01. The storage team asks the Cohesity administrator what it must produce before a CloudArchive target can be added for a particular provider.
Which item is the prerequisite they owe the administrator?
a) A credential for an account that may write into that provider.
b) A Protection Group listing the objects to be archived.
c) A Storage Domain sized and configured for the archived copies.
d) A CloudRetrieve search saved against the provider's archived copies.
02. What does choosing CloudArchive Direct configure?
a) The search, retrieval and recovery of copies that have already been archived to an External Target
b) The movement of cold data off the cluster to cloud object storage, with the namespace left in place
c) The conversion of a protected VM into a native cloud instance
d) An archival path to an External Target built with its own set of configuration options
03. On an on-premises cluster, the data written by a CloudArchive action leaves the data centre to reach an External Target in a public cloud. A second cluster runs natively in that same provider and archives to a target there.
How does that archival flow differ for the cluster that runs in the provider?
a) The External Target no longer needs a Storage Class or a Storage Type.
b) The copy travels between the cluster and the target inside the provider's network instead of crossing out of a data centre.
c) The archival action is replaced by CloudTier, because the target and the cluster share a provider.
d) The copy still leaves the provider, because an archived copy is written from the data centre.
04. A cluster is close to its usable capacity. Most of what it holds has not been touched for months, yet users still expect to find every file exactly where they left it.
Which approach frees local capacity and leaves that data in place for users?
a) Archive the older snapshots to an External Target for retention or DR
b) Retrieve the archived copies, restore them locally, and delete the originals
c) Convert idle workloads into cloud instances with CloudSpin
d) Down-tier the cold data to cloud object storage with CloudTier
05. VMs that were moved to a public cloud with CloudSpin are now protected there by their own Protection Group. The team wants a copy of those snapshots on the on-premises cluster.
What is the first configuration step?
a) Create a Protection Group on premises for those VMs
b) Register the on-premises cluster as an External Target for those snapshots
c) Run a CloudRetrieve search against the archive target
d) Edit the Policy used by the cloud VM Protection Group to add replication
06. A cluster is being pointed at a public cloud provider so that CloudArchive can send copies there.
Which kind of storage in the provider holds those copies?
a) Instance storage attached to the provider's compute instances.
b) A file share the cluster presents to clients as a View.
c) The provider's object storage reached as an External Target.
d) Block volumes attached to the cluster's nodes and used by its Storage Domain.
07. CloudTier moves cold data from a cluster out to object storage on a registered External Target.
Which storage type can be configured for that target?
a) A View the cluster exports over NFS
b) Object storage on premises that presents an S3 interface
c) A Cloud Edition cluster in the provider
d) A Storage Domain on the same cluster
08. What has been added to a Cohesity deployment when a CloudArchive External Target is created in a public cloud?
a) A second Cohesity cluster that receives replicated snapshots from the primary cluster
b) A Storage Domain that the cloud-resident nodes present back to the on-premises deployment
c) A Virtual Edition appliance created in the public cloud, and the cluster archives to it over the network
d) External storage that the cluster archives or tiers to, not a Cohesity cluster running in the cloud
09. Only data that has been inactive for a long time should leave a cluster when tiering runs, and recently written data must stay local.
Which choice in the CloudTier setup governs that?
a) The boundary between cold blocks and everything newer
b) The erasure coding scheme of the Storage Domain
c) The retention that the Protection Policy sets
d) The storage class chosen on an archival target
10. Two DR designs are on the table for a tier-1 application with a one-hour recovery time objective and 20 TB of protected data. Design 1 replicates the Protection Group to a Cohesity cluster running in the public cloud. Design 2 keeps only archived copies on an External Target in the same region.
Which assessment is correct?
a) Neither meets the objective, because a one-hour target requires the workload to be running already.
b) Design 2 meets the objective, because archived copies in the same region are found and restored before any transfer is needed.
c) Design 1 meets the objective, while Design 2 adds a 20 TB retrieval before any restore or any failover starts.
d) Both meet the objective, because a recovery cluster reads either copy directly over the provider network.