Firmware Built for Continuous Sensing

Coordinating sensing, processing, connectivity and power inside
compact wearable devices.

One System.
Every Device Function.

A coordinated firmware layer manages acquisition, timing, real-time processing, wireless communication and power.

SENSE

Optical and motion input

ACQUIRE

Timed, synchronized samples

PROCESS

On-device signal handling

CONNECT

Bluetooth data transfer

POWER

Explore a Five-Minute Device Recording

Inspect synchronized physiological, optical, motion and device-status signals captured by a finger-worn sensor.

Anonymized engineering excerpt
For technology demonstration only

FINGER-WORN SENSOR · SIGNAL VIEWER
Interactive chart loads on the published page.
ELAPSED 00:00
Heart Rate62 bpm SpO₂95% Red Light995,214 ADC Infrared1,020,903 ADC Green Light1,045,387 ADC Red Level17 Infrared Level20 Green Level10 Accelerometer X-4,651 counts Accelerometer Y-8,451 counts Accelerometer Z660 counts Touch Value6,591 counts Touch StatusOn Wear StatusOn Movement0 index Battery55%

Each trace uses its own display scale. Hover over the graph, drag the timeline or select a legend item to explore the recording.

Built Across Device Forms

One firmware foundation, adapted to different sensing positions, power budgets and use scenarios.

Smart ring line drawing

SMART RINGS

Optical and motion sampling balanced for a compact power budget.

Skin-worn sensor line drawing

SKIN-WORN SENSORS

Continuous acquisition and wireless transfer for extended wear.

Women’s health wearable line drawing

WOMEN’S HEALTH DEVICES

Configurable sensing for long-term physiological trends.

Sleep mask line drawing

SLEEP DEVICES

Overnight sampling designed for stable, uninterrupted capture.