justifies keeping both features enabled on this container?
- A Nutanix administrator is reviewing capacity efficiency on an AHV cluster using RF2 containers. Management proposes enabling EC-X instead of keeping full replication for selected workloads. Which statement best describes the trade-off?
- A latency-sensitive OLTP VM on AHV is moved from an RF2 container to an EC-X container, and write latency rises. Which storage efficiency placement should an administrator choose to meet the low-latency requirement?
- In Prism Element, a storage container reports provisioned capacity far above physical usable capacity, while physical used capacity is only 30%. All attached VM disks are thin-provisioned. What should the engineer do?
- On an AHV cluster, a storage container has thin provisioning enabled for VM disks. VMs continue writing new data, and Prism Central eventually reports insufficient container space even though allocated capacity seemed available. Which risk does thin provisioning introduce?
- An administrator configures a storage container with 10 TiB of raw capacity on a four-node AHV cluster. The container uses RF 2, with compression, deduplication, and EC-X disabled. Assuming no metadata or operational reserve overhead, what is the approximate maximum usable capacity?
- A hybrid Nutanix cluster contains both SSD and HDD nodes. An admin creates a container for latency-sensitive database VMs and another for archive VMs, both with similar data reduction settings. Which statement best describes how AOS handles storage tier behavior for these workloads?
- In a hybrid Nutanix cluster, an application experiences sporadic latency spikes. Analysis shows that a small subset of frequently accessed blocks resides on HDDs while less frequently accessed data occupies SSDs. You need to ensure that hot data automatically migrates to the SSD tier without manual intervention or application changes. Which AOS storage feature provides this behavior?
- An administrator notices that post-process compression and EC-X conversion are not completing on a container after recent writes. Which Nutanix AOS component should be checked because it performs these background storage optimization and data-reduction tasks?
- During a Nutanix performance review, an AHV VM sees high storage latency, and you need to confirm which AOS service handles the primary data path for VM disk I/O. Which service should you examine?
- A Nutanix administrator is tuning storage efficiency on a container that hosts both a random-write-heavy database and a sequential-write-heavy backup target. Which placement best matches Nutanix storage efficiency behavior to these I/O patterns?
- An administrator enables deduplication and compression on an AOS container that stores guest-encrypted, already compressed database backups. What reduction should be expected?
- During a planned power-down of one AHV node in an EC-X-enabled cluster, Prism shows data reconstruction in progress. What impact should the administrator expect while EC-X rebuilds data on the surviving nodes?
- An engineer creates a new AHV VM that needs ordinary LAN connectivity through the cluster’s default data path. Which bridge should the VM NIC use?
- An administrator must isolate application traffic from management traffic on an AHV cluster. Existing management VMs use the default management network. Which action provides the required network isolation?
- An administrator configures an AHV host bond in active-backup mode to provide link redundancy. If the active NIC loses its physical link, what behavior should be expected?
- An administrator configures an AHV host bond for active-active link aggregation across two 10 Gb NICs, but the upstream switch ports remain separate access ports. What must be configured on the switches so the aggregated link behaves as one logical connection?
- An AHV node bond is set to 802.3ad for LACP, but the node shows degraded network redundancy. The physical switch ports are configured as independent access ports. What must be done first to make the bond operate correctly?
- An AHV cluster needs two application VLANs, 100 and 200, to reach VMs over the same physical NIC. What should the administrator do so both VLANs can traverse that interface?
- An administrator creates an AHV network in Prism with no VLAN ID and connects a VM to it. The host uplink is configured as a trunk on the physical switch with native VLAN 10 and allowed VLANs 10 and 20. What is the expected behavior of that VM's traffic?
- An administrator is preparing AHV nodes and must keep IPMI/BMC access separate from workload data traffic. Which action creates true out-of-band management isolation?
- An engineer is configuring AHV networking for a new three-node Nutanix cluster. The cluster must be managed by Prism Element and Prism Central, and CVMs must communicate for cluster services. Which networking requirement must be met for the CVM IP addresses?
- An administrator must enforce firewall-like rules between application tiers on AHV VMs managed by Prism Central. Which capability provides this policy enforcement at the hypervisor network layer?
- Your Nutanix AHV cluster hosts web, application, and database VMs on separate VLANs. You need microsegmentation so web talks only to application, application only to database, and all other east-west traffic is denied. Which Nutanix capability should you use?
- A VM with a Flow security policy moves from one AHV host to another in the same Prism Central-managed cluster. What happens to the policy enforcement?
- A Nutanix AHV administrator needs to keep Finance and Production VM traffic in separate broadcast domains. The administrator asks whether creating another bridge is equivalent to assigning another VLAN. Which action provides VLAN segmentation instead of merely creating another bridge domain?
- During a maintenance window, one physical uplink in an AHV Linux bond operating in active-backup mode fails while VMs are running. What should the administrator expect?
- A Nutanix AHV cluster is configured with a bridge using jumbo frames and an MTU of 9000. The physical switch ports connecting the cluster remain at the default MTU of 1500. Large storage I/O from VMs attached to the bridge intermittently fails. Which requirement explains this behavior?
- After an AHV VLAN and bond change, Prism Central reports that cluster services cannot resolve hostnames. Other LCM and health checks pass, and VMs on the new network can ping IP addresses. Which action should the administrator perform first to isolate the issue?
- After segmenting management and storage networks on an AHV cluster, Prism reports time skew on CVMs and AHV hosts. NTP servers are reachable from a workstation but not from the cluster. What should the administrator do first to resolve the health warning?
- Two AHV VMs in the same Prism Central cluster cannot communicate with each other. Each VM is connected to a different VLAN, and both VLANs have gateways. The engineer needs to identify why traffic fails. What should be verified first?
- After modifying an AHV bond and management bridge on a Nutanix cluster, one CVM becomes unreachable from Prism Element, while VMs on other VLANs remain reachable. Which action best isolates the management-plane connectivity problem?
- A Nutanix administrator must configure storage containers, network bridges, and local alerts on a single AHV cluster without using a centralized console. Which interface should be used for these cluster-local tasks?
- Your organization operates three separate Nutanix clusters across two geographic sites. You need a single management console to monitor cluster health, manage VMs, and apply consistent policies across all three. Which Nutanix component should you deploy to achieve this unified view?
