Efficient Object Storage Journaling in a Distributed Parallel File System Journaling is a widely used technique to increase file system robustness against metadata and/or data corruptions.

Gartner has established a new Magic Quadrant for distributed file systems and object storage due to the rapid growth of unstructured data. Here are the vendors that are leading the way.

CAMPBELL, Calif., Oct. 28, 2022 /PRNewswire/ -- WekaIO (WEKA), the global data platform provider for next-generation workloads, announced today that it has been named a Visionary in the 2022 ...

With last week’s release of its 2022 Magic Quadrant for Distributed File Systems and Object Storage, they have completed the merge, the analyst group says. “The markets for distributed file systems ...

With the two acquisitions, Storj is in a position to provide distributed object and file storage and GPU processing in a combined, on-demand fashion, said Ben Golub, CEO of the Atlanta-based company.

Like Kubernetes itself, the underlying object storage should be distributed, decoupled, declarative, and immutable. Topics Spotlight: AI-ready data centers ...

SAN FRANCISCO, Oct. 20, 2017 /PRNewswire/ -- Scality, a pioneer of software-defined, multi-cloud data storage, today announced that it has been recognized by Gartner, Inc. as a leader in the 2017 ...

Because object storage solutions are often designed as a distributed architecture — a collection of distributed servers operating in parallel requiring no special machine(s) to provide or manage ...

The growth of object storage in HPC workloads is a natural evolution of the architecture as it adapts to the increasing distributed nature of IT. Object storage started out in what Ogasawara describes ...

We look at the three basic ways that storage accesses data – via file, block and object – as well as the ways in which the rise of the cloud and distributed systems have brought changes to them.

Together, the object specification and command set define a new wave of intelligent storage devices that can be integrated into massively parallel, high performance, IP-based storage environments.