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Nvidia Launches AI-Based Edge Computing Platform for Medical Devices
In late March Nvidia announced the launch of Clara Holoscan MGX, a new solution aimed at the medical device industry that helps deploy real-time artificial intelligence at the edge for processing the high-throughput data streams often needed for real-time data.
According to Nvdia, along with achieving "new levels in sensor innovation," the release is "specifically designed to meet required regulatory standards" in the medical device industry.
"Deploying real-time AI in healthcare and life sciences is critical to enable the next frontiers in surgery, diagnostics and drug discovery,” commented Kimberly Powell, vice president of health care at Nvidia, in a prepared statement.
“Clara Holoscan MGX, with its unique combination of AI, accelerated computing and advanced visualization, accelerates the productization of AI and provides software-as-a-service business models for the medical device industry," she continued.
Clara Holoscan MGX is part of the company's Clara Holoscan platform, which it describes as an "all-in-one" AI architecture for medical devices.
About the Author
Becky Nagel is vice president of AI for 1105 Media, where she specializes in training internal and external customers on maximizing their business potential via a wide variety of generative AI technologies as well as developing cutting-edge AI content and events. She's the author of "ChatGPT Prompt 101 Guide for Business Uses," regularly leads research studies on generative AI business usage, and serves as the director of AI Boardroom, a new resource for C-level executives looking to excel in the AI era. Prior to her current position she was a technical leader for 1105 Media's Web, advertising and production teams as well as editorial director for a suite of enterprise technology publications, including serving as founding editor of PureAI.com. She has 20 years of enterprise technology journalism experience, and regularly speaks and writes about generative AI, AI, edge computing and other cutting-edge technologies. She can be reached at [email protected].