- An administrator registers a new AHV cluster to Prism Central. What capability does this registration primarily provide?
- A team member must power on and shut down AHV VMs in a Nutanix environment managed by Prism Central, but must not modify storage containers. Which RBAC approach follows least privilege?
- In Prism Central, a support team needs to create, power-cycle, and delete VMs, but must not change networking, storage policies, or cluster settings. Which approach best enforces least privilege?
- An administrator must allow Prism Central users to authenticate against a corporate directory instead of creating local accounts. Which configuration provides centralized authentication and role assignment for Prism Central?
- A user signs in to Prism Central successfully, but when they try to create a new VM, the action is denied. The directory server reports a valid login. What should the administrator verify first?
- A self-service team must power on and off VMs, open consoles, and create VM snapshots in one project. They must not change cluster settings, storage, or networking. Which Prism Central access configuration meets this need?
- A Prism Central administrator must let an engineer change VLANs and IP address pools on AHV, but must not allow changes to storage containers. Which built-in role should be assigned?
- Your audit team says every Prism Central configuration change must be attributable to one person. Which design meets this requirement?
- Prism Central reports a health issue for a Nutanix cluster, but Prism Element shows the cluster healthy and VMs are running normally. Which condition best explains this discrepancy?
- An automation team needs Prism Central API access to manage VMs only in the Finance project, without cluster-wide rights. How should you enforce least privilege?
- An operations team needs email alerts from a production AHV cluster that is registered to Prism Central. The administrator wants centralized alert routing without configuring each cluster separately. Which action should be taken?
- After a successful LCM upgrade of a Nutanix cluster running AHV, an administrator notices Prism Central did not change version but continues to manage the cluster. What compatibility consideration should be verified before declaring the change complete?
- A storage administrator at a Nutanix AHV site must create, resize, and attach storage containers for workloads, but must not create users, reset passwords, or manage Prism Central accounts. You must grant the least privilege using Prism RBAC. Which action should you take?
- Your team wants Prism Central administrators to sign in with corporate credentials instead of local accounts. You must enable centralized identity for Prism administration while preserving role-based access. What should you configure?
- An engineer manages several AHV clusters from Prism Central. During a planned power event, the host running the Prism Central VM may go offline. Before the event, which management-plane resilience consideration should be verified?
- A new AHV cluster is registered in Prism Central. An existing administrator group can manage other clusters but cannot see this cluster. What should you configure so the group can administer it?
Manage Workloads in a Multicloud Environment · 75 questions
- A production application team asks you to deploy a new VM from an updated template. The VM must keep the application's installed configuration but receive a unique hostname, IP address, and domain membership. What should you do?
- An admin maintains an AHV Linux template used by self-service projects. They clone the template to a VM, apply OS patches, and power it off. The team wants all future deployments from the existing template to include the patches, while already deployed VMs remain unchanged. What should the admin do?
- A running AHV VM hosts a database that developers need to test against. You need a copy of the running VM whose application state is consistent, and you must avoid relying on a raw disk copy. Which action should you take?
- An admin clones a Windows VM in Prism Element for a new application server. The source VM is domain-joined and has a static hostname. Before powering on the clone, which action prevents duplicate MAC addresses, hostnames, and guest identifiers on the network?
- An administrator needs to deploy twenty identical Linux application VMs on AHV from a standardized base. The base VM currently has application packages installed, but each deployment must start from the standard base only, without carrying over the source VM’s current disk state or identity. Which deployment method should be used?
- You change the boot disk on an AHV VM in Prism Central, then power it on. The VM loads the BIOS/UEFI screen but displays 'no bootable device found' instead of starting the OS. You suspect the VM is trying to boot from the wrong virtual disk. Which early recovery step should you take?
- You manage a running AHV VM in Prism Central that must receive additional vCPU and RAM without a reboot. Which prerequisite enables Prism to apply the new hardware values to the powered-on VM?
- You are creating an AHV template for a Linux database VM. The guest kernel already has the virtioscsi driver, and you want the best disk performance while keeping the template compatible with supported Linux guests. Which disk controller type should you configure?
- A Nutanix AHV VM was cloned from a template after a guest OS upgrade. Prism Central shows no reported IP address, a graceful shutdown times out, and the template customization step did not apply. Which condition should you validate first?
- A production VM on AHV is being retired, but its data disk must be reused by a new VM next week. You must remove the VM without losing the data disk. Which action should you take?
- During planned maintenance, you must take an AHV VM offline for a host reboot. The VM appears powered on in Prism Central, but the application inside the guest is hung and the VM does not respond to a graceful shutdown request. What is the safest sequence to bring the VM down for maintenance?
- A production VM is running on an AHV host that needs hardware replacement. You must keep the workload online while the host is taken out for service. What should you do?
- An administrator tries to live-migrate a powered-on AHV VM in Prism, but the operation fails. The VM has virtual disks on a Replication Factor 2 container, two vNICs on different Flow networks, Nutanix Guest Tools installed, and a USB device attached. Which issue blocks live migration?
- You must relocate an AHV VM from Cluster-A to Cluster-B to relieve a hot storage pool. The VM should be relocated without rebuilding it from a template. Which workflow should you choose, and what storage impact must you account for?
- An AHV VM that runs a write-intensive database is moved to a storage container named Capacity. The admin observes higher VM write latency and increased cluster CPU, while storage utilization drops. The source container had no storage optimizations enabled. Which destination container setting most likely explains the performance change?
- A production VM on AHV is migrated to a second cluster after planned maintenance. The VM powers on and responds to console, but it cannot reach its usual subnet. The destination cluster uses different VLAN IDs for its production traffic. Which issue should you verify first?
- Your AHV VM is licensed per physical host and depends on a host-attached device. It must stay on the same node across reboots and live migrations. Which action should you take?
- An administrator has a configured AHV VM in Prism Central and needs a reusable deployment source for multiple new VMs, without changing the original VM. Which workflow should be used?
- You need to test a Windows patch on a production AHV VM without changing the running source workload. Which action gives you a disposable copy for the test?
- A latency-sensitive application VM on an AHV cluster occasionally slows when other VMs compete for CPU. The administrator must guarantee a minimum amount of CPU capacity for this VM without capping its maximum. Which resource control should be configured?
- You manage an AHV VM running a database that intermittently suffers guest ballooning during memory pressure, and you must guarantee a fixed amount of host memory for it without changing CPU or storage controls. Which resource control should you apply?
