The Signal
The Science of Continuous Health Data
Research, clinical applications and platform insights from the Sensor Bio Team.
Clinical Technology
A Remote Patient Monitoring Platform Comparison 2026: A Buyer's Guide for Clinics
Clinical Research
What a 14-Day Heart Monitor Catches After TAVR
Biometrics & Data
Fatigue monitoring biosensor selection: criteria for industrial workforce programs
Insights
Meditation and sleep architecture: what wearable signals can and cannot show
Clinical Technology
Real-time physiological data streaming: platform requirements for digital health products
Biometrics & Data
Single-lead ECG selection for cardiovascular studies: validation and data-access criteria
Insights
5 Heart Rate Zones: What Each Zone Means for Training
Clinical Research
Atrial fibrillation screening science: sensitivity, specificity, and wearable study design
Clinical Research
GLP-1 Wearable Monitoring: What Physiological Signals Matter for Clinical Research
Biometrics & Data
HRV and inflammation: what your wearable can (and can't) tell you
Biometrics & Data
HRV Biofeedback: What It Is, How It Works, and the Research Behind It
Biometrics & Data
HRV in Women: How Hormones Shape Heart Rate Variability Across the Menstrual Cycle and Menopause
Biometrics & Data
Inflammation markers on a wearable: what's measurable, what isn't
Biometrics & Data
SpO2 Accurate at Night: Reference Ranges and Signal Context
Biometrics & Data
Low Heart Rate Variability Symptoms: What Your HRV Pattern Can and Cannot Tell You
Biometrics & Data
Post-Viral Dysautonomia: How Long COVID Affects the Autonomic Nervous System
Biometrics & Data
Multi-Wavelength PPG and Skin Tone Validation: What Fair Wearable Accuracy Requires
Biometrics & Data
PPG Waveform Features and Compensatory Reserve: What Optical Signals Reveal Under Hemodynamic Stress
Clinical Research
Recovery score, decoded: what your wearable actually measures
Clinical Technology