Vancive's sensor system features a durable adhesive and is meant to be worn on the torso or chest near the heart. The company licensed technology from Proteus Digital Health to create the system, which can be used for healthcare monitoring and prevention, wellness, or other applications.
Elizabeth.. very nice article. I'm coming to the party late but still wanted to give my .02. The ingestible sensors are very interesting however I'm not sure I would want to take one of the pills.
I like the no battery and antenna approach that uses the stomach's fluid for power source and the body to transmit. The patch looks somewhat large but guess as time goes on it will get smaller and smaller....
Charles, thanks for the link. If am not wrong, such insulin pump and cardiac monitoring devices are not communicating with any external devices. It's a self monitoring and correcting devices. So there is no need of any remote communication.
These systems could use the bendable lithium-ion batteries that Elizabeth wrote about in the link below. Flexible patches for insulin delivery and cardiac monitoring seem like perfect applications for bendable batteries.
Notarboca, I think HIPPA rules only cover about the datas in repository. I mean the content of health data repository and as of now this sensor communication won't comes under the preview of such laws. If needed federal government can take necessary steps to bring all such things under an umbrella, that's all.
Tim, my major concern is also in similar line. How it’s communicating with Doctor and is this communication channels are secure enough. Otherwise adding extra noises in channel make interpolate the sensor datas and lead to a misreading.
The Dutch are known for their love of bicycling, and they’ve also long been early adopters of green-energy and smart-city technologies. So it seems fitting that a town in which painter Vincent van Gogh once lived has given him a very Dutch-like tribute -- a bike path lit by a special smart paint in the style of the artist's “Starry Night” painting.
For decades, engineers have worked to combat erosion by developing high-strength alloys, composites, and surface coatings. However, in a new paper, a team at Jilin University in China turned to one of the most deadly animals in the world for inspiration -- the yellow fat-backed scorpion.
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