- A business-critical database VM on AHV starts showing disk latency during nightly batch jobs, while other VMs on the same Nutanix cluster are generating heavy storage load. You need to guarantee this VM a minimum amount of storage performance without capping its peak throughput. Which control should you configure in Prism?
- An AHV cluster is running more allocated VM memory than physical host memory, and guests begin reporting poor performance. Which metric best indicates that memory overcommit is causing guest-level contention?
- During peak business hours, multiple AHV VMs in a Prism Central-managed cluster become sluggish and show high CPU Ready, while storage latency and network throughput remain normal. Cluster CPU utilization is near saturation. What is the most likely root cause?
- A production web tier uses two identical AHV VMs for redundancy. You must prevent both from being placed on the same host during power-on and live migration. Which control should you apply?
- A Prism Central admin is sizing AHV hosts for a VM cluster that must survive a host failure. What should be configured so placement decisions account for failover capacity?
- An administrator must service an AHV host that currently runs production VMs. The VMs must remain available during maintenance, and no manual VM shutdowns are allowed. Which action should the administrator take first?
- An AHV-hosted three-tier application must start DB, then app, then web after a planned cluster restart; shutdown must reverse. The admin needs a Prism Central workload control that enforces this sequence without manual VM-by-VM power actions. Which control should be used?
- After planned maintenance, your AHV estate must bring database VMs online before dependent application VMs. Which configuration enforces that startup dependency without relying on guest scripts?
- An administrator configures memory reservations for high-priority AHV VMs on a four-node cluster. Before a rolling upgrade, they review cluster HA failover capacity. What will these reservations most likely change?
- A four-node AHV cluster managed by Prism Central has 64 vCPUs per node. Existing VMs reserve 240 vCPUs total. A new VM is requested with a 32 vCPU CPU reservation. Memory, storage, and network capacity are ample. Which placement outcome should you predict?
- A finance VM on AHV must maintain disk I/O during a month-end batch job that can starve other VMs. The administrator needs to guarantee a minimum disk throughput for the VM’s critical application volume. Which setting should be applied?
- A developer VM on AHV is saturating storage bandwidth and slowing other workloads in the cluster. You need to limit only this VM’s storage impact without changing the container-wide policy. Which control should you apply?
- A Nutanix AHV cluster uses memory overcommit to consolidate workloads. Prism shows host memory pressure, but one VM's guest OS cannot reclaim unused pages, so the hypervisor cannot shrink its footprint. Which action resolves the ballooning failure?
- A production VM slows during nightly backups on an AHV cluster. Prism shows no VM migration errors, and the VM is powered on. What should an administrator check first?
- A Prism Central VM report shows sustained memory utilization at 92% for 30 days, while CPU averages 18% with no throttling. The administrator must right-size the VM for the next quarter. Which action is best?
- A Prism Central administrator attempts to power on a new AHV VM. The cluster reports low CPU utilization and the target host shows available CPU, but placement fails with an insufficient resources error. What is the most likely cause?
- A production VM on AHV shows high CPU ready and its host is CPU-saturated. Prism shows other cluster nodes have spare CPU. You need reduce contention with minimal disruption. What should you do?
- You manage a production AHV VM on a multi-node Nutanix cluster. The VM must remain available if any single node fails, and you must choose a storage policy. Which storage policy should you apply?
- A development team requests a temporary AHV VM for a disposable build environment. The data can be rebuilt from source control, and the cluster is capacity-constrained. Which storage policy setting best conserves capacity for this low-risk workload?
- A team needs more capacity on AHV VM disks storing compressible log data. The cluster has enough CPU headroom to trade a small amount of CPU and latency for capacity savings. Which storage action best meets this goal?
- An administrator manages a cluster with many identical Windows Server VMs and wants to reclaim space from common OS and application blocks without changing the guest VMs. Which storage optimization feature should be enabled?
- A capacity-oriented VM disk must use a storage policy on a Nutanix cluster. Write activity is moderate, and the cluster has limited spare capacity for rebuilds. Which storage policy setting best balances usable capacity with write and rebuild behavior?
- A latency-sensitive database VM on AHV must use RF2. Which storage placement best matches the workload’s performance class?
- An application requires shared raw block devices that can be attached to multiple AHV VMs. Which provisioning method should an administrator use?
- A Nutanix AHV cluster hosts two Windows VMs running Microsoft Failover Cluster. An admin attaches one volume group to both VMs and expects shared disks to be safe for clustered application access. What behavior should the admin expect?
- A Windows Server VM on AHV uses a Nutanix volume group for its data disk. The application team needs more space with no VM reboot or iSCSI detach. Which workflow expands the volume group safely?
- A Nutanix administrator deploys a clustered database on AHV. The application requires the same data disk to be visible and writable from several VMs, and the team wants crash-consistent snapshots of that disk set. Which storage construct should be used for the application disk?
- An AHV VM is powered on with existing data on a disk. An administrator edits that disk's storage policy to change protection and space-efficiency settings. How will the policy change affect the disk?
- An administrator changes the default storage policy on an existing AHV container so future disks use compression and encryption. After the change, disks are added to existing VMs and new VMs are created. Which outcome should be expected?
- A financial analytics VM on AHV runs a high-read workload whose hot working set is small enough to fit in memory, and Prism Performance shows read latency as the primary bottleneck. You need to choose a storage policy behavior that favors read performance rather than capacity efficiency. Which option should you enable?
- On a hybrid AHV cluster with Prism Central, a database VM needs low latency while many file-share VMs need capacity. You must apply a storage policy to balance performance and capacity. Which policy setting best matches the workload classes?
- A write-heavy database is placed on a Nutanix storage container as a volume group. After enabling storage efficiency, write latency increases during bursts. You must choose a storage efficiency configuration that protects write performance while still using the existing container. Which configuration should you apply?
- A shared volume group attached to several VMs is consuming excessive storage IOPS and slowing other workloads. You need to throttle its storage performance without changing the underlying container. Which action should you take?
- You are standardizing storage policies in Prism Central for three AHV tiers: OLTP database VMs need predictable low-latency IOPS, general application VMs need moderate performance, and file-share VMs prioritize capacity and compression. Which storage-policy mapping best reflects these requirements?
