Boston Medical Center (BMC) is a 496-bed academic medical center and the primary teaching affiliate for Boston University School of Medicine. It provides a full range of pediatric and adult-care services, from family medicine to advanced specialty care. It is also the largest and busiest provider of trauma and emergency services in New England and the largest safety-net hospital in the region.
Committed to providing consistently excellent, accessible, and cost-effective healthcare to all, BMC seeks expanded insight into care outcomes and quality. The medical center’s data warehouse, which contains clinical data from numerous electronic health-record systems as well as operational data from enterprise applications, is key to this objective. With storage requirements growing rapidly and the environment in need of a hardware refresh, BMC looked for a new data infrastructure solution that would deliver the value, high performance, and scalability it required.
BMC decided to standardize on Oracle Database Appliance to optimize its clinical and operational data environment. Assessing various options, BMC determined that it could lower its total cost of ownership and improve the performance of its legacy environment by transitioning to the engineered solution. When in full production, BMC anticipates that Oracle Database Appliance with Oracle Real Application Clusters will save the medical center significantly in annual costs for storage, engineering resources, and in time and effort spent managing multiple technology vendors.
In the development and test environment, BMC is seeing more efficient CPU and RAM usage, and it has improved runtime-reporting performance by up to 74%. It also has boosted the performance of its Oracle Application Express environment. In addition, the medical center is consolidating its data management team to a single Oracle DBA, freeing server and storage engineers to focus on other priority initiatives.
Moving forward, Oracle Database Appliance, which offers a flexible capacity-on-demand licensing model, will enable BMC to scale up and down, depending on need.