ZenoWell Announces Strategic Cooperation with USound to Explore Advanced Sensing Technologies for Next-Generation Wearable Devices
Heidelberg, Germany, March 25, 2026 (GLOBE NEWSWIRE) — ZenoWell, a wearable neurotechnology firm centered on ear-based vagus nerve stimulation options, in the present day introduced a cooperation with USound, international chief in miniaturized audio programs constructed on MEMS know-how, to discover the mixing of USound’s superior sensing applied sciences for next-generation wearable gadgets.
ZenoWell develops wearable gadgets designed to assist sleep high quality, stress aid, and general nervous system stability via non-invasive ear-based vagus nerve stimulation. Designed for handy each day put on, ZenoWell’s merchandise combine superior neurotechnology into compact, discreet ear-worn type components.
By this cooperation, ZenoWell will consider superior sensing applied sciences to enrich its current taVNS platform in future product generations. For wearable well being gadgets, the ear represents a extremely promising web site for physiological sensing, providing proximity to blood circulate and enabling seamless integration of sensors into compact and cozy wearable designs.
Strategic Collaboration on Ultrasound Well being Sensing
Jo Yao Xue, Founder and CEO of ZenoWell, mentioned, “Steady monitoring of physiological alerts comparable to coronary heart fee offers an essential window into the state of the autonomic nervous system and general wellbeing. We consider the ear will develop into probably the most essential interfaces for the subsequent technology of well being AI Brokers — not solely as a pure entry level for long-term, high-frequency biometric monitoring, but in addition as a novel gateway for combining sensing with vagus nerve stimulation. By exploring USound’s know-how, we purpose to additional strengthen our ear-based sensing capabilities and combine them into ZenoWell’s wearable neurotechnology platform. Mixed with long-term real-world information assortment, evaluation, and predictive modeling, this can assist unlock extra customized and proactive options for bettering sleep, ache, nervousness, and broader psychological well being challenges.”
USound’s ultrasound know-how allows acoustic-based physiological sensing in miniature gadgets, whereas its MEMS platform helps the event of compact, energy-efficient options for next-generation wearable merchandise.
Ferruccio Bottoni, CEO of USound, mentioned, “We’re excited to collaborate with ZenoWell and discover how ultrasound-based sensing applied sciences can allow new functionalities in ear-worn well being and wellness gadgets. The ear represents a extremely promising location for physiological monitoring, and ultrasound APG opens new prospects for correct biometric sensing in compact wearable programs.”
Extra particulars about potential developments ensuing from this cooperation can be shared at a later stage.
About ZenoWell
ZenoWell is a wearable neurotechnology startup incubated out of Heidelberg College, centered on the event of ear-based vagus nerve stimulation applied sciences and clever well being gadgets. The corporate has grown into one of many main manufacturers in wearable vagus nerve modulation good {hardware} globally. ZenoWell is devoted to bettering sleep high quality, decreasing stress, and supporting nervous system stability via non-invasive vagus nerve stimulation and superior wearable applied sciences. The corporate additionally maintains long-term collaborations with main international establishments and laboratories, together with Harvard College, Heidelberg College, and the College of Cambridge, to advance next-generation closed-loop applied sciences from analysis to real-world utility.
About USound
USound is a fast-growing MEMS loudspeaker and AI-based acoustic options firm enabling prospects to carry revolutionary audio merchandise to market. Its distinctive worth proposition relies on radical miniaturization, energy discount, and manufacturing effectivity. USound’s know-how is protected by greater than 500 patents.
