University of Leicester Adopted Cloudian Object Storage HyperStore

Cloudian, Inc. announced that the University of Leicester, a UK university with more than 20,000 students and 4,000 faculty and staff members, has deployed its HyperStore object storage system as the foundation of a revamped backup platform.

The solution requires 50% less space and, once implemented, is expected to save approximately 25% in storage costs.

Aging Media Server Posed Downtime Risks
The university has 3 data centers which are managed by systems specialist Mark Penny and his team. Their responsibilities include providing backup for all home directories, corporate systems and research data (including HPC data) in a mixed environment encompassing Windows, VMware and Lustre.

Prior to making the switch to Cloudian, the university employed SAN-based hardware as backup targets for 10 media servers, with backup software provided by Commvault Systems, Inc. Because the backup and index data was maintained by the individual media servers, if a media server were to go down, it would disrupt the backup and restore process for that device, impacting all backup and restore operations.

“We wouldn’t be able to continue backing up data, access backups or conduct restores until we replaced the hardware and spun up the system again, a process which could have taken weeks,” explained Penny. “Fortunately, we never faced this situation, but we knew we had to make a change.“

Cloudian Outshines Other Storage Options
In looking for a new solution, one of the university’s key criteria was ensuring the index data could be moved from the media servers to a fault tolerant, shared storage environment. In addition, that same environment would serve as the backup target.

Penny found other options he evaluated to be complex and costly and ultimately chose Cloudian after conducting a PoC: “With Cloudian, I liked that I could try it in a VM and install it myself on my laptop in 15 minutes. It gave us confidence that we could easily manage the system.“

The university deployed HyperStore software on 12 HPE servers with 3.4PB raw storage. For data protection, erasure coding was enabled in a 9+3 configuration, resulting in 2.5PB usable capacity. In this configuration, up to 3 servers can fail simultaneously without impacting data availability.

While Penny initially planned to deploy the system across the 3 data centers, due to an unexpected surge in research data and the lack of additional funding to meet the unanticipated growth, he ultimately had to install the full system in one site.

Saving Space, Management Time and Costs
Thanks to the Cloudian solution’s built-in redundancy, the university no longer has to worry about a single point of failure in its backup infrastructure. This means it can refresh media servers when needed-including taking advantage of technology advances-with no disruption. Another benefit of the HyperStore object storage system is the space efficiency.

“With our old SAN system, we needed 48U of rack space for 2.5PB of usable storage,” said Penny. “Now we have the same capacity in just 24U – a 50% saving.“

He also likes the fact that HyperStore doesn’t require much in the way of administration, one of the key factors in the decision to adopt the Cloudian platform: “The whole system is self-contained, so it’s simple. It’s easy to manage and easy to learn, even if you’re not familiar with this type of solution.“

Looking toward the future, Penny estimates that his overall storage costs will be 25% lower once he deploys Cloudian in the other 2 data centers, as still planned. He also sleeps better knowing HyperStore will be able scale to meet increasing demands.

“We did a lot to try and break it, including testing a total hardware replacement, even though that’s something we’d never actually do,” he said. “It wasn’t a problem at all. Everything just worked.“