The US Department of Defense (DOD) and Dutch health tech giant Royal Philips revealed that their codeveloped AI-powered tool can identify infections up to 48 hours before symptoms are present. By analyzing an individual's vital signs and over 165 health-related biomarkers, the AI system could deliver improved insight regarding patient health, as well as the ability to prevent an outbreak of infection through proactive containment measures.
The two plan to incorporate their machine-learning algorithm into some form of a wearable to monitor users' health in a noninvasive way. This announcement is the culmination of an 18-month research and development (R&D) project, and though the tech is initially planned for military use, the pair expect to roll out widespread civilian applications down the line.
This news builds on a slew of other recent moves highlighting disease detection as one of the strongest applications of AI in healthcare:
Philips' DOD partnership builds on the company's work with AI, wearables, and virtual displays - three areas with a wide range of healthcare applications. Philips is making the right call investing R&D time into an AI tool with a large potential market, as 62% of healthcare execs predict the technology will have a major impact on healthcare within the next five years.
But it's far from the only project Philips has in the works: Last month, the Dutch health tech giant unveiled its new NightBalance wearable device to aid individuals living with sleep apnea - a chronic sleeping disorder that causes repeated breathing cessation throughout the night. And earlier this year, Philips announced that it was working on an extended reality surgical platform with Microsoft for the latter's HoloLens 2 headset.
What's smart about focusing on these three technologies is that AI, wearables, and virtual displays can be leveraged for a variety of healthcare applications, not just a single use case. And we think that approaching R&D from a platform perspective will help Philips build flexible revenue pipelines that can be deployed to fit the rapidly transforming digital needs of healthcare providers.
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