University Hospital Basel

Pioneering healthcare institution turns big data into an asset for advancing research in personalized treatments for complex diseases

One of five university hospitals in Switzerland, the University Hospital Basel (in German, Universitätsspital Basel, abbreviated USB) has been pioneering advanced medical procedures for more than 150 years. Now it’s taking on cancer, applying technologies such as artificial intelligence to massive amounts of data to help researchers develop personalized immunotherapy treatments.

The challenge

For clinicians to make faster, more accurate diagnoses and to help researchers develop life-changing therapies for treating cancer and other diseases, they must be provided with access to massive amounts of data collected over long periods of time that can span decades, even lifetimes. The big data that must be managed and protected ranges from personal health data and genetic sequences to radiological images and even video footage of surgical procedures. And it all must be securely archived for access at any point in the future.

For Markus Müller, head of University Hospital Basel’s data center management, the challenge was how to manage a variety of different storage and archival systems based on each type of data and the application generating it, such as computer tomography (CT) or magnetic resonance imaging (MRI). Finding the needed information, and then retrieving it from the respective system was difficult and time-consuming, slowing researchers and hampering doctors in diagnosing complex cases.

Recognizing that doctors and researchers want access to all data on every individual from pre-natal to the end of their lives, Müller needed to take a fresh look at the university hospital’s storage and archiving infrastructure. The traditional file systems that his organization had long relied on were no longer adequate. Those systems had volume limits of 300 GB and the amount of data coming from departments like pathology and other laboratories had exploded to hundreds of terabytes in recent years.

Müller saw an opportunity to resolve this situation by building a central medical archive as a private cloud that is universally accessible across all areas of the university hospital.

The outcome

After careful evaluation of various proposed options, Müller and his team selected a private cloud storage solution offered by Scality and Hewlett Packard Enterprise (HPE). USB has since deployed Scality RING, running on HPE Apollo 4510 systems, in three data centers across the university hospital campus.

The Scality RING solution provides the foundation for the universal medical archive Müller envisioned, with the ability to store, protect, and secure all types of data. Moreover, it can scale virtually without limits by simply adding storage nodes to the universal archive.

Scality RING also brings Müller and his team another capability never before possible for the university hospital: integration with public clouds for seamless data movement between Scality RING and the public cloud, which will make data sharing and collaborating with other research organizations far easier.

With more and more data collected every day, University Hospital Basel is well equipped to shape the future of personalized medicine and improve the health and wellness of people around the world. The Scality solution ensures that data is preserved and easily accessible to support that mission.