Ran Manevich, Ph.D.
CEOSeasoned multidisciplinary C-level technology executive with two decades of leading complex R&D, manufacturing, and mission-critical technology organizations.
Today, OSA care still relies heavily on trial and error. We are making airway physiology during natural sleep accessible, so every patient can be matched with the treatment that works for them.
Obstructive sleep apnea is one of the most prevalent chronic conditions on Earth. Yet the standard diagnostic process answers only two questions: does the patient have OSA, and how severe is it? It does not show what is really happening inside the airway. It does not reveal the physiology.
Clinicians have a growing toolkit: CPAP, oral appliances, emerging pharmacologic therapies, hypoglossal nerve stimulation, anatomic surgeries, and other novel approaches. What is missing is the physiological information that tells them which therapy fits which patient.
"Physicians cannot treat what they cannot see."
WhyOSA is developing a comprehensive solution that brings upper-airway physiology during natural sleep into the routine OSA care pathway, early enough to inform treatment decisions and accessible enough to reach the patients who need it most.
Our conviction is simple: data-driven, personalized care for obstructive sleep apnea should not be the exception. It should be the standard.
Designed to fit early in the diagnostic workflow, where it can shape treatment decisions rather than salvage failed ones.
Captures airway behavior as it actually occurs, providing clinical ground truth rather than relying on sedated sleep or inference-based approaches.
Built around the workflows of physicians and sleep centers, and designed to become the basic information layer for building and managing each OSA patient’s care pathway.
Seasoned multidisciplinary C-level technology executive with two decades of leading complex R&D, manufacturing, and mission-critical technology organizations.
Head of the Obstructive Sleep Disorders Clinic at Sheba Medical Center. Leading ENT surgeon-researcher specializing in upper airway physiology.
Distinguished R&D leader with two decades of experience bringing complex integrated systems from concept to production.