Wearable signals
Sleep, activity, heart-rate and temperature patterns can contribute to a rhythm profile.
Biological timing is individual. The digital pathway is designed to move from fixed schedules toward better-informed personal timing.
Biological timing is individual. The digital pathway is designed to move from fixed schedules toward better-informed personal timing.
Digital capabilities are development-stage and must be validated before they inform clinical or product decisions.
ChronoSense® connects the biological hypothesis to delivery, evidence, data and a controlled route to market.
Sleep, activity, heart-rate and temperature patterns can contribute to a rhythm profile.
Selected biomarkers may improve interpretation when scientifically and operationally appropriate.
Light, meals, work schedules and behavior affect the timing context.
Algorithms can organize longitudinal patterns while remaining subject to validation and oversight.
The goal is to align intervention and routine with a defined biological hypothesis.
Repeated measurement can support learning across individuals, products and populations.
The platform is designed to move through explicit stages, with evidence and access appropriate to each one.
Use consented, fit-for-purpose data with clear privacy and retention rules.
Validate devices, features, missing-data handling and meaningful variability.
Prefer transparent outputs and defined limitations over opaque scores.
Demonstrate whether personalization improves adherence, exposure or relevant outcomes.
Wearable, biomarker, clinic and AI partners can explore focused development opportunities.