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2026 Statistics

Key Facts: NCS-Core Exam

About 75 questions

NCS-Core 6.8 exam length, multiple choice, multiple response and scenario-based

Nutanix NCS-Core 6.8 blueprint guide

120 minutes

Time limit for the NCS-Core exam

Nutanix NCS-Core 6.8 blueprint guide

3000 scaled score

Passing standard on a 1000-6000 scale

Nutanix NCS-Core 6.8 blueprint guide

199 USD

NCS-Core exam fee before regional adjustments

Nutanix training and certification

Version 6.8

Current NCS-Core exam version aligned to AOS 6.x

Nutanix Certified Services - Core (NCS-Core) 6.8

1-3 years

Recommended consulting/delivery experience for NCS-Core candidates

Nutanix NCS-Core 6.8 blueprint guide

Services-delivery focus

Validates deployment, validation and hand-off rather than only administration

Nutanix Certified Services - Core (NCS-Core)

100

Free original practice questions here

OpenExamPrep

The Nutanix Certified Services Core Infrastructure Professional (NCS-Core) is a professional-level Nutanix certification for services and delivery consultants. The current 6.8 exam has about 75 questions (multiple choice, multiple response and scenario-based) with a 120-minute time limit and costs 199 USD. The passing standard is a scaled score of 3000 on a 1000-6000 scale. It validates cluster deployment with Foundation, AOS/AHV/CVM/DSF architecture, Prism Element and Central operations, LCM lifecycle management, AHV networking and storage, and data protection. This 100-question bank provides original practice across those areas with explanations for every option.

Sample NCS-Core Practice Questions

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

1In a standard Nutanix cluster, which component runs on every node and is primarily responsible for serving all storage I/O for the local hypervisor host?
A.The Controller VM (CVM)
B.Prism Central
C.The Foundation VM
D.The Life Cycle Manager service
Explanation: Each Nutanix node runs a Controller VM (CVM) that handles all storage I/O for the hypervisor on that node and participates in the Distributed Storage Fabric. The CVM is what abstracts local and remote disks into a single pool.
2What is the name of the Nutanix software-defined storage layer that pools all disks across the cluster into a single shared storage resource?
A.Distributed Storage Fabric (DSF)
B.Prism Element
C.AHV bridge
D.Acropolis Block Services only
Explanation: The Distributed Storage Fabric (DSF) pools SSDs and HDDs from every node into a single logical store presented to VMs. It provides data locality, replication and the storage features that AOS exposes through containers.
3Which AOS feature keeps a copy of a VM's frequently accessed data on the same node where the VM runs to reduce network traffic and latency?
A.Data locality
B.Erasure coding
C.Deduplication
D.Capacity tiering to cloud
Explanation: Data locality keeps hot data on the node hosting the VM so reads are served locally rather than across the network. When a VM migrates, data is gradually localized to the new node.
4Which two services are central to how a Nutanix cluster stores and protects its metadata?
A.Cassandra and Zookeeper
B.Foundation and LCM
C.Prism Central and Calm
D.Stargate and Curator only
Explanation: Cassandra (Medusa) stores cluster metadata in a distributed, replicated ring, and Zookeeper (Zeus) stores cluster configuration. Together they keep the cluster's state consistent and highly available.
5Which CVM service is responsible for handling all data I/O requests, including reads, writes and data path operations?
A.Stargate
B.Curator
C.Prism
D.Genesis
Explanation: Stargate is the data I/O manager in the CVM; it processes all read and write requests from the hypervisor. Other services such as Curator and Genesis support background maintenance and cluster startup.
6Which background CVM service performs cluster-wide maintenance such as disk balancing, information lifecycle management (ILM) and garbage collection?
A.Curator
B.Stargate
C.Acropolis
D.Prism
Explanation: Curator runs distributed MapReduce scans across the cluster to perform tasks like disk balancing, tier ILM, erasure-coding encode and garbage collection. It works in the background to keep the cluster healthy and efficient.
7What does a redundancy factor of 2 (RF2) provide for a Nutanix cluster?
A.The cluster keeps two copies of data and can tolerate the failure of one node or disk
B.The cluster keeps two copies of data and can tolerate two simultaneous node failures
C.Data is split across two clusters for disaster recovery
D.Every VM must have exactly two virtual disks
Explanation: RF2 maintains two copies of every data block and the associated metadata across different nodes, allowing the cluster to tolerate a single component failure (one node or disk) without data loss. RF3 keeps three copies and tolerates two simultaneous failures.
8A customer requires the cluster to survive two simultaneous node failures without data loss. What is the minimum redundancy factor and minimum cluster size required?
A.RF3 with a minimum of 5 nodes
B.RF2 with a minimum of 3 nodes
C.RF3 with a minimum of 3 nodes
D.RF2 with a minimum of 5 nodes
Explanation: Tolerating two simultaneous failures requires redundancy factor 3 (three data copies), which needs a minimum of five nodes in the cluster. RF2 keeps two copies and tolerates only a single failure.
9During a services engagement, which Nutanix tool is used to image bare-metal nodes with a hypervisor and AOS and to create the initial cluster?
A.Foundation
B.Life Cycle Manager (LCM)
C.Prism Central
D.Move
Explanation: Foundation images nodes with the chosen hypervisor and AOS version and then creates the cluster. It is the primary deployment tool used during initial services delivery before hand-off to the customer.
10Which network interface on each node provides out-of-band management used by Foundation for power and console control during imaging?
A.IPMI / BMC interface
B.The br0 bridge
C.The CVM eth0 interface
D.The Prism Central VIP
Explanation: The IPMI/BMC (out-of-band management) interface lets Foundation power-cycle nodes and mount imaging media even before a hypervisor is installed. Configuring IPMI addresses correctly is a key pre-delivery and deployment task.

