Which feature does an SVM provide to enable multi-tenancy?

Which feature does an SVM provide to enable multi-tenancy?

• A. Namespace separation and protocol isolation.
• B. RAID parity management.
• C. Direct disk mapping.
• D. Cluster management only.

Answer: (A)

To support multiple tenants on one storage system, you need clear boundaries that separate each tenant’s data and access. An SVM provides these boundaries by offering a separate namespace for each tenant and isolating access per protocol. Namespace separation gives each tenant its own storage path and visibility, so their data and directories don’t mix with others. Protocol isolation ensures that different access methods (such as NFS, SMB, or iSCSI) can be managed independently with their own exports, shares, and security policies, preventing cross-tenant access through any single protocol. This combination is what enables secure, scalable multi-tenancy within a single system. The other choices describe capabilities that don’t establish tenant boundaries: RAID parity management is about disk-level data protection, direct disk mapping focuses on presenting disks to tenants rather than isolating their access, and cluster management alone doesn’t provide per-tenant isolation or protocol separation.

To support multiple tenants on one storage system, you need clear boundaries that separate each tenant’s data and access. An SVM provides these boundaries by offering a separate namespace for each tenant and isolating access per protocol. Namespace separation gives each tenant its own storage path and visibility, so their data and directories don’t mix with others. Protocol isolation ensures that different access methods (such as NFS, SMB, or iSCSI) can be managed independently with their own exports, shares, and security policies, preventing cross-tenant access through any single protocol.

This combination is what enables secure, scalable multi-tenancy within a single system. The other choices describe capabilities that don’t establish tenant boundaries: RAID parity management is about disk-level data protection, direct disk mapping focuses on presenting disks to tenants rather than isolating their access, and cluster management alone doesn’t provide per-tenant isolation or protocol separation.