"Object storage revolution" with higher performance and flexible deployments

Based on ProLiant DL325 Gen10 Plus servers and powered by Qumulo file data platform, optimized for high-throughput, low-latency use cases involving unstructured file data

Organizations can protect, recover and move any Kubernetes application and persistent data for accelerated deployment within application development lifecycles.

With pay-as-you go pricing, enables enterprise to start small and scale consumption as usage demands.

Kubera Chaos based on open-source Kubernetes native Chaos Engineering project, Litmus Chaos

In hybrid environments

Offering another way to migrate to or protect file data on Azure

After more than 7 years in company | by Philippe Nicolas

RAID-5+, DASD subsystem based on 3.5-inch HDDs, 10GB 3490 tape cartridge | by Jean Jacques Maleval

Multiplexed synthesis method used to store data by encoding 12 unique DNA oligonucleotide sequences with video game music, equivalent to 84 trits or 110 bits of data

To integrate disk and tape-based object storage

To provide object storage technology with focus on government sector

To replace Veritas NetBackup

To create smart city hub with help of Jaguar Land Rover allowing real-world testing of self-driving vehicle technology

Snapshot metadata arrangement for efficient cloud integrated data management, providing cloud based micro-services, manager election for erasure coding groups, managing service level objectives in networked storage environment managing service level objectives in networked storage environment, federated namespace of heterogeneous storage system namespaces, readable media providing arbitrary sizing of data extents, managing application performance, managing workload throughput in storage system and devices, recovery of erasure coded data, NVRAM loss handling, managing network addresses in clustered storage environment, managing networked storage system resources, extensible and elastic data management services engine external to storage domain, techniques for LIF placement in SAN storage cluster synchronous DR, incremental transfer with unused data block reclamation, real-time analysis for dynamic storage, technique for reducing metadata stored in memory of node, techniques for de-dupe of media content, addressing misaligned holes and writes to end of files while performing quick reconcile operation during synchronous filesystem replication, selectively storing data into allocation areas using streams, network storage management at scale using service level objectives, dynamic update to views of file system backed by object storage

Identifying unused storage capacity within computer network

Igloo vFilO befreit Unternehmen von Daten-Silos.

Pour une offre de sauvegarde externalisée HDS