In this manuscript, we present Crystal , the first Software-Defined Storage (SDS) architecture whose core objective is to efficiently support multi-tenancy in object stores. Abide by the principles of software-defined systems, Crystal separates the storage's control logic from the underlying storage...
As the complexity and scale of cloud storage systems grow, software-defined storage (SDS) has become a prime candidate to simplify cloud storage management. Here, the authors present IOStack, the first SDS architecture for object stores (such as OpenStack Swift). At the control plane, the pro...
Built for the evolution and growth of unstructured data, HPE file storage and object storage solutions address requirements with data protection, cloud extensions, future-proof flexibility, and software-defined architecture. Protected Built for the evolution and growth of unstructured data, HPE file stor...
ESG reportSoftware-defined Architecture Discover how a software-defined architecture provides the greatest value, whether deployed as software, as an array or as hyperconverged infrastructure. Download the report Benefits Flexible Make business changes as easily as you update your software. ...
Discover how a software-defined architecture provides the greatest value, whether deployed as software, as an array or as hyperconverged infrastructure. Download the report Flexible Make business changes as easily as you update your software.
In this work, we present Crystal, the first Software-Defined Storage (SDS) architecture whose core objective is to efficiently support multi-tenancy in object stores. Crystal adds a filtering abstraction at the data plane and exposes it to the control plane to enable high-level policies at the...
Hitachi Vantara's Software Defined Block Storage, designed for hybrid cloud environments. Enhance business agility and save costs with distributed block applications.
Software-defined object storage in multi-tenant environments for Future Generation Computer Systems by Raúl Gracia-Tinedo et al.
Use cases for software-defined storage SDS use varies by product type. SDS can accommodateblock, file and object storageapplications. Common use cases for scale-out object and file SDS include apps that generate significant amounts of unstructured data, such as data analytics, genomics and internet...
Rigid, hardware-bound storage infrastructure Can run into vendor lock-in Storage refresh and data migration are tedious Premium devices are stressed with overload Add more hardware when low on capacity With Software-Defined Storage Centrally pooled and fluid software-defined storage architecture Flexibl...