- An administrator clones a VM template from a source cluster to a target cluster, but the template references a storage policy that does not exist there. The deployment fails because the template and target cluster are not storage-policy compatible. What should the administrator do?
- A production AHV VM stores regulated customer records. The security standard requires data-at-rest encryption and the ability to restore the VM to any daily recovery point for the last seven days. The administrator must assign one existing storage policy. Which storage policy satisfies both requirements?
- A Nutanix administrator is designing a category taxonomy for AHV workloads across several applications, production and non-production environments, and multiple sites. The goal is self-service placement and consistent workload management. Which category structure should be used?
- Your team uses self-service workload placement and needs every VM tagged so policies can tell production from staging and development. Users may choose only one classification per VM. Which Nutanix category setup enforces that classification?
- A self-service team uses a Nutanix project to request VMs from templates. Management needs a governance control that caps the team's total CPU, memory, and storage consumption, even as multiple VMs are deployed. Which control should you use?
- A developer submits a self-service VM request through Prism Central, but the request is rejected because the project has reached its CPU, memory, and storage quota. The developer needs the VM now, and the admin must keep quota governance intact. What should the admin do?
- You deploy a VM through Prism Central self-service and must ensure ownership categories and placement rules apply from the first power-on. What should you do?
- After introducing a new governance model, an admin must tag 200 existing AHV VMs with Environment, Application, and Owner categories in Prism Central. Which action applies the tags to all VMs with the least manual effort?
- A Nutanix administrator manages one AHV cluster in Prism Central. Finance and Engineering need self-service visibility into only their own VMs, and the VMs already carry team tags. Which mechanism restricts each team's view to the matching workloads?
- A Nutanix administrator must let a development team create and manage workloads only within its own Prism Central project, without granting access to other projects or cluster-level settings. Which control delegates this administration with least privilege?
- A self-service engineer needs to deploy development VMs in a Nutanix project. The engineer must not be able to delete production VMs in the same project. Which role should you assign?
- An administrator deploys a VM from a template in a Nutanix project. The template has categories Environment:Prod and App:ERP assigned before deployment. After deployment, what happens to those categories on the new VM?
- A finance team needs departmental showback for VMs running on a Nutanix AHV cluster managed by Prism Central. Which metadata approach best supports cost allocation across departments?
- A self-service request for a new application VM must be placed only on a cluster that has capacity available for its project. Which action should the administrator take?
- A Finance VM was created through self-service in Prism Central and appears in the VM inventory. An admin runs a report filtered by category 'App:Finance', but the VM does not appear. The VM details show the category 'App:Finace'. What is the most likely cause?
- A Prism Central project has an enforced quota of 32 vCPUs and 128 GiB memory. Current usage is 20 vCPUs and 100 GiB. A self-service user clones a 16 vCPU, 64 GiB powered-off VM into the same project. What is the most likely quota impact?
- A team wants self-service VM creation to choose storage policy based on application tier (gold, silver, bronze) without admins editing each VM. In a Nutanix environment using categories and projects, what should you implement so governance stays category-driven?
- A developer submits a self-service VM deployment through a Prism Central project. The request fails during validation with a message that a required category is not supplied. The category exists, and the developer can see it. Which action most likely resolves the deployment blocker?
- Your team has decommissioned an application in a Prism Central-managed AHV cluster. The application’s category still appears in governance reports, and some VMs remain assigned to it. You must clean up stale governance data without deleting the VMs. What should you do?
- A hospital department needs self-service VM placement on a specific cluster, a 20 TiB storage quota, and clear ownership reporting. Administrators must separate access control, quota enforcement, and placement constraints. Which Nutanix governance model should you implement?
Perform DR and Data Protection in a Multicloud Environment · 75 questions
- A team must back up and replicate a multi-VM application on AHV so the related VMs can be snapshotted and failed over together as one recoverable set. Which construct should the administrator create?
- A production VM is protected by a protection domain with local and remote snapshots. An admin must confirm the VM can be recovered if the source cluster and storage are destroyed. Which snapshot must exist at the DR site?
- Your AHV protection domain replicates asynchronously to a second Nutanix cluster. Management requires an RPO of 30 minutes for a group of VMs. Which configuration should you adjust first to control how often recovery points are created?
- A Nutanix administrator configures a protection policy for AHV VMs. Snapshots are scheduled every 15 minutes, and the policy is set to retain four snapshots. What does the retention setting control?
- Your organization snapshots a multi-tier application and needs the web and database VMs to share the same recovery point for consistent recovery. Which Nutanix mechanism coordinates related VMs during snapshot and recovery?
- A Nutanix administrator creates a Protection Domain on the primary AHV cluster and schedules snapshots, but no snapshots appear at the DR cluster. Which action makes the Protection Domain copy snapshots to the DR site?
- A protection domain replicates VMs from AHV Prism Element to a remote Nutanix cluster using async replication. The primary site suffers a storage failure, and you must recover the VMs at the remote site. Which recovery point should you select for the restore?
- A VM is added to an existing protection domain after several snapshot and replication cycles have already run. What is the effect on protection for the newly added VM?
- A financial application uses a protection domain with AHV VMs. Local snapshots support same-day operational recovery, while remote snapshots support disaster recovery with a different RPO and compliance retention. The administrator must design snapshot schedules. Which approach should the administrator choose?
- A protection domain on AHV contains a write-intensive database with a 150 GB/day change rate. The remote site has a 200 Mbps link and an RPO of 4 hours. The administrator must set a snapshot schedule for async replication. Which scheduling approach best balances recovery point and bandwidth?
- A protection domain replicates asynchronously to a second Nutanix cluster. You must prove that recoverable points are still being produced for a planned failover. Which status gives the strongest confirmation?
- A production VM is protected by a protection domain with local snapshots on the primary cluster and remote snapshots replicated to a secondary cluster. During a maintenance window, the primary cluster becomes completely unreachable and cannot serve snapshot data. You need to recover the VM as quickly as possible without waiting for the primary site to come back online. What should you use?
- Three VMs hosting a multi-tier application must be recovered together as a single coordinated set after a local storage fault. You need a Nutanix method that groups the VMs and lets you take and restore them from the same point in time. Which should you use?
- A VM in a protection domain already has a recent snapshot. You take another snapshot, then the VM writes 8 GiB of new data and overwrites 4 GiB of existing blocks. Which capacity outcome should you expect from the new snapshot?
