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Question 1

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What is the Nutanix Kubernetes Platform (NKP) primarily based on, following Nutanix's 2023 acquisition?

Red Hat OpenShift

D2iQ Konvoy and Kommander (DKP)

Rancher RKE2

VMware Tanzu Kubernetes Grid

to track

2026 Statistics

Key Facts: Nutanix NCP-CN Exam

Exam Questions

Nutanix

120 min

Exam Duration

Nutanix

3000/6000

Passing Score

Nutanix

$200

Exam Fee

Nutanix

60-100 hrs

Study Time

Recommended

2 years

Cert Valid

Nutanix

The NCP-CN 6.10 exam has 75 multi-choice questions in 120 minutes, scaled passing score 3000/6000, $200 fee. It covers NKP environment prep, cluster build via Cluster API, day-2 operations (auth, logging, backup, autoscaling, upgrades), and Kommander fleet management.

Sample Nutanix NCP-CN Practice Questions

Try these sample questions to test your Nutanix NCP-CN exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1What is the Nutanix Kubernetes Platform (NKP) primarily based on, following Nutanix's 2023 acquisition?

A.Red Hat OpenShift

B.D2iQ Konvoy and Kommander (DKP)

C.Rancher RKE2

D.VMware Tanzu Kubernetes Grid

Explanation: NKP is built on the technology Nutanix acquired from D2iQ in early 2023. The product was previously known as DKP (D2iQ Kubernetes Platform), itself built on Konvoy (the upstream Kubernetes distribution) and Kommander (the multi-cluster management plane). NKP retains the dkp/nkp CLI heritage and the Cluster API (CAPI) declarative model from DKP.

2In an NKP deployment, what is the role of the bootstrap cluster?

A.It runs production workloads after deployment

B.It is a temporary kind cluster used to provision the management cluster, then pivoted

C.It serves as the long-term backup target for etcd

D.It hosts the container registry for air-gapped deployments

Explanation: NKP uses a temporary local bootstrap cluster (a kind/Docker-based Kubernetes) to host the Cluster API (CAPI) controllers that provision the first real management cluster on the target infrastructure. Once the management cluster is ready, the CAPI objects are pivoted (moved) to it, and the bootstrap cluster is deleted. This pattern is standard CAPI behavior used by NKP via the dkp/nkp CLI.

3Which Cluster API (CAPI) primitive describes the desired number and template of worker nodes that should be replaced (rolled) when the spec changes?

A.Cluster

B.Machine

C.MachineDeployment

D.KubeadmControlPlane

Explanation: A MachineDeployment is the CAPI equivalent of a Kubernetes Deployment for nodes. It defines a desired replica count and a Machine template, and orchestrates rolling updates (creating a new MachineSet) when the template changes. NKP uses MachineDeployments for worker node pools.

4What is the recommended minimum number of control plane nodes for an HA NKP cluster?

A.1

B.2

C.3

D.5

Explanation: NKP, like all kubeadm-based Kubernetes deployments, requires an odd number of control plane nodes for etcd quorum. Three is the recommended minimum for high availability — it tolerates the loss of one control plane node while keeping etcd quorum (2 of 3). One is acceptable only for non-HA dev clusters; two is never used (no quorum benefit over one).

5Which command-line tool is used to install, manage, and upgrade NKP clusters?

A.kubectl

B.helm

C.dkp (or nkp in newer releases)

D.aoscli

Explanation: NKP ships its own CLI — historically named dkp from the D2iQ heritage and renamed nkp in newer releases — for cluster lifecycle operations: bootstrap, create cluster, upgrade, attach, detach, and Kommander/Kaptain installation. kubectl and helm are used for in-cluster work but not for NKP cluster lifecycle itself.

6Which component provides centralized multi-cluster management, fleet operations, and platform applications in NKP?

A.Konvoy

B.Kommander

C.Karbon

D.Kubeapps

Explanation: Kommander is the management/fleet plane in NKP. It runs on the management cluster and provides multi-cluster lifecycle, workspaces, projects, RBAC, observability aggregation, and platform application deployment to attached clusters. Konvoy is the underlying Kubernetes distribution; Karbon is Nutanix's earlier (legacy) Kubernetes product on AHV; Kubeapps is a platform application Kommander can install.

7On which providers (infrastructure platforms) can NKP deploy production Kubernetes clusters?

A.AHV only

B.AHV, vSphere, AWS, Azure, GCP, and pre-provisioned bare-metal

C.AWS only

D.Pre-provisioned bare-metal only

Explanation: NKP supports a broad set of CAPI infrastructure providers: Nutanix AHV (CAPX), VMware vSphere (CAPV), AWS (CAPA), Azure (CAPZ), GCP (CAPG), and Pre-provisioned (for bare-metal or already-running VMs). This multi-provider story is a key positioning difference from the older AHV-only Karbon/NKE.

8What is the purpose of the bastion host in an NKP deployment?

A.It runs the workload cluster's etcd

B.It is the jump/admin host (with kubectl, dkp/nkp, and tooling) used to bootstrap and operate the cluster

C.It functions as a load balancer for the API server

D.It hosts the container registry

Explanation: In an NKP deployment the bastion host is the operator workstation that has the dkp/nkp CLI, kubectl, the kubeconfig, and the appropriate cloud or vSphere credentials. It is the host from which bootstrap and lifecycle commands are run. In air-gapped installs, the bastion typically also seeds the private registry from the NKP bundle.

