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  1. What is the primary goal of Software Defined Storage (SDS) in cloud computing?
    a. To bind storage control to specific proprietary hardware
    b. To virtualize and abstract storage resources from hardware
    c. To enhance the speed of networking switches
    d. To enforce single-vendor lock-in for storage solutions
    Answer: besds+2
  2. Which key technology does SDS rely on to manage heterogeneous storage environments?
    a. Data compression algorithms
    b. Virtualization
    c. RAID 0 striping
    d. Physical tape backup
    Answer: bgeeksforgeeks+2
  3. What type of hardware is commonly used in SDS solutions?
    a. Proprietary, vendor-specific hardware
    b. Only cloud provider-owned SSDs
    c. Commodity, industry-standard servers
    d. Emulation boards
    Answer: cliquidweb+2
  4. Which of the following is NOT a benefit of SDS?
    a. Hardware independence
    b. Unified management
    c. Rigidity and vendor lock-in
    d. Policy-based provisioning
    Answer: cibm+2
  5. Which feature allows SDS to automatically assign storage resources based on defined policies?
    a. Thin provisioning
    b. Policy-based provisioning
    c. Hardware zoning
    d. Tape rotation
    Answer: bvmware+2
  6. The decoupling of storage software from hardware in SDS helps organizations achieve which of these benefits?
    a. Faster hardware depreciation
    b. Greater flexibility and scalability
    c. Inflexible expansion options
    d. Higher dependence on legacy systems
    Answer: besds+2
  7. Which protocol types can SDS support within a single solution?
    a. Only block storage
    b. Only file storage
    c. Only object storage
    d. Block, file, and object storage
    Answer: dsamsungsds+1
  8. A major advantage of SDS in a hybrid cloud is:
    a. Single-location storage only
    b. Inability to scale storage resources
    c. Seamless integration of on-premises and cloud storage
    d. Dependence on manual backups
    Answer: cbluexp.netapp+1
  9. Which component in SDS architecture provides an abstracted view of the storage infrastructure?
    a. Storage bus
    b. Unified storage management interface
    c. SCSI controller
    d. Disk partition table
    Answer: blightbitslabs+2
  10. Virtualization in SDS enables:
    a. Binding applications to storage vendors
    b. Building static, inflexible storage pools
    c. Dynamic allocation of storage resources
    d. Isolated management without APIs
    Answer: cgeeksforgeeks+2
  11. What feature of SDS contributes most to automation in storage administration?
    a. Manual provisioning
    b. Automated storage provisioning and self-service
    c. Vendor-specific management software
    d. Data mirroring hardware only
    Answer: bibm+2
  12. Which method does SDS use to improve data resiliency and high availability?
    a. Manual failover management
    b. Software-based replication
    c. Single disk storage
    d. Physical sharding only
    Answer: bliquidweb+2
  13. Select the best example of how SDS supports disaster recovery (DR):
    a. Keeping all backups onsite
    b. Policy-based data replication and cloud as DR region
    c. Eliminating version history
    d. Using only tape backup
    Answer: bbluexp.netapp+2
  14. What does “scale-out” architecture in SDS mean?
    a. Adding more powerful CPUs to a single server
    b. Expanding storage by adding more nodes
    c. Reducing storage hardware
    d. Only using virtual machines
    Answer: besds+2
  15. Which storage types are unified by SDS for flexible use?
    a. Only SAN and NAS
    b. Block, file, and object storage
    c. CD-ROM and floppy drives only
    d. Flash-only devices
    Answer: bsamsungsds+2
  16. SDS can help organizations avoid which major challenge of traditional storage?
    a. Data silos and management complexity
    b. Hardware resource sharing
    c. Frequent OS updates
    d. User authentication
    Answer: ageeksforgeeks+2
  17. Which of the following is a main driver for cost efficiency in SDS?
    a. Using only high-end vendor solutions
    b. Leveraging commodity hardware and automation
    c. Mandatory maintenance fees
    d. Only offsite data storage
    Answer: bliquidweb+2
  18. Select the accurate description of a cloud gateway in SDS:
    a. Segregates storage types by vendor
    b. Bridges between on-premises SDS and cloud storage
    c. Only allows local backups
    d. Blocks metadata exchange
    Answer: blightbitslabs+2
  19. Why is SDS well-suited for cloud storage environments?
    a. It only supports single-vendor environments
    b. It manages and scales cloud storage flexibly
    c. It mandates physical hardware changes for scaling
    d. Limited to only one type of storage
