University of Utah’s SCI Institute Chooses Qumulo Data-Aware Scale-Out NAS for Exceptional Performance and Analytics

Posted November 16, 2015. Filed under Press Releases.

Qumulo, pioneer of the world’s first data-aware scale-out NAS, today announced that The University of Utah’s Scientific Computing and Imaging (SCI) Institute has chosen Qumulo Core for increased performance and analytics necessary to make smarter decisions about data management. Qumulo also announced its presence at SC15, taking place Nov. 16-19 in Austin, Texas. The company will be exhibiting and demonstrating its Qumulo Core software at booth number #1951.

The University of Utah’s SCI Institute is an internationally recognized facility specializing in visualization, scientific computing and imaging analysis. The SCI Institute’s massive data files and high performance compute cluster demanded an equally high performance storage solution that could deliver large, shared single pool capacity, multiple parallel processing paths and visibility necessary to understand what was happening with all that data.

To meet its needs, the SCI Institute implemented the QC24 hybrid storage solution from Qumulo, which delivers real-time analytics that provide visibility into data usage and storage across flexible, fast and highly scalable commodity hardware.

“Other vendors claim to ‘scale up’ storage, but there’s a fundamental difference with Qumulo: the ability to linearly scale capacity and performance at the same time,” said Nick Rathke, assistant director of IT at the SCI Institute. “Every time I add a node, I’m adding network bandwidth and I/O operations, not just a tray of disks, and that’s critical for us.”

The move to Qumulo was an immediate success, slashing processing times from months to just days—and software enhancements delivered through Qumulo’s agile two-week development and release methodology are shortening those processing times even further, as is the performance improvement each time a node is added to the Qumulo cluster. This ability to scale I/O performance is a critical enhancement to the SCI Institute’s productivity, allowing the central storage cluster to finally keep pace with the performance of the HPC server cluster.

But the real eye-opener for Rathke was Qumulo’s real-time data analytics, which provided instant visibility needed to bring users into a conversation about storage resources.

“It’s impossible to make smart decisions about data when your storage is a figurative black box,” said Rathke. “Qumulo lets me tell in an instant how the data is used, who touches it and how often, so storage is no longer a technical issue but a management decision.”

Additionally, throughout the implementation process, the Qumulo Care dedicated customer support team worked in lock-step with Rathke’s group to ensure smooth deployment and growth. “Their flexibility and willingness to help us make the right decisions – not just up front, but going forward – has been key to keeping us on track,” concluded Rathke.

Read the full University of Utah SCI Institute case study here.

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Suggested Tweet: .@uusci chooses @Qumulo #dataaware scale-out #NAS for exceptional performance and analytics #SC15

About Qumulo

Qumulo enables enterprises to manage and store billions of digital assets with real-time visibility and control built directly into the file system. Going past the design limitations of legacy NAS, Qumulo Core is modern scale-out storage for the new era of multi-petabyte data footprints on premises and in the cloud. It is used by the leaders of data-intensive industries. Founded in 2012 by the inventors of scale-out NAS, Qumulo has attracted a world-class team of innovators, investors and partners. For more information, visit


Tanya Espe Carlsson
Kulesa Faul for Qumulo

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