DELL EMC D-CIS-FN-01 Practice Exams
Last updated on Oct 22,2026- Exam Code: D-CIS-FN-01
- Exam Name: Dell Cloud Infrastructure and Services Foundations v2 Exam
- Certification Provider: DELL EMC
- Latest update: Oct 22,2026
Question #171
How is a node added to a virtual storage area network (VSAN) created on a Fibre Channel SAN?
- A . Assign the VSAN ID to an F_Port on a FC switch
Connect the N_Port on the node to the F_Port - B . Assign the VSAN ID to the N_Port on the node
Connect the N_Port to an E_Port on a FC switch - C . Assign the VSAN ID to an E_Port on a FC switch
Connect the N_Port on the node to the E_Port - D . Assign the VSAN ID to the N_Port on the node
Connect the N_Port to an F_Port on a FC switch
Question #172
What condition can result in the development of a "shadow IT" organization?
- A . Aging facilities, and outdated policies and technology
- B . Bypassing of internal IT and looking elsewhere for IT services
- C . Increasing number of end user devices and different access points
- D . Lack of cloud extensibility inside an organization
Question #173
Which type of zoning prevents unauthorized access, even when node ports are re-cabled to a different fabric port on a Fibre Channel switch?
- A . eui-based
- B . WWPN-based
- C . Port-based
- D . Mixed
Question #174
What is the correct sequence of steps in asynchronous remote replication?
- A . Step 1: Compute system writes data to source.
Step 2: Write is immediately acknowledged to compute system.
Step 3: Data is transmitted to the replica (target).
Step 4: Target acknowledges back to source. - B . Step 1: Compute system writes data to source.
Step 2: Data is transmitted to the replica (target).
Step 3: Target acknowledges back to source.
Step 4: Write is immediately acknowledged to compute system. - C . Step 1: Compute system writes data to source.
Step 2: Write is immediately acknowledged to compute system.
Step 3: Target acknowledges back to source.
Step 4: Data is transmitted to the replica (target). - D . Step 1: Compute system writes data to source.
Step 2: Data from source is replicated to replica (target).
Step 3: Target acknowledges back to source.
Step 4: Source acknowledges write complete to the compute system.
Question #175
Question #176
Which type of attack can be controlled by imposing restrictions and limiting on-network resource consumption?
- A . Phishing
- B . Advanced persistent threat
- C . Distributed denial of service
- D . Side-channel
Question #177
In a FC SAN, which FC port type does an N_Port connect to?
- A . F_Port
- B . N_Port
- C . E_Port
- D . G_Port
Question #178
What is facilitated by the Topology and Orchestration Specification for Cloud Applications (TOSCA) standard?
- A . Packaging and distribution of virtual appliances across clouds
- B . Preparation of functional interfaces for service orchestration
- C . Portable deployment of services to any compliant cloud
- D . Communication between applications running on a variety of platforms
Question #179
Match each replication type with the appropriate description.
- A . Continuous Data Protection (CDP) – Remote replication where the write IO from a compute system is committed to both the source and the remote replica before it is acknowledged to the compute system
Snapshot – Remote replication where the write IO from a compute system is committed to the source and immediately acknowledged back to the compute system
Asynchronous – Allows data recovery to any point in time
Synchronous – Creates copy of file system at a specific point in time, even when the original file system continues to be updated and used normally - B . Continuous Data Protection (CDP) – Allows data recovery to any point in time
Snapshot – Remote replication where the write IO from a compute system is committed to the source and immediately acknowledged back to the compute system
Asynchronous – Remote replication where the write IO from a compute system is committed to both the source and the remote replica before it is acknowledged to the compute system
Synchronous – Creates copy of file system at a specific point in time, even when the original file system continues to be updated and used normally - C . Continuous Data Protection (CDP) – Creates copy of file system at a specific point in time, even when the original file system continues to be updated and used normally
Snapshot – Remote replication where the write IO from a compute system is committed to the source and immediately acknowledged back to the compute system
Asynchronous – Allows data recovery to any point in time
Synchronous – Remote replication where the write IO from a compute system is committed to the source and immediately acknowledged back to the compute system - D . Continuous Data Protection (CDP) – Creates copy of file system at a specific point in time, even when the original file system continues to be updated and used normally
Snapshot – Remote replication where the write IO from a compute system is committed to both the source and the remote replica before it is acknowledged to the compute system
Asynchronous – Remote replication where the write IO from a compute system is committed to the source and immediately acknowledged back to the compute system
Synchronous – Allows data recovery to any point in time
Question #180
An organization plans to migrate an application that has loosely coupled components.
Which migration strategy is suitable for such an application?
- A . Hybrid
- B . Forklift
- C . Functional
- D . Compatible