- Your protection domain replicates asynchronously from Site A to Site B. Prism shows the current replication lag as 02:00:00. What does this value indicate about the remote recovery state?
- An administrator edits a protection domain's replication frequency and remote site after several snapshots have already been replicated. What happens to snapshots that existed before the change?
- A team is creating a Nutanix protection domain for a multi-tier application that includes web, application, and database virtual machines. They must ensure that local snapshots and remote replication can recover the application as a coordinated set. How should the virtual machines be grouped into the protection domain?
- A Nutanix admin designs remote capacity for a protection domain replicated to a secondary cluster. The PD contains 40 VMs, daily snapshots retained for 7 days, and the workload reports 150 GB/day change. What should drive the remote storage estimate?
- An administrator plans a four-hour CVM rolling maintenance window on a Nutanix cluster. The current snapshot schedule creates local snapshots every four hours, and a protection domain replicates to a DR cluster every four hours. What should be done before starting maintenance?
- A DR administrator must protect production VMs between two Nutanix clusters. The business can tolerate losing up to 15 minutes of writes, and replication must send only periodic recovery points across a constrained WAN. Which replication mode should be selected?
- A production AHV VM on a Nutanix cluster must replicate to a remote cluster. The current scheduled asynchronous replication gives an RPO of one hour, but the business now needs a much shorter RPO. The WAN has enough bandwidth, but its latency is higher than Metro availability requires. Which protection method should you choose?
- A hospital's patient portal must keep running across two Nutanix sites with AHV and Prism Central. Leadership says any loss of submitted records during a site outage is unacceptable, so the solution must deliver zero RPO for a small group of critical VMs. Which Nutanix availability mode should you configure?
- An administrator must replicate a protection domain to a remote Nutanix site over a WAN link with 80 ms latency. The business tolerates a 15-minute RPO and cannot accept a synchronous commit path. Which replication mode best fits this DR design?
- A protected application must meet a five-minute RPO and a one-hour RTO. After failover, VM startup and application boot take about five minutes. Which replication design best meets the requirements without overprovisioning?
- You add several production AHV VMs to a Nutanix protection domain using async replication. The first replication cycle completes slowly, but later scheduled snapshots finish much faster. The link is healthy and bandwidth is not saturated. What best explains the difference?
- A Nutanix AHV production cluster replicates VMs to a remote site with async snapshot schedules. The app owner now needs recovery point objectives in seconds, but the network cannot support a stretched synchronous Metro deployment. Which replication capability should you use?
- A multi-cluster Nutanix estate uses Metro availability for a set of AHV VMs. During a network test, the remote site becomes unreachable while the protected VMs are actively writing data. Which behavior should the administrator expect?
- A Nutanix administrator configures Metro Availability between two on-premises sites. During a network partition test, both sites can see local CVMs but cannot see the partner site. The administrator wants to prevent split-brain and keep one site authoritative. Which mechanism must be deployed?
- A Nutanix AHV cluster uses NearSync replication for critical VMs to a DR site. During business hours, production VMs show high storage latency and WAN bandwidth spikes, while the DR policy requires an RPO under 30 minutes. Which action best balances production performance with the DR requirement?
- An administrator is preparing to enable Metro availability between two Nutanix AHV clusters in separate data centers. Which requirement must be satisfied before the Metro relationship can be established?
- Before a planned failover, your team must confirm that a protection domain is not lagging or failing. Which feature should you check first to identify replication lag or failure before recovery?
- A protection domain uses async replication with snapshots every 15 minutes. The most recent snapshot replicated 5 minutes after creation. What approximate RPO should you quote?
- An AHV cluster uses NearSync replication to a second Nutanix site. The application owner requires recovery from ransomware and compliance retention for 90 days. The DR team notes NearSync replicas are available but cannot meet the retention goal. What should be added to meet long-term recovery requirements?
- Your Metro Availability domain spans Site A and Site B with a witness. During a power loss, Site A becomes completely unavailable and VMs fail over to Site B without admin action. Later, Site A loses only its Metro link but remains powered on and reachable by its local network. An admin must manually initiate failover. Why did the first event allow automatic failover while the second did not?
- Your AHV clusters in Site A and Site B are configured for Metro Availability with active-active VMs. During maintenance, the inter-site network partitions. You must prevent both sites from continuing to write to the same VMs. Which configuration provides the required protection?
- A production AHV cluster replicates to a remote Nutanix cluster over a constrained WAN. The business requires a 15-minute RPO, and replication traffic must not compete with production VLAN traffic. Which replication path should an administrator select?
- During a planned site failure test, an administrator needs to recover protected AHV VMs from a Nutanix DR relationship that uses asynchronous replication with a 15-minute RPO. Which source provides usable recovery points for the failed site?
- An application uses a NearSync protection domain in Prism Central. After an unexpected site failure, you must tell the app owner what data loss to expect when recovering from the replicated copy. Which statement describes the recovery point objective?
- A three-tier application runs on AHV VMs replicated to a second Nutanix cluster. During a planned failover, the database VM must power on before the application VMs, and a runbook should execute after boot. Which Nutanix DR object should an admin use to orchestrate this multi-VM failover?
- A Nutanix administrator must migrate protected VMs from the production AHV cluster to the DR site during a scheduled maintenance window. The source cluster, CVMs, and replication link are healthy, and the operator wants a controlled switchover with final sync. Which recovery-plan action should be used?
- A recovery plan protects production VMs from Site A to Site B. Site A loses power and is unreachable, but Site B has the latest replicated VMs. You need to bring the production VMs online at Site B as quickly as possible. Which action should you take?
- Your recovery plan fails over a protected VM group from the primary AHV cluster to a disaster recovery cluster after a site outage. Which recovery source does Nutanix use to power on the VMs?
- During a planned failback after an async replication outage, what must be true at the original site before the recovery plan can safely reverse replication?
- A Nutanix DR runbook must fail over a three-tier application: database VMs, application VMs, and web VMs. The app team says web servers connect to the application tier, which connects to the database. Which start order should the runbook enforce during failover?
- A recovery plan moves protected VMs from production to a DR site, but after failover the VMs cannot reach the DR application tier because their NICs retain production network settings. What should be configured in the recovery plan?