    Answer: bbluexp.netapp+2
  20. SDS provides which management pattern for hybrid cloud environments?
    a. Disjointed manual management
    b. Single-pane centralized management
    c. Only local access
    d. Hardware-bound interfaces
    Answer: blightbitslabs+2
  21. What is “thin provisioning” in the context of SDS?
    a. Allocating more physical storage than needed
    b. Allocating storage dynamically as needed
    c. Only for optical media
    d. Cloning file metadata
    Answer: besds+1
  22. The ability of SDS to support multi-tenancy comes primarily from:
    a. Proprietary management software
    b. Resource pooling and automation
    c. Tape library integration
    d. Array-based zoning
    Answer: bvmware+2
  23. Which is true about data tiering in SDS?
    a. Moves data between cold and hot storage automatically
    b. Only supports one storage tier
    c. Requires all data to remain in one location
    d. Must be performed manually
    Answer: aliquidweb+2
  24. What allows SDS to offer open and extensible environments?
    a. Proprietary drivers only
    b. Use of APIs for extensibility
    c. Lack of integrations with external systems
    d. Restriction to vendor hardware
    Answer: bvmware+2
  25. Why does SDS reduce operational costs compared to traditional storage?
    a. High customization costs
    b. Automation and consolidation of resources
    c. Frequent hardware replacements
    d. Vendor-locked OS updates
    Answer: bibm+2
  26. In SDS, which component is responsible for the dynamic management of storage performance and capacity pools?
    a. The hardware vendor’s firmware
    b. The software control plane
    c. The application’s runtime engine
    d. The hypervisor only
    Answer: blightbitslabs+2
  27. What term describes the ability to use various vendor devices in one SDS-managed pool?
    a. Data deduplication
    b. Interoperability
    c. Data whitening
    d. File system mapping
    Answer: bgeeksforgeeks+2
  28. Which backup method is most efficiently supported by SDS in the cloud?
    a. Tape-based archive only
    b. Snapshot and replication
    c. Only manual copy to USB
    d. Floppy disk rotation
    Answer: bbluexp.netapp+2
  29. In cloud environments, why is SDS important for scaling?
    a. It only allows scaling by server reboot
    b. Enables seamless addition of storage resources on demand
    c. Requires complex shutdowns for scaling
    d. Limited to 2TB scaling per node
    Answer: bvmware+2
  30. What feature enables automatic storage cleanup and maintenance in SDS?
    a. Manual log analysis
    b. Scheduled garbage collection and tiering
    c. Only OS-based checks
    d. Tape overwrite cycles
    Answer: bibm+2
  31. Which is a common security feature in enterprise SDS solutions for cloud?
    a. Open access without controls
    b. Built-in encryption and role-based access
    c. No support for user authentication
    d. Manual access logs only
    Answer: besds+2
  32. Policy-based automation in SDS helps organizations by:
    a. Requiring continuous manual oversight
    b. Automating storage provisioning and management tasks
    c. Only supporting write operations
    d. Forcing data on tape media
    Answer: bgeeksforgeeks+2
  33. Which of the following is a popular open-source SDS platform?
    a. CEPH
    b. MSSQL
    c. Oracle RAC
    d. MS DOS
    Answer: alightbitslabs+1
  34. SDS supports business agility by:
    a. Making all operations manual
    b. Allowing rapid changes to the storage environment
    c. Enforcing slow configuration cycles
    d. Fixed capacity nodes
    Answer: bliquidweb+2
  35. What is the main purpose of unified storage management in SDS?
    a. To enforce hardware zoning per server
    b. To abstract and simplify administration across all storage types
    c. To tie storage to software licenses
    d. To block integration with VMs
    Answer: bvmware+2
  36. Which scenario best illustrates cloud ‘bursting’ supported by SDS?
    a. Shutting down local infrastructure for upgrades
    b. Temporarily moving workloads to cloud when demand spikes
    c. Replicating only databases during maintenance
    d. Mandatory 24×7 on-premises operation
    Answer: bbluexp.netapp+1
  37. SDS’s multi-tier architecture provides which primary benefit?
    a. Assigning workloads to appropriate storage types automatically
    b. Removing metadata from all files
    c. Limiting tier creation per vendor
    d. Isolating SSDs from all other storage
    Answer: aesds+1
  38. How does SDS assist in regulatory compliance for cloud storage?
    a. By providing automation, encryption, and audit trails
    b. Storing all data unencrypted
    c. Preventing data access logs
    d. Only supporting one jurisdiction
    Answer: auninets+2
