Free NCP-AIO Exam Braindumps
NCP - AI Operations Questions 16–20 (page: 5)

Updated On: 10-Feb-2026

You are an administrator managing a large-scale Kubernetes-based GPU cluster using Run:AI.

To automate repetitive administrative tasks and efficiently manage resources across multiple nodes, which of the following is essential when using the Run:AI Administrator CLI for environments where automation or scripting is required?

  1. Use the runai-adm command to directly update Kubernetes nodes without requiring kubectl.
  2. Use the CLI to manually allocate specific GPUs to individual jobs for better resource management.
  3. Ensure that the Kubernetes configuration file is set up with cluster administrative rights before using the CLI.
  4. Install the CLI on Windows machines to take advantage of its scripting capabilities.

Answer(s): C

Explanation:

Comprehensive and Detailed Explanation From Exact Extract:

When automating tasks with the Run:AI Administrator CLI, it is essential to ensure that the Kubernetes configuration file (kubeconfig) is correctly set up with cluster administrative rights. This enables the CLI to interact programmatically with the Kubernetes API for managing nodes, resources, and workloads efficiently. Without proper administrative permissions in the kubeconfig, automated operations will fail due to insufficient rights.

Manual GPU allocation is typically handled by scheduling policies rather than CLI manual assignments. The CLI does not replace kubectl commands entirely, and installation on Windows is not a critical requirement.


The Run:AI Administrator CLI requires a Kubernetes configuration file with cluster-administrative rights in order to perform automation or scripting tasks across the cluster. Without those rights, the CLI cannot manage nodes or resources programmatically.



A Fleet Command system administrator wants to create an organization user that will have the following rights:

For locations - read only

For Applications - read/write/admin

For Deployments - read/write/admin

For Dashboards - read only

What role should the system administrator assign to this user?

  1. Fleet Command Operator
  2. Fleet Command Admin
  3. Fleet Command Supporter
  4. Fleet Command Viewer

Answer(s): A

Explanation:

Comprehensive and Detailed Explanation From Exact Extract:

The Fleet Command Operator role is designed to provide users with read-only access to locations and dashboards while granting full read/write/admin rights for applications and deployments. This matches the described access requirements where the user can manage applications and deployments but only view locations and dashboards without modification rights. Other roles like Fleet Command Admin have broader permissions, Supporter has more limited access, and Viewer is primarily read-only for all resources.



An organization only needs basic network monitoring and validation tools.

Which UFM platform should they use?

  1. UFM Enterprise
  2. UFM Telemetry
  3. UFM Cyber-AI
  4. UFM Pro

Answer(s): B

Explanation:

Comprehensive and Detailed Explanation From Exact Extract:

The UFM Telemetry platform provides basic network monitoring and validation capabilities, making it suitable for organizations that require foundational insight into their network status without advanced analytics or AI-driven cybersecurity features. Other platforms such as UFM Enterprise or UFM Pro offer broader or more advanced functionalities, while UFM Cyber-AI focuses on AI-driven cybersecurity.



Your organization is running multiple AI models on a single A100 GPU using MIG in a multi-tenant environment. One of the tenants reports a performance issue, but you notice that other tenants are unaffected.

What feature of MIG ensures that one tenant's workload does not impact others?

  1. Hardware-level isolation of memory, cache, and compute resources for each instance.
  2. Dynamic resource allocation based on workload demand.
  3. Shared memory access across all instances.
  4. Automatic scaling of instances based on workload size.

Answer(s): A

Explanation:

Comprehensive and Detailed Explanation From Exact Extract:

NVIDIA's Multi-Instance GPU (MIG) technology provides hardware-level isolation of critical GPU resources such as memory, cache, and compute units for each GPU instance. This ensures that workloads running in one instance are fully isolated and cannot interfere with the performance of workloads in other instances, supporting multi-tenancy without contention.



You are deploying an AI workload on a Kubernetes cluster that requires access to GPUs for training deep learning models. However, the pods are not able to detect the GPUs on the nodes.

What would be the first step to troubleshoot this issue?

  1. Verify that the NVIDIA GPU Operator is installed and running on the cluster.
  2. Ensure that all pods are using the latest version of TensorFlow or PyTorch.
  3. Check if the nodes have sufficient memory allocated for AI workloads.
  4. Increase the number of CPU cores allocated to each pod to ensure better resource utilization.

Answer(s): A

Explanation:

Comprehensive and Detailed Explanation From Exact Extract:

The first step in troubleshooting Kubernetes pods that cannot detect GPUs is to verify whether the NVIDIA GPU Operator is properly installed and running. The GPU Operator manages the installation and configuration of all NVIDIA GPU components in the cluster, including drivers, device plugins, and monitoring tools. Without it, pods will not have access to GPU resources. Ensuring correct installation and operational status of the GPU Operator is essential before checking application-level versions or resource allocations.



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