Technology

A system architecture for continuous physiology.

Aurora is built as a stack: sensing, edge processing, individualized modeling, and — as research supports it — response.

  • L01

    Sensing

    Multimodal, non-contact acquisition of physiological and environmental signals at continuous cadence.

  • L02

    Edge processing

    On-device signal conditioning and inference, designed to keep raw sensor data local wherever possible.

  • L03

    Physiological modeling

    Individualized longitudinal models that describe a person's normal range rather than a population average.

  • L04

    Deviation and context

    Cross-modal evaluation of departures from baseline before anything is surfaced or escalated.

  • L05

    Response research

    Investigation of controlled non-invasive stimuli and measurement of the resulting physiological change.

Sensor fusion

Many signals. One individualized model.

Signals are only useful together. Aurora is designed to reconcile independent measurements into a single coherent representation of physiological state.

Sensing modalities

What the system measures.

Aurora sensing device shown with its sensing modalities annotatedAurora / sensing architecture — conceptual

Optical

Remote physiological measurement and visual sensing.

Closed loop

Monitoring is only the beginning.

We are researching systems that can move from sensing physiology to responding to it.

Research capability. Clinical applications subject to validation and regulatory requirements.