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Which Nutanix solution integrates with third-party backup tools for long-term data retention?
An administrator wants to ensure that VMs can be migrated and restarted on another node in the event of a single-host failure.
What action should be taken in Prism Element to meet this requirement?
To ensure VM high availability (HA) in the event of a node failure, the administrator must enable HA Reservation (Option B) in Prism Element.
High Availability (HA) in Nutanix ensures that VMs restart on another available node if the host they are running on fails.
Option A (Redundancy Factor 3) affects storage redundancy, not VM failover.
Option C (Protection Domains) is related to disaster recovery (DR), not local HA failover.
Option D (RF1 Storage Container) would reduce fault tolerance and is not recommended for production environments.
Nutanix Prism Element Guide Configuring HA Reservation
Nutanix Bible High Availability (HA) and Failover
Nutanix Support KB VM Recovery with HA Enabled
The customer expects to maintain a cluster runway of 9 months. The customer doesn't have a budget for 6 months but they want to add new workloads to the existing cluster.
Based on the exhibit, what is required to meet the customer's budgetary timeframe?
The exhibit shows that the overall runway is only 66 days, meaning that the current cluster does not have enough capacity to sustain workloads for 6 months, let alone 9 months.
The best solution is to add resources to the cluster (Option A), such as CPU, memory, or storage, to extend the runway.
Postponing new workloads (Option B) may help in the short term but does not align with the business need to continue adding workloads.
Deleting workloads (Option C) is not a viable option because the customer wants to add more, not remove them.
Changing the target to 9 months (Option D) does not change the actual resource constraints; it only alters the target timeframe.
Nutanix Prism Central Capacity Planning and Runway Analysis
Nutanix Bible Cluster Resource Management and Scaling
Nutanix Support KB How to Extend Cluster Runway with Resource Scaling
An administrator wants to clean up inactive VMs using VM Efficiency in Nutanix.
The business requires that VMs must be inactive for 120 days before deletion.
A Playbook was created to delete Dead and Zombie VMs with a 99-day wait period after they are marked inactive.
How long will have passed before these VMs are deleted? (Choose two.)
Dead VMs and Zombie VMs are different classifications of inactive VMs in Nutanix, and their deletion timelines depend on Playbook configuration.
Dead VMs Considered inactive after 30 days, then must wait 99 more days before deletion.
Total time: 30 + 99 = 129 days.
(Option C is correct).
Zombie VMs Considered inactive after 30 days, then must wait 99 more days before deletion.
Total time: 30 + 99 = 129 days.
(Option B is correct).
Nutanix Prism Central Guide Using VM Efficiency to Manage Inactive VMs
Nutanix KB Configuring Playbooks for Automatic VM Cleanup
An administrator attempted to enable Data-in-Transit Encryption on a Scale-Out Prism Central cluster to encrypt service-level traffic between nodes. However, the feature did not work correctly due to a firewall restriction.
Which CVM-specific port should be allowed through the firewall for Data-in-Transit Encryption?
Data-in-Transit Encryption in Nutanix requires inter-node communication over specific CVM ports.
Option A (Port 2009) is correct:
Port 2009 is used for Data-in-Transit Encryption between Nutanix CVMs.
Firewall rules must allow traffic on this port to enable secure encrypted communication.
Option B (Port 2010) is incorrect:
Port 2010 is used for CVM-to-CVM communication but does not handle encryption.
Option C (Port 2020) is incorrect:
This port is used for Acropolis File Services (AFS), not encryption.
Option D (Port 9440) is incorrect:
Port 9440 is used for Prism Central web access, not internal CVM encryption.
Nutanix Security Guide Data-at-Rest vs. Data-in-Transit Encryption
Nutanix KB Firewall Port Requirements for Secure Cluster Communication
