When it comes to cloud storage, not all storage systems work the same way. Two of the most widely used storage architectures ...

Fueled by the computational power of Linux clusters, data-intensive applications are pushing the limits of traditional storage architectures. Whether mapping the human genome, imaging the earth’s ...

Each time a consumer saves a document to Dropbox they are using cloud object storage. Dropbox was first built on top of Amazon Web Service’s (AWS) S3 storage architecture. Meanwhile, Facebook users ...

Linux cluster computing has transformed the architecture of high-performance computing applications. High-cost supercomputers are being replaced by low-cost Linux clusters to solve the most ...

Once used primarily for archiving and backup, the technology is gaining traction for its mammoth capacity, processing power, and cybersecurity capabilities. In association withHitachi Vantara When ...

When it comes to deploying AI workloads, the pressure to keep up with data-hungry models has exposed a growing weakness in storage architecture. CoreWeave’s AI Object Storage directly addresses this ...

Unstructured data is huge – in all senses. There is lots of it, and file or object sizes can be large. Go back just a decade and the predominant method of storage for unstructured data would have been ...

AI thrives on data but feeding it the right data is harder than it seems. As enterprises scale their AI initiatives, they face the challenge of managing diverse data pipelines, ensuring proximity to ...

SAN FRANCISCO--(BUSINESS WIRE)--Today, Scality, the leader in software-defined storage for the information age, announced an enhanced partnership between Scality and Hewlett Packard Enterprise (HPE) ...