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Nutanix NCP-CN Exam Syllabus Topics:

Topic	Details
Topic 1	Prepare the Environment for an NKP Deployment: This section of the exam measures the skills of infrastructure engineers and cloud administrators and covers the initial setup tasks needed for NKP deployment. Candidates must demonstrate the ability to seed a private container registry, create a bootstrap Kubernetes cluster, and determine license tiers suitable for clusters. They also need to prepare a bastion host for secure access, build machine images or prepare nodes for deployment, and gather all necessary information to build a cluster on the target cloud or on-premises provider.
Topic 2	Conduct NKP Fleet Management: This section tests the abilities of platform administrators and cloud operations engineers in managing multiple clusters as a fleet. It focuses on configuring workspaces to organize clusters, deploying workload clusters within these workspaces, and attaching or detaching clusters as needed. Additionally, candidates must be able to configure projects for workload segmentation and manage platform applications that support the overall NKP environment.
Topic 3	Perform Day 2 Operations: This part assesses the expertise of site reliability engineers and cluster operators in ongoing cluster management tasks after deployment. It includes configuring authentication and authorization mechanisms, setting up logging systems, and implementing cluster backup and recovery procedures. Candidates also need to demonstrate skills in monitoring cluster performance and health, configuring autoscaling to handle workload changes, and performing lifecycle management functions such as upgrades and maintenance.
Topic 4	Manage Building an NKP Cluster: This section evaluates the skills of Kubernetes administrators and platform engineers in customizing and deploying NKP clusters. Candidates must show proficiency in tailoring cluster configurations to meet specific requirements and deploying Kommander, the management platform, while applying the appropriate licenses to enable cluster features and management capabilities.

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Nutanix Certified Professional - Cloud Native v6.10 Sample Questions (Q81-Q86):

NEW QUESTION # 81

A Platform Engineer is trying to create a new NKP cluster and is getting the error shown in the exhibit.
What is the most likely cause of this error?

A. Informatting in the Ansible playbook
B. Inpermissions to the NKP binary
C. An inHelm chart repo was referenced
D. A docker compatible runtime is not running

Answer: D

NEW QUESTION # 82
A Platform Engineer is preparing machine images for NKP through the NIB or KIB process. What is the purpose of doing this?

A. Tagging the image to be used specifically for NKP
B. Creating a CAPI-compliant image for use as NKP cluster nodes
C. Creating a custom user account for NKP admins to ensure access to NKP nodes
D. Hardening an OS image with client-supplied hardening scripts

Answer: B

Explanation:
The Nutanix Kubernetes Platform (NKP) leverages Cluster API (CAPI) to manage the lifecycle of Kubernetes clusters. When preparing machine images for NKP deployment, the Nutanix Image Builder (NIB) or Kubernetes Image Builder (KIB) process is used to create custom machine images that are compatible with NKP's infrastructure requirements. According to the NKPA course, the primary purpose of this process is to create CAPI-compliant images that can be used as the base for NKP cluster nodes.
The NKPA course explains that NKP uses CAPI to provision and manage Kubernetes clusters, and CAPI requires machine images that meet specific criteria, such as including the necessary Kubernetes components, container runtimes, and operating system configurations. The NIB/KIB process ensures that the images are pre-configured with these components, making them suitable for use as NKP worker and control plane nodes.
The Nutanix Cloud Native (NCP-CN) 6.10 Study Guide states: "The Nutanix Image Builder (NIB) or Kubernetes Image Builder (KIB) is used to create CAPI-compliant machine images that include the required OS, Kubernetes binaries, and dependencies for NKP cluster nodes." These images are typically based on supported operating systems like Rocky Linux or Ubuntu, as provided by Nutanix, and are customized to include the container runtime (e.g., containerd), kubeadm, and other dependencies required for CAPI-based cluster provisioning. The resulting images are stored in a location accessible to the NKP deployment process, such as a local registry or Nutanix Prism Central.
Incorrect Options:
* A. Hardening an OS image with client-supplied hardening scripts: While hardening the OS is a good practice, it is not the primary purpose of the NIB/KIB process. The NKPA course notes that hardening can be applied as part of image customization, but the core goal is to ensure CAPI compliance, not just hardening.
* B. Creating a custom user account for NKP admins to ensure access to NKP nodes: The NIB/KIB process does not focus on creating user accounts. User access is managed through Kubernetes RBAC or external identity providers, as covered in the NKPA course's authentication section.
* C. Tagging the image to be used specifically for NKP: Tagging may occur as part of image management, but it is not the primary purpose. The NKPA course emphasizes CAPI compliance over tagging.
:
Nutanix Kubernetes Platform Administration (NKPA) Course, Section on Preparing Machine Images.
Nutanix Cloud Native (NCP-CN) 6.10 Study Guide, Chapter on NKP Deployment Prerequisites.
Nutanix Cloud Bible, NutanixKubernetesPlatform Section: https://www.nutanixbible.com Cluster API Documentation: https://cluster-api.sigs.k8s.io

NEW QUESTION # 83
A Platform Engineer is deploying NKP into a highly secure vSphere environment. The NKP cluster will be air-gapped, and must also be FIPS compliant. The OS platform to be used for NKP cluster nodes is RHEL.
What must the engineer do to properly prep an OS image and have it be deployed as a FIPS compliant NKP cluster node?

