The Sanctuary Band is bioverà’s primary sleep embodiment, designed to stabilize breathing through non-invasive, fabric-based respiratory sensing at the nasal pathway.
It continuously detects airflow patterns and applies gentle, adaptive stabilization in real time, supporting natural sleep without masks, pressure, or user intervention. The band is designed for comfort, nightly use, and seamless integration into existing sleep and respiratory care workflows.
Stabilizes breathing in real time through non-invasive sensing and adaptive upstream intervention at the source.

Sanctuary integrates bioverà’s upstream respiratory intelligence into a soft, comfortable sleep mask designed for overnight use. It provides continuous real time sensing and gentle intervention to address snoring, irregular airflow, and early apnea events while preserving natural sleep architecture and user comfort.
Respiratory care is moving upstream as CPAP adoption plateaus, earlier intervention economics improve, and AI now enables continuous, non-invasive respiratory intelligence for the first time.
Demonstration of upstream respiratory intelligence operating across daytime and nighttime use, enabling continuous, non-invasive breathing stability across multiple form factors.

bioverà is a patent-pending upstream respiratory intelligence platform designed to sense, interpret, and modulate human breathing in real time.
The platform is expressed through multiple wearable embodiments, including Upstream, Sanctuary, RespiVision, RespiGo, RespiHelmet, and G-LOC, each built around the same core upstream architecture.
bioverà is developed for licensing, strategic partnerships, and advanced applications across sleep health, performance, safety, and defense. The platform integrates sensing, adaptive response, and non-invasive modulation within discreet, form-factor-agnostic wearables.
bioverà operates upstream in the respiratory care continuum. While therapies such as CPAP are highly effective for advanced sleep disordered breathing, a much larger population exists earlier where breathing instability and airflow restriction first appear.
bioverà senses breathing patterns in real time and applies gentle, non invasive sensory stimulation to support more stable airflow before conditions escalate. This upstream approach is designed to complement downstream therapies and integrate within existing sleep and respiratory ecosystems.
Conceptual illustration shown. bioverà is not intended to diagnose, treat, or replace medical therapies.

Founded by engineers and researchers with experience in AI, sensing systems, and wearable technologies.

The global sleep and respiratory care market exceeds 40 billion annually, driven by widespread snoring, sleep disordered breathing, and rapid adoption of connected and AI enabled health technologies.
An estimated 900 million adults worldwide experience some form of sleep disordered breathing, the majority of whom are untreated, undiagnosed, or not yet indicated for downstream therapies such as CPAP.
bioverà is designed to address this large upstream population by providing a licensable respiratory intelligence layer that complements existing downstream therapies and expands earlier intervention opportunities.
bioverà develops non invasive respiratory intelligence technologies designed for licensing and co-development across medical, wellness, sleep, and performance applications.
Our platform integrates seamlessly into existing product ecosystems, enabling real time respiratory sensing and adaptive response while preserving brand ownership and user experience.
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