Healthtech Intelligence Report

An ultra-thin titanium smart ring weighing just 2 to 3 grams at 2.5mm thickness, offering AI-powered sleep apnea monitoring with AHI scoring, 12-day battery life with 150-day charging case, heart…

A titanium alloy smart ring offering heart rate, HRV, SpO2, skin temperature, sleep staging, and electrodermal activity (EDA) stress sensing at $149.99 when bundled with an Amazfit watch or $299.99…

The only smart ring with physical ECG electrodes and FDA-cleared atrial fibrillation detection, tracking over 140 biometric markers including heart rate every 2 minutes, HRV, SpO2, sleep staging, and stress,…

The first smart ring designed specifically for women’s health, featuring an open-band design that accommodates finger size fluctuations, FDA-cleared SpO2 monitoring, sleep staging, HRV, skin temperature trends, and menstrual cycle…

A wrist-worn wearable from a Stanford spinout that uses 10 biosensors and AI to estimate estrogen, progesterone, LH, and FSH levels in real time without blood draws, achieving 94.1% cycle…

The first consumer wearable designed to simultaneously engage vagus and trigeminal nerve pathways through ear-based neurostimulation for drug-free menstrual comfort, with pilot studies showing 88% of participants experiencing greater comfort,…

A palm-sized adhesive sensor worn on the upper abdomen that continuously tracks hot flashes, night sweats, anxiety, sleep patterns, menstrual cycles, and activity levels to give women objective biometric data…

Google’s upcoming screenless fitness tracker combines optical heart rate, SpO2, skin temperature, and accelerometer sensors with Gemini AI-powered health insights at a leaked price point of $99, positioning it as…

An MIT-developed neurotechnology headband that measures brain EEG signals in real time and delivers phase-locked pink noise through bone conduction to suppress alpha waves and accelerate sleep onset, with clinical…

The first FDA-approved at-home brain stimulation device for major depressive disorder, delivering transcranial direct current stimulation (tDCS) at 2.0 mA to the prefrontal cortex through a prescription Bluetooth headset that…