About the NCS-Core Exam

The Nutanix Certified Services Core Infrastructure Professional (NCS-Core) exam validates the skills needed to deliver Nutanix infrastructure services: deploying and configuring clusters, performing validation and hand-off, and supporting day-two operations. It is aimed at services and delivery consultants with roughly one to three years of experience and assumes working knowledge of AOS, the AHV hypervisor, the Controller VM (CVM), the Distributed Storage Fabric (DSF), and Prism Element and Prism Central. The current 6.8 version emphasizes real-world delivery tasks such as imaging nodes with Foundation, creating and expanding clusters, configuring networking and IPMI, validating health and resiliency, performing LCM upgrades, and configuring data protection with snapshots, protection domains and replication. The exam has about 75 multiple-choice, multiple-response and scenario-based questions and a 120-minute time limit, with a scaled passing score of 3000 on a 1000-6000 scale.

Assessment

Approximately 75 questions including single-answer multiple choice, multiple-response and scenario-based items covering services-delivery tasks across pre-delivery planning, cluster deployment, validation and operations.

Time Limit

About 120 minutes (2 hours).

Passing Score

Scaled score of 3000 on a 1000-6000 scale. Because Nutanix uses scaled scoring, the exact number of correct answers needed varies by exam form.

Exam Fee

199 USD; pricing may vary by region and currency. (Nutanix University (delivered via Pearson VUE / PSI))

NCS-Core Exam Content Outline

25%

Core Architecture (AOS, CVM, DSF, AHV, Prism)

Nutanix core architecture: AOS software, the Distributed Storage Fabric (DSF), the Controller VM (CVM) and its role in I/O, the AHV hypervisor, cluster construction, and the Prism Element and Prism Central management planes. Practice covers data locality, metadata (Cassandra/Medusa), Zookeeper/Zeus configuration management, and how the CVM presents storage to hosts.

