In this scenario, which NetApp technology will enable the capability for a master on-premises copy and a remote AWS copy of the same dataset?

You have a NetApp ONTAP Select instance that is serving a 400 GB nfsv3 export to an IoT application. You need to run AI in AWS on this dataset for both reads and writes to update metadata. The master copy of the data must remain in ONTAP Select.

In this scenario, which NetApp technology will enable the capability for a master on-premises copy and a remote AWS copy of the same dataset?
A . FabricPool
B . FlexCache
C . Flash Pool
D . Flash Cache

Answer: B

Explanation:

Reference: https://cloud.netapp.com/blog/podcast-flexcache-for-cloud-volumes-ontap

What are two ways to accomplish this task?

You have deployed your application to an NKS cluster in your on-premises environment with ONTAP Select. You now want to move your application to an AWS environment.

What are two ways to accomplish this task? (Choose two.)
A . Use CloudMirror.
B . Use Cloud Sync.
C . Use SnapSync.
D . Use SnapMirror.

Answer: B,D

Explanation:

Reference: https://www.netapp.com/media/8239-hybrid-enterprise-aws-solution-brief.pdf

In this scenario, which configuration is required for high availability of data access in the hybrid aggregate?

You have FabricPool enabled for an on-premises AFF system. FabricPool is connected to Azure Blob storage.

In this scenario, which configuration is required for high availability of data access in the hybrid aggregate?
A . Duplicate the Azure Managed disk to another Availability Zone.
B . Mirror the Blob storage container to another Azure region.
C . Create multiple gateway subnets.
D . Create redundant VPN or Express Route connections.

Answer: B

In this scenario, which native NetApp technology provides this functionality for specific objects?

You are deploying StorageGRID software on-premises. You have a requirement to keep a second copy of specific production objects in Amazon Glacier.

In this scenario, which native NetApp technology provides this functionality for specific objects?
A . Lambda
B . CloudMirror
C . FabricPool
D . SnapMirror

Answer: B

Explanation:

Reference: https://www.netapp.com/pdf.html?item=/media/7931-ds-3613.pdf

In this scenario, which NetApp product should the team use?

Your software development team is working on a new stateful containerized application that requires persistent storage. The team develops software on their local workstations prior to deploying to test and production environments. The team wants to create a consistent experience across the various stages of the software development life-cycle.

In this scenario, which NetApp product should the team use?
A . Azure NetApp Files
B . NetApp Cloud Volumes Service
C . NetApp Cloud Volumes ONTAP
D . NetApp ONTAP Select

Answer: C

Explanation:

Reference: https://cloud.netapp.com/blog/protection-for-persistent-data-storage-in-kubernetes

Referring to the exhibit, which two configurations would accomplish this task?

You are setting up a containerized environment with persistent storage. Trident has been installed, and the Trident back end for NetApp SolidFire has been created by using the tridentctl command. Now, you need to deploy an application that requires an Extreme class of service.

Referring to the exhibit, which two configurations would accomplish this task? (Choose two.)

A . Option A
B . Option B
C . Option C
D . Option D

Answer: B,D

Which two actions should be used to accomplish this task?

You are writing an Ansible playbook and using the official NetApp modules. You must provide credentials for a NetApp ONTAP cluster in a secure manner.

Which two actions should be used to accomplish this task? (Choose two.)
A . Pass the value as an argument on the command line.
B . Pass the value using Ansible vault.
C . Pass the value within the playbook itself.
D . Pass the value as an interactive input from the command line.

Answer: A,D

Which statement is correct about Trident storage virtual pools?

Which statement is correct about Trident storage virtual pools?
A . Trident storage virtual pools provide a list of additional parameters that can be attached to a Kubernetes Storage Class.
B . Trident storage virtual pools provide a layer of abstraction between Trident’s storage backends and Kubernetes Storage Class.
C . Trident storage virtual pools provide a predefined set of data in a storage pool that can be used for container boot processes.
D . Trident storage virtual pools provide a way to monitor backend storage systems and remove unreachable storage from the available Kubernetes Storage Class options.

Answer: B

Explanation:

Reference: https://netapp-trident.readthedocs.io/en/stable-v20.07/kubernetes/concepts/virtual_storage_pools.html