In partnership with the medical device design and development firm, Cortex Design, a final commercial design of the NEURVESTA device was finalized and 25 units have been successfully produced for ongoing clinical trials. Source: https://cortex-design.com/work/neursantys/
Abstract: A system includes a sensing assembly configured to be disposed on a mastoid of a user. The sensing assembly includes a housing, a first sensor disposed in the housing and configured to measure a first Phybrata signal from the user, and a second sensor disposed in the housing and configured to measure a second Phybrata signal from the user, the second Phybrata signal different from the first Phybrata signal. A controller is in communication with the sensing assembly. The controller is configured to : receive a first Phybrata data from the sensing assembly, the first Phybrata data including information obtained from the first Phybrata signal and the second Phybrata signal. The controller is configured to determine a Phybrata parameter associated with the user based on the first Phybrata data, and determine a Phybrata signature…
Presented at the Wearable Technologies Conference in September 2025 Source: https://wearable-technologies.com/e-speakers/wt-conference-us-2025-speaker
Emerging Technology Category: The Emergency Technology category acknowledges innovators who have developed technology-driven tools showing great potential for improving care and/or the bottom line, even though they are not yet in the broad marketplace. Neursantys won top honors in this category for their pilot study with The Forum at Rancho San Antonio and LCS for their entry titled “NEURVESTA Vestibular Stimulation Therapy for Restoring Balance.” The study, involving 35 residents, showed that the protocol can enhance balance and lower the risk of falls, resulting in residents feeling more confident to participate in group outings and return to their exercise classes, and delaying the potential need for a higher level of care. Falls Prevention, Management or Detection: The Falls Prevention, Management or Detection category recognizes the use of technology that helps providers reduce the risk of…
Presented at Mount Royal University in Alberta, Canada on June 17, 2025, organized by Centre for Health and Innovation in Aging and by RISE Care Source: https://corealberta.ca/training-events/tech-that-moves-you-advancing-balance-beyond-exercise/event
This is part of the monthly MassAITC webinar series. Overview: This webinar gives an overview of two of the MassAITC pilot projects. John Ralston, from Neursantys describes their work on bioelectronic restoration of the body’s aging balance system. In addition, Hamed Tabkhi of ForesightCares discusses their product, AVA, which is an AI-powered, video-based mobile app designed to enable clinically grounded fall risk assessments directly in the home. Abstracts: Wearable diagnostic sensors and personalized bioelectronic therapeutics for the treatment of neurophysiological conditions Bioelectronics has been an important component of modern medicine for more than half a century, because of the ability to provide functional recovery for conditions with limited pharmaceutical treatment options. Bioelectronic devices have now received regulatory approval for a growing range of medical conditions and have been shown to provide effective treatment for a growing range of…
Title: Machine Learning-powered Wearables for Adaptive Electrical Vestibular Stimulation Balance Therapy for Older Adults at Home Authors: Abdul Aziz, Patrick Do, Tanvi Kandepuneni, Josh M Roper, Sameer Dhamne, John D Ralston, Deepak Ganesan, VP Nguyen