Transforming COPD patient care with ground-breaking breath diagnostics sensor technology 

Powering Smart Health with your Blood: self-powered vascular grafts that harvest energy from the body for real-time monitoring and improved cardiovascular care

Reinventing cardiovascular care: IV-Lab develops a minimally invasive, implantable multi-sensor platform for real-time hemodynamic and biochemical monitoring, enabling personalized interventions and improved patient outcomes.

VOCORDER is creating a non-invasive breath analysis device using mid-infrared laser technology and AI to detect biomarkers, enabling early detection of cancers and kidney insufficiency through simple, rapid breath monitoring.

Changing the current paradigm in diabetes management: Developing a smart device integrating a multi-metabolite (MM) sensor, a control algorithm and a high-precision insulin-delivering pump for a compact, safe and long-lasting solution.

To revolutionize healthcare by pioneering the use of wearable technology for non-invasive, precise monitoring of metabolic health, empowering individuals to proactively manage their well-being.

We want to assess microvascular health in a non-invasive way using our novel photonics technology.

KERMIT’s aim is to develop a scalable platform for sweat-based sensorics to serve as a base for unobtrusive point-of-care diagnostics of kidney disease, transferable to other diseases.

Redefining wound management: smart bandages for early detection of infections