Nutanix NCP-MCA Exam With Confidence Using Practice Dumps

To efficiently identify the source Blueprint for every VM created during a test, the administrator should utilize the built-inBlueprint Name Macrowithin a Multi-VM structure.

Macro Usage:The macro @@{calm_blueprint_name}@@ automatically resolves to the name of the blueprint being deployed (e.g., "Test_BP_Version_A").

Efficiency:By using aMulti-VM blueprint(which creates all four VMs in one deployment action) and configuring theVM Namefield in the service definition to include this macro (e.g., VM-@@{calm_blueprint_name}@@-@@{calm_array_index}@@), the administrator ensures that every resulting VM is automatically tagged with its source blueprint name in the hypervisor (Prism Element/Central) list.

Why not others:

Option Ainvolves "Single VM Blueprint" and "cloning," which is a manual or secondary process that is less efficient than a native Multi-VM definition.

Option Cuses @@{calm_application_name}@@, which identifies the specificinstance(e.g., "App-1"), not theblueprint design(e.g., "Web-Server-v2") that is being tested.

Comprehensive and Detailed Explanation

Self-Service platform sync allows Prism Central to periodically collect updates from external providers.

Nutanix documentation states that the providers supportingplatform sync with a 20-minute update windoware:

Nutanix (AHV)

VMware (vSphere)

AWS

These environments support the metadata collection necessary for tracking:

IP changes

Disk resizing

VM availability

Thus, the valid set isNutanix, VMware, and AWS, makingOption Ccorrect.

To automate a remediation action (like restarting a VM) based on a specific performance threshold (like CPU usage > 90%), the administrator must useIntelligent Operations (X-Play)with an event-driven trigger.

Alert-Based Trigger:The administrator first ensures there is an Alert Policy in Prism Central for "VM High CPU" configured with a threshold of 90%.

Playbook Configuration:The administrator then creates a Playbook and selects theAlerttrigger (orAlerts Matching Criteriatrigger). They link this trigger to the specific CPU alert policy.

Action:The administrator adds theVM Reboot(or Power Cycle) action to the Playbook.

Result:As soon as the system detects the CPU exceeding 90%, the Alert fires, which immediately triggers the Playbook to reboot the VM without human intervention.

Options A (Scheduled) and C (Manual) do not meet the requirement of "whenever it exceeds," which implies real-time reaction. Option B is incorrect because Project Quotas manage resource allocation limits, not runtime performance monitoring or remediation.