The clasp is not just a convenient place to hide the technology.

The underside of the wrist gives Meridyan a distinctive starting point. It allows the sensing interface to sit within an existing piece of watch hardware, while remaining close to the skin during normal wear.

This position is central to the product: it is what allows Meridyan to stay discreet, preserve the appearance of the watch, and avoid adding a second visible device to the wrist.

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What validation means for Meridyan

Validation for Meridyan is not only about whether a sensor can produce a reading. It is about whether the clasp position can support a useful sensing experience in the real world.

That means testing the physical relationship between the clasp, the underside of the wrist and the sensor interface.

Skin contact

Testing how consistently the sensor interface can maintain contact with the underside of the wrist during normal wear.

Signal quality

Assessing whether the sensor position can support usable health-related signals from the inner wrist.

Comfort

Checking that the sensing position does not compromise the feel, fit or daily wearability of the clasp.

Wear behaviour

Understanding how movement, wrist shape, bracelet fit and daily use affect the sensing experience.

Current verification status

Early testing has focused on verifying the core sensing position: placing the sensor interface on the underside of the wrist, where the clasp naturally sits during wear.

This work is helping us understand contact consistency, signal behaviour and the design requirements needed to make the sensing experience reliable inside a clasp format.

The results are informing the next stage of Meridyan’s hardware development, including clasp geometry, sensor placement and how the product should sit against the wrist.

That says you’ve done meaningful testing, without claiming final validation.

DEVELOPMENT PATHWAY

From sensing position to finished product.

MERIDYAN is being developed through a staged validation process, moving from sensing position testing through to broader wearability and product validation.

01

Position testing

Verifying that the underside-of-wrist clasp position can support the sensing approach.

02

Hardware refinement

Using test results to refine clasp geometry, sensor placement and wrist contact.

03

Wear testing

Assessing comfort, fit and consistency during everyday use.

04

Broader validation

Expanding testing as the product moves closer to launch.