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Unlock deeper health insights with our cutting-edge sensor platforms and proprietary algorithms. From HRV to hemodynamic markers, we turn high-resolution physiological signals into actionable intelligence — built for research, healthcare, and next-gen wearable applications.

Digital Biomarkers, Redefined

Turning Complex Physiology into Actionable Metrics

At Sensio, we engineer hardware and algorithms to extract high-fidelity digital biomarkers — unlocking insights that go far beyond surface-level vitals. Built for research, medical, and advanced consumer applications, our wearable platforms capture physiological signals with clinical-grade precision, opening the door to novel, real-world health markers.

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Pioneering the Next Wave of Wearable Intelligence

From cardiovascular health to respiratory dynamics, Sensio’s sensor stack enables accurate, continuous, and scalable tracking of emerging biomarkers. Our proprietary hardware and signal processing capabilities empower partners to move beyond conventional metrics and into the future of health intelligence.

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Key Biomarkers We Support

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True HRV (Heart Rate Variability)
Our ECG-enabled devices go beyond optical estimates to deliver gold-standard HRV derived from high-resolution ECG (up to 1000sps), making them suitable for both clinical-grade use and research applications.
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Pulse Arrival Time (PAT)
By precisely calculating the time difference between ECG and PPG waveforms (±2ms), we extract PAT — a potential indicator of vascular stiffness, arterial elasticity, and cardiovascular aging.
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Tidal Flow Variability
Through impedance pneumography, our wearables track subtle variations in breathing patterns, enabling early detection of respiratory dysfunction and better management of chronic lung conditions.
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HRV Biofeedback
Combining ECG and respiratory signals, we enable HRV biofeedback training and generate advanced metrics based on the phase relationship between breath and heart rate for stress and recovery insights.
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Impedance Cardiography
Our chest-based platforms offer a non-invasive window into advanced cardiac parameters — including cardiac output, cardiac index, and thoracic fluid content — supporting remote hemodynamic monitoring and heart failure care.
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