This site is in pre-publication phase.

Thanks for your curiosity

We're not officially live yet, but since you're here, we'll give you a proper look at what we're working on and why we think it matters.

The observation

Clinical protocols are effective. They encode decades of evidence and guide treatment decisions that save lives every day. But by design, they operate on population-level data, collected at discrete time points. The result is that clinical decisions reflect what was true for a cohort at the moment of measurement.

Between those moments, the patient's physiology continues to evolve. A lot happens between a blood draw and the follow-up, between a scan and the next appointment. That interval contains clinically relevant signal that is currently unobserved. We think there's an opportunity to complement existing clinical workflows by making that continuous signal accessible.

What Awareble is

Awareble is a wearable platform for continuous physiological profiling. The device captures autonomic, metabolic and inflammatory data passively on the body. It is designed for years of continuous operation without maintenance or consumable replacement.

From the continuous data stream we build an individual physiological profile that evolves over time. We learn how the body reacts and interacts across these domains, and what constitutes a meaningful deviation for that specific person. The longer someone wears the device, the higher the resolution of that profile becomes.

Clinical potential

In oncology, continuous metabolic and inflammatory profiling could make treatment response visible between scheduled imaging, potentially allowing clinicians to adjust therapy earlier than current protocols permit.

In cardiology, a continuous individual trajectory of autonomic and electrolyte data offers a fundamentally different perspective on risk compared to a single resting measurement.

The same principle applies to post-operative monitoring, metabolic disease, elderly care and sports physiology. In each case, continuous individual measurement surfaces patterns that episodic population- referenced assessment does not.