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VSNOVA product systems

One measurement core.Three device directions.

The portfolio is staged by evidence, not presented as three finished products. VAYU is the active physical build. Portable sampling and respiratory context sensing are directions that can emerge from the same measurement discipline.

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Concept visualisation of the VSNOVA product family, with the VAYU clinic instrument, a portable breath sampler and a respiratory context node
01
Active physical buildVAYU clinic instrument

The central controlled-capture and sensing system now in development.

Product-family concept visualisation. Readiness differs by system, and only VAYU is the active physical product in development.

Portfolio maturity

One architecture, staged into distinct systems.

  1. 01
    Active physical product in development

    VAYU clinic instrument

    Bring controlled breath capture, multi-signal sensing, calibration and source-aware computation into one compact research platform.

    Evidence boundary

    Industrial design and measurement architecture are under development. No current clinical diagnostic claim.

    Open the VAYU product page
  2. 02
    Product concept

    Portable controlled sampler

    Extend consistent breath collection beyond one bench instrument while retaining breath fraction, flow, humidity and contextual metadata.

    Evidence boundary

    A portfolio direction, not a released or validated device. Requirements will be informed by the primary platform build.

  3. 03
    Long-horizon research direction

    Respiratory context node

    Explore paired respiratory and ambient-context measurements for longitudinal studies and future sentinel research in governed settings.

    Evidence boundary

    VOC phenotyping alone cannot identify a pathogen or confirm an outbreak. Any sentinel use would require purpose-built assays, confirmatory laboratories and public-health validation.

Shared engineering core

The enclosure can change. The measurement obligations do not.

  1. 01

    Controlled interface

    Define what fraction of breath or environmental context enters the system.

  2. 02

    Quality-aware sensing

    Track flow, humidity, blanks, drift and interferents alongside the signal.

  3. 03

    Source correction

    Model ambient, oral, airway, systemic and instrument contributions.

  4. 04

    Reference linkage

    Test one bounded endpoint against an appropriate external method.

Move through the system

Products become credible when the architecture and evidence agree.

Measurement platformClinical programme