Towards the hospital of the future
Digitization is now being integrated into the modern hospital infrastructure. In this context, wireless communication technology is emerging as a central element of a hospital’s future environment with the need to achieve rapid and secure data transmission and analysis. The goal of 5G-OR is to create a demonstrator of a Franco-German 5G private network application ecosystem for hospitals with a specific focus on the Operating Room (OR) environment. The OR is a highly suitable environment to demonstrate the value of the intra-hospital 5G private network as it is the most concentrated node of healthcare complexity with data-dense and logistics-heavy requirements. In addition, the OR is the highest risk environment for patient safety and a major cost center for the hospital.
5G-OR is centered around the development of the next generation of a 5G-enabled OR ecosystem intended to improve patient outcome. The underlying concept is that data-driven and Artificial Intelligence assisted surgery within a digital OR will enable more accurate and precise operations as well as fewer complications. The OR generates massive and disparate data from a multitude of sources. Here, the challenge is to make data usable for example by providing real-time feedback to medical staff.
The 5G communication technology holds the capacity to enable efficient exploitation of the data generated in the OR. It is expected that efforts towards standardization requirements for quality service and industrialization will take the next-generation OR to a new level of service. 5G-OR will assemble these elements into a workable and reproducible package and subsequently validate its worth and interoperability with cross-border clinical use cases.
Four clinical use cases
The consortium has selected four use cases to be operated in the Franco-German 5G ecosystem to demonstrate the value of 5G private networks in the OR. The first two use cases tackle the decision-making in the OR for better patient safety through real-time analysis of massive data. The teams will use Artificial Intelligence to continuously analyze patient vital signs and surgical video, transmitted by 5G wireless medical devices for the detection of early warning signs of potential complications. Another use case pertains to remote-enabled robotic telesurgery powered by real-time data with the goal to perform remote cross-border robotic telesurgery using a 5G network connection. The fourth use case targets the optimization of the complex logistics of the OR environment. The consortium will evaluate the benefits of 5G-enabled logistics support in the OR by autonomous mobile robotic assistant providing devices, materials, and instruments required for surgery.
