01. In a Kubernetes cluster backed by Trident, a new PVC binds successfully and the backing volume appears on the ONTAP system, yet pods consuming it remain in a mount-pending state on the worker nodes.
Where should the engineer look first?
a) Whether the container image was pulled from an approved private registry.
b) Whether the cluster's admission controller is rejecting the pod's requested resource limits and quotas.
c) Whether the requested storage class still exists in the cluster.
d) Whether the volume's export policy admits the worker-node data network for NFS access.
02. Operations wants a single view of performance and capacity across on-prem ONTAP, cloud volumes, and non-NetApp compute, so they can correlate a latency spike to a noisy-neighbor workload on the shared infrastructure.
Which monitoring lens fits this need?
a) ONTAP System Manager, which administers a single storage system at a time
b) Active IQ Digital Advisor, which reports health and configuration risk from NetApp telemetry
c) Cloud Insights for broad cross-stack observability spanning NetApp and third-party resources
d) The native cloud provider's monitoring, which is scoped only to that single cloud's own services
03. A Kubernetes developer creates a PersistentVolumeClaim that references a StorageClass backed by Astra Trident on an ONTAP system. No volume was pre-created for this claim.
What does Trident do in this dynamic-provisioning workflow?
a) It rejects the claim because a PersistentVolume must always be built by hand first.
b) It stores the claim's data inside the cluster's own key-value store rather than on the ONTAP backend, ignoring the StorageClass entirely.
c) It converts the claim into a read-only snapshot of some existing volume.
d) It provisions a new volume on the ONTAP backend to satisfy the claim.
04. From one source volume, a team needs to replicate to a DR site and, separately, to a second cloud region that will be used independently of the DR copy.
Which replication topology concept describes this arrangement?
a) Cascade replication, where a destination further replicates onward to a downstream copy, and each hop depends on the one before it
b) A SnapVault-only chain that keeps all copies as backup restore points
c) Fan-out replication from one source to multiple independent destinations
d) FabricPool mirroring of cold blocks to two object stores at once
05. You are configuring SnapMirror replication between two ONTAP clusters that live in different environments.
Which condition must already be in place before you can initialize the replication relationship?
a) A completed FabricPool tiering policy applied to the destination aggregate
b) A SnapVault retention policy covering every source and destination Snapshot
c) A read-write destination volume pre-populated with a full copy of the source data
d) Established cluster and SVM peering over intercluster LIFs
06. A media company must move a large NFS dataset from an on-premises ONTAP system to Cloud Volumes ONTAP. The data keeps changing until the moment of cutover, and the outage window is tight.
Which migration approach best minimizes cutover downtime here?
a) Seed the baseline with SnapMirror, then cut over after one final quick sync.
b) Create a FlexClone of the source and mount that clone in the cloud.
c) Restore the newest backup that exists, mount the copy it produces, and accept whatever delta remains.
d) Copy the data once with a file-based sync tool and freeze writes for the whole transfer.
07. Before the NetApp Console (formerly BlueXP) Connector can create and manage working environments in a customer's cloud account, certain prerequisites must be satisfied.
Which of the following are required for a successful Connector deployment?
(Choose three.)
a) Outbound network connectivity from the Connector to NetApp Console services and to the target resources
b) Cloud permissions for the Connector via an IAM or equivalent cloud role
c) A subnet in the target VPC or VNet to host the Connector
d) A public IP assigned to each managed data volume
e) A separate ONTAP license file uploaded for every volume, and a matching capacity entitlement that must be registered before deployment
08. Development teams need frequent, fresh copies of production data for testing, without duplicating full capacity for each copy and without impacting the production workload.
Which practices using FlexClone support this?
(Choose three.)
a) Each clone duplicates the full production capacity at the moment it is created
b) Creating a clone requires taking the production volume offline first
c) FlexClone creates near-instant writable clones that share blocks with the parent volume
d) Clones consume additional space only for blocks that change after the clone is created
e) Refresh dev copies by re-cloning from a recent Snapshot of production
09. During a SnapMirror-based migration, a dashboard shows the gap between the last successful transfer and the current source state steadily growing.
How should this signal be interpreted for the planned cutover?
a) The lag indicates the destination is ahead of the source and can serve clients right now
b) The destination is behind the source and needs a final catch-up sync before cutover
c) Cutover is safe immediately because replication lag has no bearing on data consistency
d) The growing lag means the source volume is corrupted and must be rebuilt from scratch
10. A team must be able to fail over a business application to a second site and immediately serve the same data with read-write access.
Which data protection mechanism produces a replicated, failover-ready copy for this purpose?
a) A FabricPool tiering policy that relocates cold blocks to object storage
b) A local Snapshot schedule stored on the primary aggregate
c) A SnapMirror mirror replicating to a failover-ready destination volume.
d) A SnapVault relationship retaining long-term, scheduled backup snapshots for compliance