Patented Market Application Examples
Ultra-lightweight, flexible and disposable skin patches no thicker than ordinary adhesive bandages are combined with Gentag NFC and optical wearable sensors to simplify diagnostics, fitness, diabetes monitoring, and drug delivery. Using proprietary ASICs (application-specific integrated circuits), Gentag can custom design and license its wearable patch technology for a wide array of consumer or medical applications. These can be created to be entirely battery-free, i.e. passive, powered only by NFC.
Gentag has identified 23 major markets for its patented NFC patches. Some of these markets have already been licensed.
Pain-Free Diabetes Monitoring
The patented Gentag diabetes patch utilizes recent advances in micro-fabrication, permitting the accurate and pain-free measurement of glucose levels. NFC allows the creation of tiny battery-less glucose sensors that are wireless and can be placed anywhere, including under the skin.
The NFC diabetes patch platform is currently available for licensing in all 30 European countries under Patent EP1709750 and in the U.S. under Patent US8077042.
Beyond monitoring activity levels and movement, noninvasive biosensors can also measure other indicators critical to evaluating, and improving, athletic performance. These include heart rate, temperature, hydration, sweat, blood sugar, lactic acid, electrolytes and other biomarkers.
Consumer Skin Care
Wearable sensors are ideal for monitoring environmental conditions such as UV exposure, and physiological conditions such as sweat and skin moisture levels. These sensors can then send information directly to your smartphone that would alert you if, for instance, you needed to reapply sunscreen.
Gentag’s NFC patch for drug delivery is capable of providing precise, timed dosing for a variety of medications. Our patented NFC lab-on-a-chip technology, where the smartphone acts as the controller, is both battery-less and disposable.
Gentag’s patented optical sensor technology complements its NFC sensor portfolio. Sophisticated customized printable sensors can be printed on any medium, including paper, for just pennies and can be produced for broad Internet of Things (IoT) market applications.
Examples include skin sensor tattoos, smart packaging labels, pharmaceutical and medical applications. The printable sensor technology is expected to become ubiquitous and include chain of custody, blockchain and other applications.