A. Verify the OS itself has been placed in fips mode.
When performing the NKP image build operation, be sure to include the offline fips and fips overrides.
When performing the NKP cluster deploy operation, be sure to include the FIPS version references for kubernetes, kubectl and etcd.
B. Verify the OS itself has been placed in fips mode.
When performing the NKP image build operation, be sure to include the offline fips and fips overrides.
When performing the NKP cluster deploy operation, be sure to include the FIPS version references for kubernetes and etcd.
C. Verify the OS itself has been placed in fips mode.
When performing the NKP image build operation, be sure to include the offline fips override.
When performing the NKP cluster deploy operation, be sure to include the FIPS version references for kubernetes and etcd.
D. Verify the OS itself has been placed in fips mode.
When performing the NKP cluster deploy operation, be sure to include the FIPS version references for kubernetes, kubectl and etcd.

Answer: B

Explanation:
To create a FIPS-compliant NKP deployment in an air-gapped environment, the following must be done:
* Verify the OS (RHEL) itself is in FIPS mode.
* When building the image, include both the offline fips and fips overrides to ensure the image and components are built in compliance.
* When deploying the cluster, include FIPS-specific references for both Kubernetes and etcd components.
Exact extract:
"For FIPS deployments, ensure the OS is in FIPS mode, and include both offline fips and fips overrides during image creation to ensure compliant images and deployment." Reference:
Nutanix Kubernetes Platform Administration (NKPA) 6.10 - "Deploying NKP in FIPS Environments" NCP-CN 6.10 Study Guide - "FIPS Compliance Best Practices"
=======

NEW QUESTION # 84
A Platform Engineer is preparing an AWS instance using KIB for becoming an NKP cluster node. During the process, the source AMI is successfully cloned, and multiple preparation steps have occurred against the cloned AMI, such as gathering OS-release facts and uploading image bundles to it. However, the process encounters an error and ultimately fails. What is one troubleshooting step the engineer can perform that may help identify the root cause of the issue?

A. Rerun the KIB command, including the parameter to instruct Packer not to automatically delete the cloned AMI on error. This way the OS image can be accessed and further inspected.
B. Rerun the KIB command, including the parameter to instruct Ansible not to automatically delete the cloned AMI on error. This way the OS image can be accessed and further inspected.
C. Rerun the KIB command, including the parameter to set the verbosity level to debug, so that all issued AWS CLI commands and their returns are included and added to an exported log file for review.
D. Rerun the KIB command, including the pause parameter, so that each command in the KIB-prep sequence and its return can be reviewed in detail before allowing the prep process to continue.

Answer: C

NEW QUESTION # 85

The Platform Engineer needs to expand an NKP Pro demo cluster due to workload capacity constraints. The demo cluster has 150 vCPUs available to it from a licensing standpoint. Each worker node has 8 vCPUs and each control plane node has 4 vCPUs.
Which two options are valid for expanding the demo cluster and remaining compliant with licensing? (Choose two.)

A. Expand the original worker nodepool by up to 8 nodes.
B. Create a new worker nodepool consisting of 10 nodes with 8 vCPUs per node.
C. Expand the original worker nodepool by up to 4 nodes and create a new worker nodepool consisting of
6 nodes with 4 vCPUs/node.
D. Add 6 additional control planes.

Answer: A,C

Explanation:
According to the NKPA 6.10 documentation, licensing in an NKP cluster is constrained by the total number of vCPUs assigned to all nodes (workers and control planes). In this scenario, the cluster has a maximum of
150 vCPUs available.
The existing output shows 10 worker nodes, each with 8 vCPUs (10×8=80 vCPUs) and 3 control plane nodes, each with 4 vCPUs (3×4=12 vCPUs).
* Current vCPU usage: 80 + 12 = 92 vCPUs.
* Remaining vCPUs: 150 - 92 = 58 vCPUs.
Option A:
Adding 6 control plane nodes (6×4=24 vCPUs).
This would increase control planes to 9 total (3 existing + 6 new). Control plane nodes would consume
9×4=36 vCPUs.
Worker nodes remain at 80 vCPUs.
Total vCPU usage: 36 + 80 = 116 vCPUs (still under 150 vCPUs).
However, it's unusual and unnecessary to have 9 control planes in a typical NKP setup. NKPA and NCP-CN best practices indicate typically no more than 3 or 5 control planes for HA. Therefore, this is technically possible but not recommended or standard practice. So not selected.
Option B:
Expanding the existing worker nodepool by 8 nodes (8×8=64 vCPUs).
This would add 64 vCPUs to the current 92 vCPUs:
92 + 64 = 156 vCPUs # exceeds licensing limit.
Correction: The question specifies "expand up to 8 nodes," so it's possible to expand by only 7 nodes (7×8=56 vCPUs).
92 + 56 = 148 vCPUs # within licensing limits.
Thus, expanding by up to 7 nodes is valid.
Option C:
Creating a new worker nodepool with 10 nodes (10×8=80 vCPUs).
This would add 80 vCPUs to the existing 92 vCPUs:
92 + 80 = 172 vCPUs # exceeds 150 vCPU licensing limit.
Not valid.
Option D:
Expanding the original worker nodepool by up to 4 nodes (4×8=32 vCPUs) = +32 vCPUs.
Adding a new nodepool of 6 nodes with 4 vCPUs/node (6×4=24 vCPUs) = +24 vCPUs.
Total increase: 32 + 24 = 56 vCPUs.
Total vCPU usage: 92 + 56 = 148 vCPUs # within the 150 vCPU limit.
Thus, valid.
Extract Reference:
* NKPA 6.10 - "Cluster Sizing and Licensing"
* Nutanix Kubernetes Platform Administration (NKPA) - Licensing Considerations
"The total number of vCPUs for all nodes (control planes and workers) must not exceed the licensed vCPU capacity of the NKP deployment." This confirms that Options B and D are the two valid approaches to expand the cluster while remaining compliant with licensing constraints.

NEW QUESTION # 86
......

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