Push your limits,not your lungs.
Exera continuously tracks breathing during activity and identifies changes that may signal rising respiratory risk.
Breathing changes
before symptoms do.
For athletes with asthma, breathing patterns can shift during activity before symptoms feel severe. Exera is designed to identify those changes earlier.
Breathing,
measured directly.
Exera uses a stretch-sensitive respiratory sensor embedded in the chest band. As the chest expands, the conductive path elongates and electrical resistance changes. That signal is translated into a continuous respiratory waveform.
Six parts.
One continuous signal.
Your baseline matters.
A temporal neural network analyzes short sliding windows of respiratory data and compares them against an individualized baseline to estimate near-term respiratory risk.
Know when
to back off.
LiveBuilt for the moment
before symptoms escalate.
- Reactive
- Used after symptoms begin
- General health signals
- Not respiratory-pattern specific
- Continuous respiratory sensing
- Personalized baseline
- Real-time risk estimation
Made for movement.
Exera is built for athletes who want more awareness during activity without asthma defining their limits.
Built from signal
to software.
Prototype testing focuses on signal quality, repeatability, motion robustness, and change relative to baseline.
Start with athletes.
Expand to broader respiratory monitoring.
Exera begins with athletes and active users with asthma, where continuous breathing awareness can matter most during movement. The platform can later extend into broader respiratory monitoring applications.
Breathe with
more confidence.
Continuous respiratory insight, built for motion.