22%

Cluster Deployment and Services Delivery

Pre-delivery planning and discovery, Foundation imaging of nodes, cluster creation and expansion, network/VLAN and IPMI/out-of-band configuration, environment validation, and customer hand-off documentation. Practice covers Foundation workflows, redundancy factor selection at create time, and validation checklists.

20%

Infrastructure Operations and Resiliency

Day-two operations: Life Cycle Manager (LCM) inventory and upgrades, AOS and firmware updates, capacity and performance management, redundancy factor and data resiliency status, node and drive replacement, and rolling/non-disruptive maintenance. Practice covers maintaining cluster health and recovering resiliency after a failure.

18%

AHV Virtualization, Networking and Storage

AHV VM management, virtual switches (VS) and bridges (br0), bonded uplinks and load balancing, VLANs, IPAM-managed networks, VM and VM-host affinity, storage containers, and capacity-optimization features such as inline/post-process compression, deduplication and erasure coding (EC-X). Practice covers when each storage optimization applies.

15%

Data Protection and Prism Operations

Local and remote data protection: snapshots, protection domains and consistency groups, async, NearSync and metro availability replication, Nutanix DR (Leap) recovery plans, and Prism monitoring including alerts, analysis charts, reporting and dashboards. Practice covers selecting an RPO-appropriate replication mode.

How to Pass the NCS-Core Exam

What You Need to Know

  • Passing score: Scaled score of 3000 on a 1000-6000 scale. Because Nutanix uses scaled scoring, the exact number of correct answers needed varies by exam form.
  • Assessment: Approximately 75 questions including single-answer multiple choice, multiple-response and scenario-based items covering services-delivery tasks across pre-delivery planning, cluster deployment, validation and operations.
  • Time limit: About 120 minutes (2 hours).
  • Exam fee: 199 USD; pricing may vary by region and currency.

Keys to Passing

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

NCS-Core Study Tips from Top Performers

1Download and work through the official NCS-Core 6.8 blueprint guide; map each objective to a hands-on task you can perform on a lab or Community Edition cluster.
2Rehearse the full Foundation workflow end to end: discovery, imaging, cluster creation, network/IPMI configuration and validation, since deployment is heavily weighted.
3Memorize the differences between async, NearSync and metro replication and the RPO each supports, because data-protection scenarios often hinge on choosing the right mode.
4Understand redundancy factor (RF2 vs RF3) and how it relates to cluster size, fault tolerance and data resiliency status shown in Prism.
5Practice LCM inventory and upgrades and know the order of operations and pre-checks, because lifecycle questions test safe, non-disruptive maintenance.
6Treat scenario questions as a consultant would: identify the customer requirement first, then choose the configuration that meets it without over-provisioning.

Frequently Asked Questions

How many questions are on the NCS-Core exam and how long is it?

The NCS-Core 6.8 exam has approximately 75 questions and a time limit of about 120 minutes. Items include single-answer multiple choice, multiple-response and scenario-based questions.

What score do I need to pass NCS-Core?

Nutanix uses scaled scoring. The passing standard is a scaled score of 3000 on a 1000-6000 scale, so the exact number of correct answers needed varies by exam form.

How much does the NCS-Core exam cost?

The exam fee is 199 USD. Pricing can vary by region and currency, and Nutanix sometimes provides vouchers through training events and partner programs.

Who is the NCS-Core certification for?

It is aimed at services and delivery consultants with about one to three years of experience who deploy, validate and support Nutanix clusters, including partner and Nutanix services staff handling customer-facing delivery.

How is NCS-Core different from NCP-MCI or NCSE-Core?

NCS-Core focuses on services-delivery tasks (planning, Foundation deployment, validation and hand-off). NCP-MCI is the administrator certification, and NCSE-Core targets sales engineers. They share core AOS/AHV/Prism concepts but differ in emphasis.

What tools should I practice with for NCS-Core?

Practice with Foundation for imaging, Prism Element and Prism Central for management, LCM for upgrades, and a Community Edition or lab cluster to rehearse cluster create, expand, resiliency checks and data protection.