
Since the mid-1980s, home glucose monitoring has transformed how patients manage diabetes — shifting from episodic lab testing to continuous, real-time data.
Electrolyte measurement has not followed the same path. For conditions marked by calcium imbalance — including hypoparathyroidism — fluctuations often occur between clinic visits, outside the lab and within daily life.
The evolution of chronic disease management is moving toward more responsive, biochemical insight.
Electrolyte measurement at home is the next step.

Calcium is a foundational electrolyte, essential to neuromuscular signaling, cardiac rhythm, and metabolic stability.
In hypoparathyroidism — one of the most demanding clinical environments for calcium variability — levels can shift rapidly and unpredictably. By beginning here, we establish the scientific and engineering discipline required to expand measurement capability responsibly and with rigor.
This deliberate entry point allows us to build a platform designed for precision, scalability, and enduring clinical relevance.

Electrolyte imbalance affects millions living with chronic disease and post-surgical conditions — representing a widespread and persistent clinical need.
We are beginning with calcium, but building a platform designed to expand into additional electrolytes over time — scaling measurement capability with scientific rigor and precision.
Electrolyte insight should not remain confined to episodic lab access. It should evolve alongside the way chronic disease is managed.

We envision a future
in which patients and clinicians have ready access to more responsive
biochemical data, enabling informed treatment decisions when stability matters most.
The evolution of electrolyte measurement is already underway. What began with glucose monitoring decades ago will extend across the broader landscape of metabolic health.
Electrolyte insight should be more accessible, more timely, and more aligned with daily life.
Beginning with calcium. Expanding with purpose.
We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.