Continuous monitoring
Biomarker trends followed between appointments, rather than sampled at one.
Sensing just beneath the skin
- Measures
- Ions & biomarkers
- Medium
- Interstitial fluid
- Approach
- Minimally invasive
What the surface cannot tell you
Skin-surface sensors read what the body shows on the outside: rhythm, motion, temperature. Chemistry stays out of reach.
Microneedles sample interstitial fluid just below the surface, so ion and biomarker levels become something a wearable can follow continuously.
What it delivers
Sub-skin biomarkers
Detect and quantify ions and biomarkers beneath the skin including sodium levels with high precision.
Repeatable readings
Engineered microneedles designed for accurate, reliable, and repeatable measurements.
Stable enough to integrate
Optimized for stability, consistency, and integration with connected wearable systems.
What it makes measurable
Hydration and electrolytes
Sodium and ion measurement read from the body rather than inferred from load.
Connected wearable systems
Sub-skin chemistry joined to the rest of the sensing stack.
Measurement that was previously out of reach
By accessing interstitial fluid with microneedles, the platform can measure salt content and other biomarkers in real time.
That gives earlier, more actionable insight across a wide range of health applications.
The platform roadmap extends the same sensing approach to sweat analysis — reading biomarkers in sweat alongside interstitial fluid to bring better resolution to the Internet of Human™.
In advanced development
Collaborations are scoped case by case, against the biomarker and the form factor you need to measure in.
- Status
- In advanced development
- Evidence
- Internally characterized
- Form
- Engineered microneedles for biomarker sensing
How it is described technically
Our microneedle platform enables minimally invasive measurement of biomarkers beneath the skin — extending continuous health monitoring below the surface.
Build with Microneedle Platform
When a program needs biomarker measurement beneath the skin — beyond what surface sensing reaches.