A customer is using SnapLock Compliance to protect a specific subset of dat
a. The customer wants to have granular control of which documents are locked, when they are locked, and when the retention period is applied.
Which two actions should be done? (Choose two.)
Answer : B, D
To achieve granular control over SnapLock Compliance behavior:
1. Set the default retention period to 'unspecified', so files are not automatically locked.
2. Disable autocommit and instead manually commit only the specific files that should be locked, allowing precise control over what is protected and when retention starts.
Your customer wants to set up a local retention time of at least four months. They also want to protect a week of retention from being deleted by ransomware or rogue administrators.
Which two settings create the correct Snapshot policy to achieve this? (Choose two.)
Answer : B, D
To meet the requirement of 122 days 4 months, so setting the weekly Snapshot copy retention to 122 days ensures local backups are retained for that duration.
To protect a week of retention from tampering, apply SnapLock to the daily Snapshot copies with a 7-day retention, which makes them tamper-proof and resistant to deletion by ransomware or rogue administrators.
When backing up on-premises NetApp ONTAP volumes to tape using NDMP, which two engines are supported by ONTAP software? (Choose two.)
Answer : B, D
When using NDMP (Network Data Management Protocol) to back up ONTAP volumes to tape, ONTAP supports two backup engines:
SMTape: Used for block-level backups.
dump: Used for file-level backups.
These are the only engines supported by ONTAP for NDMP-based tape backups.
What are the two modes for Autonomous Ransomware Protection (ARP)? (Choose two.)
Answer : A, D
Autonomous Ransomware Protection (ARP) operates in two modes:
Learning mode: ARP observes and learns baseline workload behaviors to distinguish between normal and abnormal activity.
Active mode: ARP actively monitors and can automatically respond to ransomware-like behavior by alerting or taking protective actions.
You have set up a SnapMirror relationship between volumes in ClusterA and ClusterB. Both the clusters have the same NetApp ONTAP software release and platform. You have enabled Temperature Sensitive Storage Efficiency (TSSE) on the source volume.
How does TSSE affect the efficiency on the destination volume?
Answer : A
When Temperature Sensitive Storage Efficiency (TSSE) is enabled on a SnapMirror source volume, the settings are automatically inherited by the destination volume during SnapMirror initialization. This ensures consistent storage efficiency behavior across the replication relationship.
You have three clusters and want to set up a data protection relationship between Cluster1 and Cluster2 and also between Cluster1 and Cluster3. You want to make sure that the traffic between these two relationships is separated.
What must be configured on Clusterl to enable cluster peering with the other two clusters?
Answer : B
To separate traffic for different cluster peering relationships on the same cluster (Cluster1), you need to configure IPspaces. IPspaces allow multiple logical network domains within a single ONTAP cluster, ensuring that peering traffic to Cluster2 and Cluster3 remains isolated.
You have a large 2PiB flexgroup that will need to be failed over to a DR site for a weekend due to maintenance work at the original site. To speed up time to return to normal operations the Storage Administrator will use the -quick-resync true option when reversing the SnapMirror relationship.
What needs to be taken into consideration when it comes to using quick resync?
Answer : D
When using the -quick-resync true option in SnapMirror, storage efficiencies such as deduplication and compression are not preserved on the original source during resync. This means that efficiencies will be lost on the source volume, and data will be rehydrated to its full form during transfer.