  39. The self-service aspect of SDS means:
    a. Only storage admins can provision resources
    b. Users can provision storage from a service catalog
    c. Service requests are always manual
    d. No catalog is needed
    Answer: bliquidweb+1
  40. In an SDS solution, how are APIs typically used?
    a. To restrict interoperability
    b. To enable integration with external management and orchestration tools
    c. To block virtual machine use
    d. Only allow disk mirroring
    Answer: bibm+2
  41. What is enabled by SDS’s hardware-agnostic approach?
    a. Vendor lock-in
    b. Use of existing hardware from any vendor
    c. Only support for a specific chipset
    d. Exclusively cloud-native storage
    Answer: bgeeksforgeeks+2
  42. The main role of SDS in backup and disaster recovery is to:
    a. Only support local tape archives
    b. Provide automated, policy-driven replication and backup
    c. Disable versioning features
    d. Enforce user-level backups only
    Answer: bbluexp.netapp+2
  43. Which feature is vital for handling performance-sensitive workloads in SDS?
    a. Static volume partitioning
    b. Software-driven QoS and tiering
    c. Manual tape management
    d. Only file-based snapshots
    Answer: besds+1
  44. SDS is different from traditional storage primarily because:
    a. It requires specialized hardware expansion
    b. It separates storage intelligence from underlying hardware
    c. It does not support automation
    d. Enforces single location storage
    Answer: bibm+2
  45. What is a typical use case for object storage in SDS cloud environments?
    a. Storing unstructured data for web applications
    b. Only storing system images
    c. Configuring tape drives for legacy systems
    d. Managing CPU scheduling
    Answer: asamsungsds+2
  46. How does SDS improve storage analytics and monitoring?
    a. Requires use of manual monitoring tools
    b. Provides transparency and dashboards via software
    c. Only enables event logs
    d. Prevents integration with analytics platforms
    Answer: bliquidweb+2
  47. Which application workload would most benefit from SDS features?
    a. Cloud-native applications requiring flexible, scalable storage
    b. Single-user standalone systems
    c. Static desktop publishing
    d. Fixed-role network gateways
    Answer: aibm+2
  48. SDS solutions reduce vendor lock-in by:
    a. Mandating hardware contracts
    b. Abstracting storage software from hardware
    c. Restricting management to a single vendor
    d. Enforcing periodic licensing fees
    Answer: blightbitslabs+2
  49. An SDS ‘control plane’ is primarily responsible for:
    a. Managing hardware drivers only
    b. Orchestrating policy, provisioning, and monitoring of storage
    c. Exclusively managing tape libraries
    d. Blocking API calls
    Answer: bvmware+2
  50. What is one of the biggest operational risks mitigated by SDS in large cloud deployments?
    a. Data fragmentation and siloed management
    b. Maximizing vendor-specific options
    c. Excluding automation completely
    d. Only increasing downtime
    Answer: ageeksforgeeks+2

 

  1. https://www.esds.co.in/blog/software-defined-storage-storage-brain-cloud/
  2. https://www.geeksforgeeks.org/software-engineering/over-view-of-software-defined-storagesds/
  3. https://www.ibm.com/think/topics/software-defined-storage
  4. https://www.liquidweb.com/blog/what-is-software-defined-storage/
  5. https://www.lightbitslabs.com/solution-guide/software-defined-storage/
  6. https://www.vmware.com/topics/software-defined-storage
  7. https://www.samsungsds.com/us/storage-as-a-service/storage.html
  8. https://bluexp.netapp.com/blog/software-defined-storage-transforming-hybrid-cloud
  9. https://www.uninets.com/blog/cloud-computing-advantages-and-disadvantages
  10. https://www.sanfoundry.com/1000-cloud-computing-questions-answers/
  11. https://www.interviewbit.com/cloud-computing-mcq/
  12. https://testbook.com/objective-questions/mcq-on-cloud-technology–5eea6a0d39140f30f369e30f
  13. https://byjus.com/gate/cloud-computing-mcqs/
  14. https://www.techtarget.com/searchstorage/definition/software-defined-storage
  15. https://www.sanfoundry.com/cloud-computing-questions-answers-benefits-drawbacks/
  16. https://www.scribd.com/document/541792862/Cloud-Computing-MCQ-Questions-and-Answers-PDF-Tutorial
  17. https://wayground.com/admin/quiz/5df6780afdba4f001be0b940/cloud-storage
  18. https://www.samsungsds.com/in/cloud-management-service/cloud-management-service.html
  19. https://gtu-mcq.com/BE/Computer-Engineering/Semester-8/2180712/5189/MCQs?q=9aZHDjblmRk%3D
  20. https://interviewkickstart.com/blogs/interview-questions/cloud-computing-mcqs-it-professionals

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