A form of storage virtualization is used to separate the Software Defined Storage from the underlying hardware
Defining policy-based provisioning and control of data storage, software-defined storage (SDS) is a marketing name for computer data storage software. The method uses a type of storage virtualization to keep the storage hardware and the software that controls it apart and is independent of the underlying hardware. Additionally, policy management may be offered by a software-defined storage system for functions like data deduplication, replication, thin provisioning, snapshots, and backup. Appliances over a traditional Storage Area Network (SAN), Network-Attached Storage (NAS), or object-based storage are all possible ways to implement software-defined storage. The advantages that SDS provides, like enhanced system performance, web facilitation, and decreased maintenance costs, have raised the demand for SDS.
A technique to data
management known as Software
Defined Storage isolates data storage
resources from the underlying physical storage technology, making them more
adaptable. To enable storage that quickly and automatically adjusts to changing
demands, resource flexibility and programmability are combined.
Instead of rushing to
acquire more proprietary hardware, you may extend your storage capacity as you
see fit, when you see fit, by decoupling storage software from its hardware.
You may always upgrade or downgrade your hardware thanks to it. SDS essentially
gives you a great deal of versatility.
By making storage
resources programmable, Software Defined Storage enables
individuals and businesses to decouple or abstract storage resources from the
underlying hardware platform for better flexibility, efficiency, and quicker
scalability.
By using this strategy,
storage resources can become a crucial component of a wider software-designed
data center (SDDC) architecture, where resources can be readily managed and
orchestrated rather than being segregated into silos.
A technique to data
management known as Software Defined Storage isolates
data storage resources from the underlying physical storage technology, making
them more adaptable. To enable storage that quickly and automatically adjusts
to changing demands, resource flexibility and programmability are combined.
This programmability enables automatic storage capacity provisioning and
reassignment as well as policy-based resource management.
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