Photo from a recent Oracle Healthcare Conference at which TDS was recognized as a leading innovator in secure data management and distribution in the medical sector.
True Digital Surgery is proud to have been featured by Oracle during the recent NVIDIA GTC event, highlighting TDS’ focus on secure data cloud computing and storage services (excerpt and link below).
Link: https://blogs.oracle.com/cloud-infrastructure/post/oracle-and-nvidia-deliver-sovereign-ai-anywhere
Oracle’s Roving Edge
Because of high-performance, low-latency, sovereignty, or security concerns, sometimes customers need their compute, networking, and storage as close to the point of data generation as possible. Oracle’s portfolio of Distributed Cloud edge offerings provides the ability to deploy NVIDIA accelerated compute wherever you need it: in your own data center or even in remote environments. Customers that require ultra-low latency and a ruggedized enclosure can choose their preferred device from Oracle’s Roving Edge Infrastructure. These ruggedized devices deliver cloud computing and storage services at the edge of networks and in disconnected locations and now include the option of including up to three NVIDIA L4 GPUs in a single device. These options are ideal for data collection, basic machine learning (ML), edge inferencing, and support of small-scale LLMs of up to 15–20 billion parameter models.
An excellent example of the need for low-latency and high-performance edge computing comes in the hospital room. True Digital Surgery (TDS) designs, customizes, and develops image processing software in the field of image guided microsurgery and designs and develops medical device hardware. They chose Oracle’s Roving Edge Infrastructure for fast and secure bidirectional data transfer from their 3D digital surgical microscope in the operating room to the cloud. “True Digital Surgery is committed to improving surgical outcomes through meaningful innovation and data sharing,” said Aidan Foley, chairman and CEO of TDS. “Our collaboration with Oracle marks a significant milestone in our mission to redefine surgical practices in neurosurgery, advance data sharing, and enhance patient care.”