- A Nutanix administrator must validate that a DR recovery plan can restore a set of AHV VMs after a site outage. Production workloads must continue running while the test is performed. Which action should you take?
- During a planned failover, a recovery plan stops before completing all steps. You must determine which step failed or remained incomplete and why. Which source gives the most direct evidence?
- An application has a 15-minute RTO and uses database, middleware, and web VMs. Database must be available before middleware, and middleware before web. Which recovery plan orchestration best aligns the failover with the RTO?
- A three-tier app on AHV uses a database, app server, and web server. During failover, the database must start before the app and web tiers. You need the recovery plan to start the VMs together in the correct order. What should you do?
- During a planned failover of a multi-VM SQL application in a Nutanix protection domain, the admin needs the recovered VMs to reflect the same transaction state. What should be configured before the failover?
- A production app fails over to the DR cluster after a site outage. The recovery plan lists several remote snapshots created at different times. The admin wants to honor the RPO while avoiding a stale recovery point. Which snapshot should be selected?
- A DR team must restore a failed app to a recent point after a site outage. They also need a single workflow that powers on VMs in order, remaps networks, and notifies owners. In this Nutanix design, which capability supplies the point-in-time recovery targets that the workflow consumes?
- Your team performs a planned failover of a Nutanix AHV application. After target VMs power on, you must run a validation script and then start a dependent application tier in a fixed order. Which recovery element should carry these scripted startup and validation steps?
- During a planned failover in Prism Central, a three-tier application recovery plan powers on the web and app VMs before the database VMs, causing failed health checks. You need the recovery plan to control VM power state and startup sequence without changing replication. What should you configure?
- An administrator tests a recovery plan for AHV VMs replicated to a second Nutanix cluster. The DR site uses different VLANs, and after failover some VMs stay on production VLANs that are not reachable there. Which action ensures each VM attaches to the correct DR network during failover?
- After a recovery plan fails over a multi-tier application from the production cluster to the DR cluster, the administrator sees the plan status as Completed. Which validation must be performed before declaring the failover successful?
- A team must prove its Nutanix recovery plan works before a DR test window, but production VMs must remain online. Which action validates the plan without causing a production outage?
- A Nutanix AHV cluster uses asynchronous replication to a DR site, but auditors require VM-level point-in-time copies retained for seven years. What should you design to meet this requirement?
- A financial application requires a 1-hour RPO and must retain one monthly copy for 12 months for audit. Which Nutanix backup design should you recommend?
- An admin must size an external backup target for a protection domain whose VMs are protected with Nutanix snapshots every 6 hours, retained for 30 days. Assuming the first snapshot's used blocks are already accounted for, which inputs most directly determine the additional target capacity needed?
- A Nutanix administrator must keep 90 days of point-in-time copies in an external backup repository for compliance, while DR replication to a second site must retain only 7 days of remote snapshots. Which design decision satisfies the 90-day requirement?
- An administrator must protect production AHV VMs with Nutanix backups, but users report slow response during backup jobs. Which scheduling change best reduces production I/O contention?
- A production VM was deleted, and another VM's application disk is corrupted. The cluster uses a protection domain with async replication to a DR site and scheduled backups to an external backup server. Which action recovers both VMs while keeping the DR copy intact?
- A Nutanix admin protects a multi-VM web/database workload on AHV. The external backup tool must create application-consistent backups, and related VMs must be captured together. What should be configured?
- Your protection domain keeps local snapshots for 30 days, remote snapshots for 14 days, and external backup copies for 90 days. A compliance audit now requires every recovery point to remain available for 60 days. Which change resolves the conflict?
- An admin is designing backup for AHV VMs on a Nutanix cluster. The backup tool must retain snapshots and be supported during AOS upgrades. Which approach meets this requirement?
- A Nutanix admin protects production VMs with protection-domain snapshots and backups to an external target. Management requires backup copies to remain undeletable for 90 days even if attackers compromise administrator accounts. Which retention design best satisfies this requirement?
- A Nutanix cluster uses backups for 90-day recovery. Management now wants copies kept for five years, but only for occasional audits, at lower cost. What placement should you choose?
- After an external backup solution reports nightly jobs successful for a protection domain, an administrator must prove the backups are actually usable for recovery. Which backup-health control best demonstrates recoverability?
- An administrator backs up a three-tier application whose web, app, and database VMs must be recovered as one consistent set. Which backup approach should be used?
- A Nutanix administrator must protect a Prism Central-managed cluster against loss of the entire production site while preserving 30 days of application-consistent restore points. Local snapshots already exist on the cluster. Which action best satisfies the site-disaster and retention goal?
- A Nutanix administrator is designing backup integration for a protection domain. The business requires that a restore can reach any point within the last 30 days, while replication handles site failover. What should drive backup retention depth?
- A 12 TB AHV workload has an average daily change rate of 3%. A backup policy retains 20 days of incremental backups. Which calculation estimates average backup bandwidth across the retention period, not peak window throughput?
- An administrator manages Nutanix AHV VMs backed up to an external target with a 30-day retention policy. Before the next DR audit, you need to prove that backups are usable and that recovery plans meet RTO assumptions. What should you do?
- A Nutanix administrator protects a set of AHV VMs in a protection domain. Compliance requires one monthly snapshot to be retained for 12 months, but snapshots are being deleted after seven days. Which action enforces the required governance?
Perform Operations and Monitoring in a Multicloud Environment · 75 questions
- A Prism alert reports a CVM health issue on node-3, while the AHV host remains powered on and reachable. The cluster is otherwise stable, and the CVM process is not running on that node. Which condition best explains the alert?
- A Nutanix cluster raises an alert stating that a disk has failed and data resiliency is at risk. How should an administrator classify this alert, and why?
- A Nutanix cluster repeatedly generates a disk capacity alert. An administrator acknowledges the alert from Prism Central each time, but the alert returns and the disk remains low. What action is required to resolve the condition?
- During a planned hardware replacement, several AHV nodes will reboot and temporarily report node-down events. You must avoid paging the operations team while still preserving normal alerting after the window closes. What should you do?
- Your NOC requires every critical cluster alert from Prism to arrive by email and as a webhook POST to an external ticketing system. You need one configuration that can send the same alert to both targets. Which method should you use?
- A VM is powered off unexpectedly in a Prism Central-managed Nutanix AHV cluster. Operations must prove which authenticated user issued the power-off command. Which source should you check first?
