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OmniBuds

OmniBuds is the world’s first sensory earable research platform, enabling real-time capture of all five vital signs to advance personalised health research.

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Sensory Earable Research Platform for Multimodal Health Science

OmniBuds is the world’s first sensory earable research platform designed for continuous, real-time tracking of five vital signs, with full access to raw data streams. It integrates four complementary sensing channels—kinetic, acoustic, thermal, and optical—enabling detailed study of human physiology in natural settings.Built for research, OmniBuds supports on-device data collection, privacy-preserving processing, and direct access through robust APIs for custom analysis and experimentation.

The platform is optimised for high-fidelity sensing with up to six hours of continuous operation.Conceived as a human-centred research tool, OmniBuds bridges laboratory-grade sensing and real-world deployment—accelerating research in personalised health, wellbeing, and next-generation earable computing.

Future
Here
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3 Microphones

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2 GB Storage

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ML Accelerator

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BT classic + BLE

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9-axis IMU

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Speaker

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Skin temperature

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3 Wavelengths PPG

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3 Microphones

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BT classic + BLE

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2 GB Storage

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9-axis IMU

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ML Accelerator

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Speaker

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Skin temperature

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3 Wavelengths PPG

Continuous, accurate and reliable biomarkers

OmniBuds are made for true music lovers and health enthusiasts

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Heart Rate

Purpose-built pipeline to extract heart rate and HRV from PPG

Respiration Rate

Lightweight pipeline for respiration rate measurement from PPG

Temperature

Accurate skin temperature sensing from the ear

Cuffless BP Monitoring

Multimodal processing pipeline combining in-ear microphone and PPG

Blood Oxygen Saturation

Combination of red and infrared PPG signals to measure oxygen concentration

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Multi-Modal Context Recognition

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Physical Activity

Accelerometer-only pipeline for reduced
power consumption

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Track
pulse

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Head gestures

Fusion of accelerometer and gyroscope data for optimal performance

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Intimate interaction

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Facial Expressions

Combination of motion features and temporal modelling to detect minute facial movements

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Empathic communication

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Diet Monitoring

Multi-modal pipeline combining motion and acoustic features

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Being mindful

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Ambient Soundscape

ANC or Transparency for the best listening experience

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Feel life

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Available colors

Immerse yourself in
with OmniBuds

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Research-Ready Software for Researchers

Research-First App

OmniBuds provides a research-grade toolkit for high-fidelity vital sign sensing.

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Access array of finely-tuned and customisable sensors

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Collect real-time, high-frequency, high-quality and continuous raw sensor data and digital biomarkers

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Initiate experiments, tailor data collection, store on-device, and upload to your device or web as needed

What say about us

Richard Davidson

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Product design award

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Exceptional materials. The most durable glass ever in a smartphone. A beautiful new gold finish, achieved with an atomic-level.

The Science Behind

From eSense to OmniBuds, we helped create the field of earable computing and have advanced it for over a decade alongside leading research teams worldwide. Read our key research articles.

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Become Part of the OmniBuds Research Platform!

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Team Up

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Innovate

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Dream

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Shape Tomorrow

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Our
People
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We're a close-knit, diverse team exploring cutting-edge device tech to revolutionize how we interact with the world, one innovation at a time.

Get Research Access

OmniBuds Research delivers an end-to-end, research-grade earable sensing platform.

Sensor Suite & System

Each earbud integrates a synchronized, low-power sensing and compute stack:

9-axis IMU

3 microphones and 1 speaker

Multi-wavelength PPG sensor

Temperature sensor

On-device ML processor for local signal processing and inference

Coming Soon

1 GB on-device storage per earbud for buffered and offline data capture

105 mAh battery per earbud

~6 hours audio playback or ~8 hours continuous health sensing

630 mAh charging case supporting multiple recharges

Research App & Python API

The research application provides access to synchronized sensor data and derived physiological metrics.

Continuous collection of raw multimodal sensor data

Access to processed vital signs: HR, HRV, SPO2, blood pressure (research mode), respiratory rate, and temperature

Time-synchronised data streams with secure export for offline analysis

Programmatic access via Python for integration with existing research pipelines

Intended Use. For research and evaluation purposes only. Not a consumer or certified medical device.

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