9In an air-gapped NKP installation, what must be staged before any cluster can be created?

A.A Helm repository on GitHub

B.A private OCI/Docker container image registry seeded with the NKP bundle images

C.An external DNS resolver only

D.A public NTP server

Explanation: Air-gapped NKP requires a private container registry (Harbor, JFrog Artifactory, ECR-in-VPC, ACR, GAR, or similar) that has been seeded with all NKP container images using `dkp push bundle` (or the equivalent nkp command) from the downloaded image bundle. Without this, kubelets cannot pull NKP control plane and platform application images.

10Which CNI plugins are supported for pod networking on NKP clusters?

A.Only Flannel

B.Calico (default) and Cilium

C.Only kube-router

D.Only Weave Net

Explanation: NKP ships with Calico as the default CNI and supports Cilium as an alternative for users who need eBPF-based dataplane, advanced network policy, or Hubble observability. Both options are installed via NKP's CAPI ClusterResourceSet/Helm-based add-on system at cluster creation time.

About the Nutanix NCP-CN Exam

The Nutanix NCP-CN v6.10 certification validates professional-level skills in deploying, operating, and troubleshooting Nutanix Kubernetes Platform (NKP) clusters across AHV, vSphere, and public cloud, including Kommander multi-cluster fleet management, platform applications, CSI/CNI add-ons, GPU and AI/ML workloads, and day-2 operations.

Questions

75 scored questions

Time Limit

120 minutes

Passing Score

3000/6000 (scaled)

Exam Fee

$200 (Nutanix / Pearson VUE)

Nutanix NCP-CN Exam Content Outline

22%

Prepare the Environment for NKP Deployment

Licensing, private registry seeding, bootstrap cluster, bastion host, machine images (KIB), and gathering provider info

28%

Manage Building an NKP Cluster

Customizing and deploying NKP clusters via CAPI/CAPX, installing Kommander, and applying licenses

30%

Perform Day 2 Operations

Authentication (Dex/OIDC), logging (Loki), backup (Velero), monitoring (Prometheus), autoscaling, and lifecycle management

20%

Conduct NKP Fleet Management

Workspaces, projects, attaching/detaching clusters, and configuring platform applications across the fleet

How to Pass the Nutanix NCP-CN Exam

What You Need to Know

Passing score: 3000/6000 (scaled)
Exam length: 75 questions
Time limit: 120 minutes
Exam fee: $200

Keys to Passing

Complete 500+ practice questions
Score 80%+ consistently before scheduling
Focus on highest-weighted sections
Use our AI tutor for tough concepts

Nutanix NCP-CN Study Tips from Top Performers

1Build a real lab — provision an NKP cluster end-to-end on AHV or vSphere using dkp create cluster, then install Kommander

2Memorize the four CAPI primitives — Cluster, Machine, MachineDeployment, KubeadmControlPlane — and how upgrades roll them

3Practice an air-gapped install end-to-end: seed registry with the bundle, run bootstrap, verify image pulls

4Run a full Velero backup-and-restore cycle to Nutanix Objects (or any S3 target) and time how long it takes

5Drill the difference between workspaces (group of clusters) and projects (group of namespaces inside a workspace)

6Know the platform applications by heart: ingress-nginx, MetalLB, Calico/Cilium, Prometheus stack, Loki, Jaeger, Velero, cert-manager, Dex, Kubeapps, ExternalDNS, Sealed Secrets

7Practice troubleshooting flows: NotReady node (kubelet logs), ImagePullBackOff (describe pod), etcd quorum loss (snapshot restore)

Frequently Asked Questions

What is the NCP-CN 6.10 exam format?

The exam is 75 multiple-choice and multiple-response questions delivered through Pearson VUE in 120 minutes. The passing score is 3000 out of 6000 on a scaled scoring system, and the exam fee is $200 USD.

Is NKP the same as Karbon?

No. Karbon (now NKE — Nutanix Kubernetes Engine) is the older AHV-only Kubernetes service. NKP is the strategic, multi-provider Kubernetes platform built on the D2iQ acquisition (DKP/Konvoy/Kommander), supporting AHV, vSphere, AWS, Azure, GCP, and pre-provisioned bare-metal.

What experience should I have before taking NCP-CN?

Nutanix recommends 6-12 months of building and operating Kubernetes clusters, 6-12 months of Linux administration, and 6 months of hands-on experience with NKP or equivalent training. Familiarity with CAPI, Helm, Velero, Prometheus, and Dex is expected.

What topics carry the most weight on NCP-CN 6.10?

Day-2 operations (auth, logging, backup, monitoring, autoscaling, lifecycle) and cluster build (CAPI primitives, CSI/CNI, Kommander install) together account for most of the exam. Fleet management (workspaces, projects, attached clusters) is the next-largest area.

How long should I study?

Most candidates spend 60-100 hours over 6-10 weeks. Focus hands-on time on dkp/nkp CLI, building a cluster on AHV/vSphere/cloud via CAPI, installing Kommander, and exercising Velero backup/restore plus a CAPI-driven Kubernetes upgrade.

Where do I take the NCP-CN exam?

The exam is delivered through Pearson VUE (online proctored or at a test center). Schedule via the Nutanix certification portal at university.nutanix.com after creating a Pearson VUE account.