Deliver continuous, real-world health insights across your workforce, members, or patients. Powered by wearable biomarkers, built for scale.
Ultrahuman for Research Institutions
Ultrahuman enables researchers to collect high-resolution, longitudinal biomarker data in real-world settings. Designed to support academic studies across sleep, metabolism, recovery, and human performance.
Solution
Solution
A unified enterprise-grade dashboard for teams and clinicians to track sleep, recovery, movement, cycles, and long-term health using continuous biomarkers.
Solution
Using the Ring AIR's Photoplethysmography (PPG), temperature and accelerometer data stream, developers can now build bespoke algorithms on top of their data.
Designed and built in collaboration. We worked with Diesel to design and manufacture a custom ring from the ground up. Materials, finish, form factor, and packaging were developed together to reflect Diesel’s design language while meeting the performance standards of a health wearable. The result is a product that sits naturally at the intersection of fashion and health technology.
A shared data layer for cycle health. With Clue, we built a two-way data integration that connects cycle context with continuous biomarker signals. Cycle data from Clue informs how Ultrahuman interprets physiological changes, while Ultrahuman’s temperature and recovery biomarkers flow back into Clue to enrich cycle insights. Together, this creates a more complete and continuously evolving view of cycle health.
Track sleep duration, quality, and fragmentation to understand recovery, cognitive readiness, and long-term sleep trends across individuals, teams, or patient populations.
Monitor movement, training load, and physiological signals like HRV, heart rate, and sleep to manage stress, guide training decisions, optimise performance, and reduce injury or burnout risk over time.
Identify snoring, coughing, and breathing disruptions during sleep, and understand how respiratory events impact heart rate, HRV, sleep quality, and recovery across nights.
Analyse nightly heart rhythms to assess cardio adaptability and recovery capacity, while detecting irregular heart patterns, including signals associated with atrial fibrillation.
Understand metabolic responses through continuous glucose and related biomarkers to inform nutrition, activity timing, and lifestyle decisions at an individual or population level.
Support women across the full reproductive journey, from cycle tracking and ovulation confirmation to conception and pregnancy, using cycle flags to surface unique patterns.