- An NCC health check on a four-node AHV cluster reports a Zookeeper quorum issue. While troubleshooting, you need to explain why this matters. Which Nutanix capability is most directly affected by the failed quorum?
- An NCC health check on an AHV cluster reports Cassandra availability concerns. Prism Central shows normal VM power states, but cluster metadata operations are slow. Which component is directly affected?
- During routine monitoring, an NCC health check reports that the Stargate service is unhealthy on one CVM in an AHV cluster. The administrator needs to determine the likely operational impact before restarting the service. Which impact should be assessed first?
- An NCC health check fails for Curator on an upgraded AHV cluster. The admin sees no VM outage but wants to know which Nutanix AOS functions are most directly affected by Curator. Which functions should be investigated first?
- After completing an LCM upgrade on an AHV cluster, an administrator needs to confirm the cluster is healthy before returning workloads to normal operations. Which action should be taken first?
- A Prism alert reports a storage container capacity warning. The administrator wants to validate only that condition without running a broad cluster health sweep. Which action should be taken?
- During an NCC run, most checks return PASS, but a disk health check returns FAIL. How should the administrator interpret this result?
- An NCC health check reports significant time skew between nodes in a production AHV cluster. Before making any configuration changes, why must the administrator correct the skew?
- A Prism alert reports that a storage container has reached its configured capacity threshold. What is the primary operational purpose of this alert?
- During a weekly review, Prism Central shows a replication lag alert for a protection domain protecting several VMs between two Nutanix clusters. What does this alert primarily indicate?
- A four-node AHV cluster using RF2 loses one node to a failed drive. VMs continue to run, and the remaining nodes report normal CPU and network usage, but the cluster health score drops. What best explains the score change?
- During routine monitoring, a failed disk triggers multiple Prism alerts that reference impacted VMs and containers. You want to avoid opening each alert as if it were a separate incident. What should you use to reduce noise while preserving the disk failure as the underlying cause?
- A security reviewer asks for a record of administrative changes to cluster settings over the last 30 days. You must provide evidence without exporting performance data. Which source best satisfies this request?
- In Prism, a VM reports elevated disk latency while network latency stays near zero. CPU and memory metrics are normal, and the AHV host shows no CVM errors. What should an administrator treat as the most likely bottleneck?
- During peak workload hours, a Prism Central performance chart shows a VM with sustained high CPU ready time, while disk latency remains low. Which issue does this metric most directly indicate?
- During performance analysis, an AHV VM shows an inflated balloon driver and increased guest swapping while disk latency and network packet loss remain normal. Which condition most likely explains the VM's degraded performance?
- During a Prism performance review, you see cluster IOPS and storage latency rise sharply at the same time. A single VM’s IOPS graph jumps first, while node health, container capacity, and background jobs remain normal. Which issue best explains the pattern?
- A Prism Central performance graph shows two AHV VMs with nearly the same IOPS, but VM-A has much higher MB/s than VM-B. Latency is acceptable for both. What should you check first to explain the throughput difference?
- A single AHV VM’s application working set has grown over several days. Prism shows IOPS are similar, but the VM is now touching more unique data than before. What is the most likely performance symptom?
- An application team reports slow response times on several AHV VMs. Prism Central shows normal latency, IOPS, throughput, and no active alerts when you look at the last hour. What should you do first to determine whether performance has regressed?
- In a multi-cluster AHV estate, Prism Performance shows one SSD with sustained high read latency, while other disks report normal latency and IOPS. Which action best isolates a hot or degraded disk?
- During a Prism performance review, you notice a cluster's CVM CPU utilization is consistently above 90%, while storage latency has risen sharply. Prism shows many I/O requests waiting for CVM processing. Which cause best explains the latency increase?
- During nightly backups, Prism shows increased I/O latency for AHV VMs and slower protection-domain replication. Network monitoring shows inter-node latency spikes when backup traffic saturates the storage fabric, while disk utilization and CPU remain normal. Which factor most likely explains the degradation?
- A VM on AHV is reported by the guest application as having slow disk response. Prism performance charts show low storage latency and no storage contention. Which action should the administrator take first?
- A Prism performance chart shows a single AHV VM's disk IOPS repeatedly hitting a flat ceiling during business hours, while the CVM's Curator and Stargate metrics remain healthy and other VMs on the same container are not affected. What should you check first to confirm the cause of this flat IOPS pattern?
- During the first 15 minutes of a nightly reporting job, an AHV VM shows high IOPS and low latency. After that window, IOPS drop to a flat ceiling and disk latency rises, while host CPU, CVM CPU, storage container health, and memory pressure remain normal. Which cause should you investigate first?
- In a Nutanix AHV cluster, Prism Central performance charts show high CVM CPU and increasing write latency during a nightly batch job. The VMs use a storage container with compression and deduplication enabled. What should you do to address the performance impact?
- After a disk failure, EC-X rebuild begins. Prism performance shows VM disk latency rise, lower IOPS, and no CPU or memory anomalies on CVMs or VMs. Which performance factor should you investigate first?
- A lab powers on many AHV VMs provisioned from the same golden snapshot. Prism shows a sharp rise in storage read IOPS and read latency, while write latency remains normal. Which issue best explains the spike?
- During business hours, Prism shows AHV hosts with high CPU oversubscription while storage and network metrics remain normal. Users report slow VM response. What should you expect?
- An AHV VM shows low guest CPU utilization, high memory pressure, and rising guest swap activity. Prism Central also reports ballooned memory for the VM, while its allocated memory has not changed. What should you investigate first?
- During nightly backups, a Prism Central performance chart shows no unusual IOPS or latency, yet users report brief slowdowns. The default 24-hour chart smooths the issue. What should you adjust to make the short backup-window spikes visible?
- A multi-node AHV cluster shows 50 TB of free usable capacity in Prism. Capacity reports show consumed capacity has grown by 5 TB per month for the last three months. If no nodes are added and no VMs are deleted or compressed differently, how long is the estimated runway before free capacity is exhausted?
- An administrator checks a storage container in Prism Central. Total capacity is 100 TiB, used capacity is 55 TiB, but free capacity reports only 35 TiB. The capacity view also lists 10 TiB as reserved capacity. Why does free capacity not equal total minus used?
