Nanowear proprietary nanosensor layers accurately measure patient vital metrics

Nanotechnology enabled sensors changing at home diagnostics.

Technological advances in the healthcare and medical devices industry have led to an increase in the demand for compact and portable diagnostic sensing systems that can read and transmit medical-grade vital statistics accurately and quickly from the human body. The primary factors that drive the application of nanosensors in healthcare are their non-invasive ease of use and integration, best in class signal fidelity, and continuous monitoring. In combination with state-of-the-art embedded wireless network devices that can communicate with a smart phone, a laptop, or directly to a remote server, Nanowear’s platform functions as an easy-to-use multi-metric diagnostic system / digital therapeutic in improving the quality of preventive medicine, practitioner productivity, patient care and physical performance through nanotechnology, AI and deep-learning-enabled diagnostics.

Nanowear’s IP portfolio covers our proprietary technologies and a wide array of applications.

 
 

Nanowear’s pending patents are expansions of the awarded patents, which touch upon nanotechnology and advanced materials, formulation and characterization techniques, electronics and hardware, product design, manufacturing techniques, and Al/ML and is expected to follow the similar reasons for allowance.

Below are some of Nanowear’s areas of focus:

  • Time-synchronous data-based AI / ML systems and methods to forecast and predict recovery in post-surgical patients

  • AI / ML based computational models and methods for data and information visualization, and interactive techniques

  • Thermosensitive micro and nanosensors

  • Deposition of nanosensors on low-energy substrates

  • Characterization of nanostructured surfaces

  • Congestive heart failure management system

  • Roll to roll large scale manufacturing of nanosensors

  • Large-scale manufacturing and integration of nanosensors and electronics

  • Wearable connected-self sensing / monitoring platforms

  • Dry sensors for smart bedsheets, pillow cases and garments

  • Wireless nanotechnology-based systems for diagnosis of neurological and physiological disorders

Nanosensor technology that provides a smarter way to access clinical grade patient diagnostics, remotely.