Cost reduction by eliminating legacy backup expenditures
Virtual machines (VMs) protected by Druva
Global deduplication storage savings
About The University of Manchester
The University of Manchester holds a special place in history. Its origins as England’s first civic university are closely linked to Manchester’s development as the world’s first industrial city. Its pioneering, interdisciplinary, and collaborative research, which is done by almost 7,000 academic staff and researchers, is tackling some of the world’s biggest challenges.
The University of Manchester is investing £1 billion over 10 years to bring greater levels of service to students, teachers, and researchers. Key to its strategy was the adoption of VMware Cloud on Amazon Web Services (AWS) to expand its existing on-premises VMware infrastructure into the public cloud, which was growing by ~200 VMs per year.
Though it had been using Veeam and Dell EMC Networker to protect its on-premises VM workloads, it realized protecting a modern cloud infrastructure with legacy on-premises solutions was not the right approach. Stuart Catterall, enterprise infrastructure architect, said, “For The University to extend its existing backup solution to the cloud would have been a large scale, expensive effort.”
Using a legacy on-premises data protection solution to store backups from the cloud would have required a large network overhead to transport backups and snapshots, and the storage costs would have been prohibitive.
VMware introduced The University to Advanced AWS Partner Network (APN) Technology partner Druva, and while it evaluated Veeam and Dell EMC, the Druva proof of concept (POC) was set up within a month and immediately showed benefits that made it the obvious choice. One of the key differentiators is that Druva is built on AWS and is the only VMware Cloud on AWS certified SaaS solution available in the marketplace, with a secure, scalable, and single pane of glass across multiple AWS regions.
With Druva Phoenix, Catterall and team can efficiently manage cloud backups and restores of 160+ VMs centrally from any location 24×7. Druva’s simple, unified user experience, fast set up, and easy to use capabilities made data protection simple for The University’s team, which made the benefits stand out.
Catterall added, “Druva Phoenix facilitated our migration to VMware Cloud on AWS, and it allows us to use more AWS services so that our IT department can expand the services it delivers to our customers. Druva also does all the hard work on the backend, like migrating our data to different tiers of storage, which we don’t have to worry about. We simply copy our data to Druva and know it’s protected.”
The University now has a data protection solution that aligns with its AWS cloud strategy as there’s no on-premises footprint. As such, The University has reduced its data protection costs by 50% compared to legacy solutions, which would have required separate software, hardware, maintenance, and administration costs, and costs for moving data to and recovering it from VMware Cloud on AWS. Catterall and team don’t have to pay for any of that, and also enjoy the fact that with Druva, “We only pay for what we use,” he added.
With Druva’s built-in global deduplication, The University is protecting 25 terabytes (TBs) of data, which is deduplicated down to 10 TB of stored backup data. “If we had used our legacy data protection solutions, 25 TB of backup data would actually have required storage for 42 TB,” said Catterall.
The deployment of Druva Phoenix for VMware Cloud on AWS was straightforward and in about 15 minutes Catterall’s team was up and running. Today, IT administrators can spin up VMs on the cloud to accelerate research programs and meet new requirements among university faculties. And, Druva enables them to do so without needing a specialized skill set or the expense of formal training according to Catterall.