AeroCardia offers portable, low‑cost cardiopulmonary monitoring that delivers real‑time heart and lung metrics to athletes, trainers, and health‑conscious users. The device measures VO₂ max, respiratory rate, SpO₂, and heart rate, and its AI‑enabled analytics help users track performance, assess wellness, and make data‑driven training decisions.
Funding
Funding not disclosed
Founders
Product
Problem
Athletes, trainers, and health‑conscious individuals often lack affordable, portable tools to measure key cardiopulmonary metrics such as VO₂ max, respiratory rate, SpO₂, and heart rate outside of clinical settings, limiting data‑driven training and wellness monitoring.
Solution
AeroCardia provides a lightweight, low‑cost wearable that continuously captures heart and lung data in real time. The device uses patent‑pending sensor technology to record VO₂ max, respiratory rate, SpO₂, and heart rate during any activity. Collected data are processed by AI‑enabled analytics that translate raw measurements into actionable performance and wellness insights. Users can view metrics on a mobile interface, track trends over time, and receive recommendations for training adjustments or health evaluation. By delivering clinical‑grade cardiopulmonary monitoring wherever users are active, AeroCardia enables more informed decision‑making without the need for clinic visits.
Target Audience
Primary customers are athletes and their coaches who require detailed performance metrics, as well as health‑conscious individuals seeking continuous cardiopulmonary monitoring for wellness tracking.
Features
- Integrated multi‑sensor suite measuring VO₂ max, respiratory rate, SpO₂, and heart rate simultaneously
- Patent‑pending sensor design that ensures accurate readings in motion‑intensive environments
- AI‑driven analytics platform that converts raw data into performance scores, trend visualizations, and personalized recommendations
- Real‑time data streaming to a mobile app with offline storage for later review
- Lightweight, battery‑efficient form factor suitable for wear during training, competition, or daily activities
- Calibration against medical gold standards to maintain clinical‑grade accuracy