- A Prism Central capacity view shows logical capacity consumption at 95% while physical usable capacity consumption is only 50%. The VMs use thin-provisioned disks and RF2. Which statement explains the difference?
- A Nutanix AHV cluster stores production VMs in a container configured with RF2. The container reports 200 TiB raw capacity, and workloads are growing. An admin forecasts runway and must account for replication. Which calculation should the admin use to estimate baseline usable capacity?
- A Nutanix cluster shows 40% capacity savings from compression and deduplication, but CVM CPU utilization rises after enabling them. When forecasting runway, what should you factor in alongside saved capacity?
- A capacity planner notices that free space on an AHV cluster grows after EC-X is enabled on a container. They need a defensible runway forecast for the next quarter. Which consideration must be included?
- A capacity report shows free space dropping and runway shrinking after a protection policy was changed from 7-day snapshot retention to 30-day snapshot retention. Which action should the administrator take to reduce the capacity consumption caused by this change?
- A Prism Central administrator notices a Nutanix AHV cluster's storage container usage growing faster than expected after many VMs are cloned from the same Windows template. VM sizes and snapshots appear normal in the VM list, but capacity runway shortens. Which action should you take first to identify the cause?
- An administrator is forecasting runway for a growing Nutanix AHV cluster. Raw data is increasing slowly, but the number of managed disks and VMs is climbing. Which factor should be included in the capacity model?
- A Nutanix cluster’s capacity runway shows it will run out of usable capacity in six weeks. What should an administrator do first?
- A four-node AHV cluster reports 92% storage utilization and a six-week runway; CPU and memory are below 45%, and data reduction is already enabled. You must restore capacity without adding unnecessary compute. What should you do?
- During a capacity review, Prism Central shows low usable capacity and a short storage runway. One AHV node has large disks with free space, but the cluster still appears short. Which consideration best explains why the extra disks are not relieving usable capacity?
- A Nutanix administrator is planning capacity for a mixed-size AHV cluster. The cluster must keep normal capacity headroom and still absorb the data from one failed node without exceeding storage capacity limits. Which capacity-planning action directly provides the failure-domain reserve?
- A new application will deploy several AHV VMs with high vCPU and memory reservations. Before placing them, you review cluster capacity. Which planning step prevents placement failures?
- A four-node AHV cluster shows sustained memory pressure in Prism Central, while several VMs have large memory reservations but low guest utilization. When planning capacity, what should the administrator conclude?
- A capacity planner sees 15% free memory on a four-node AHV cluster and wants to place 20 more steady-state VMs without buying hardware. Increasing memory oversubscription would allow placement, but what should the planner do first?
- A DR cluster was sized using only the primary production VM disk allocation. When forecasting storage runway for DR expansion, which DR-specific capacity component must be added?
- Your capacity runway across a production AHV cluster and its backup target has fallen from 90 to 45 days. A change review shows local snapshot retention increased from 7 to 30 days and remote backup retention from 30 to 180 days. Which capacity planning adjustment best explains the shorter runway?
- A four-node AHV cluster reports 70% free storage capacity and a 90-day capacity runway, but production VMs show high storage latency and cannot meet required IOPS. An administrator is asked whether the cluster has a capacity problem. Which conclusion should be reported?
- An automation engineer must call Prism Central REST APIs to generate a weekly capacity report. The script must authenticate without embedding a user password in source control. Which method should the engineer use?
- A Nutanix administrator must identify which Prism Central REST endpoints exist and see sample request bodies before automating VM creation. Which approach should they use?
- An administrator must deliver a daily capacity report for a multi-cluster Nutanix estate without logging into Prism each morning. Which automation method should be used?
- After a planned maintenance window, you must power on 40 AHV VMs so databases start first, application servers next, and web servers last. Repeating the action manually in Prism Central is error-prone. Which approach best automates the sequence?
- A Prism Central alert fires when a production VM's CPU ready exceeds an administrator-defined threshold. The team wants the cluster to automatically pause the VM and notify the owner without manual intervention. Which Nutanix capability should be used to implement this alert-driven remediation?
- Your operations team requires a cluster health check to run automatically every Monday at 02:00. Which Nutanix automation capability should you use?
- Your X-Play playbook triggers on an alert and automatically runs a risky remediation action on a production VM. The administrator must prevent the action from executing until an authorized operator explicitly approves it, while keeping the playbook event-driven. How should the playbook be designed?
- You create an X-Play playbook in Prism Central. Step 1 discovers a VM UUID from a cluster query, and step 2 must use that UUID to power off the VM. How should the discovered identifier be carried between the steps?
- Your team must automate a weekly shutdown and startup of a set of AHV VMs in Prism Central. The workflow should be centralized, supported, and avoid custom scripts or node-level commands. Which approach should you use?
- A Prism Central automation playbook provisions a workload VM by name. During a cleanup window the target VM was deleted, so the playbook fails at the first step because the object no longer exists. Which design change makes the playbook resilient without hiding unrelated failures?
- An X-Play playbook in Prism Central produces automation results that a third-party ticketing system must receive immediately. Which integration should you implement so the ticketing system can create tickets from the playbook output?
- An operator must fetch the current alert status from Prism Central programmatically for a dashboard, without opening the UI. Which action should be used?
- In a Prism Central estate, a Prism alert repeatedly warns that a container is approaching capacity. You want the platform to start a cleanup playbook only when the alert fires, without polling. Which approach uses event-driven automation?
- Your team runs planned maintenance on an AHV host, and Prism Central raises a known maintenance alert. An X-Play automation must mark the alert as handled while leaving the alert history and monitoring intact. Which automation action should it perform?
- A Nutanix Playbook workflow provisions and configures a VM. Operations must receive a completion notice in both the email distribution list and the team collaboration channel as soon as the workflow succeeds. Which configuration should you use?
- An Ansible playbook that creates VMs through the Prism Element REST API works on AOS 6.8 but starts failing after a cluster upgrade to AOS 7.5. The playbook now receives HTTP 404 responses and cannot parse some response fields. What should you verify first?
- An auditor asks which automation changed a VM's power state after a recent change window. You know an X-Play playbook and an external API script could both have done it. Which source should you use to identify the specific playbook run that changed the VM state?
- An administrator needs an automated weekly capacity and health summary for a Nutanix multicloud estate. The summary must combine cluster health and capacity metrics without manual console checks. Which approach meets this requirement?
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