vSphere Virtual Volumes virtualizes SAN and NAS devices by abstracting physical hardware resources into logical pools of capacity. True or False?

The statement is true. vSphere Virtual Volumes (VVols) indeed virtualize both SAN (Storage Area Network) and NAS (Network Attached Storage) devices by abstracting the physical hardware resources into logical pools of storage capacity. This abstraction allows for greater flexibility and efficiency in how storage resources are managed and allocated within a virtualized environment.

VVols enable storage-aware operations, meaning that storage capabilities can be applied at a more granular level than traditional LUNs. It allows VMs (virtual machines) to directly interact with the storage devices, providing capabilities such as policy-based management, where specific storage policies can be applied to individual VMs or even individual VMDKs (Virtual Machine Disk files). This results in improved performance and storage optimization, as virtualized workloads can take advantage of varying storage features based on their requirements.

Given this context, the assertion that vSphere Virtual Volumes virtualizes both SAN and NAS to create those logical pools of capacity is accurate, affirming the correctness of the answer.