Exploring motion-based interfaces for non-invasive biometric sensing
Bridging measurement automation, signal processing, and pattern recognition with clinical and physiological expertise, Heart4Light explores non-invasive sensing concepts for biomedical signal acquisition and interpretation, focusing on early-stage research and conceptual development in digital health and biomedical engineering.
Bridging physics, metrology, and medicine for non-invasive physiological sensing.
We explore non-invasive, non-obtrusive approaches to blood pressure measurement by combining physics, metrology, and biomedical sensing to capture and analyze hemodynamic dynamics through external physiological signals.
We explore physical and computational approaches to non-invasive, real-time physiological measurement focused on comfort, accessibility, and precision.
Our three core clinical priorities
We align our biomedical engineering pipeline with the practical demands of modern diagnostic workflows.
Molecular sensing
Hemodynamic telemetry
Clinical integration
Developing novel chemical interfaces that detect biomarkers non-invasively through continuous skin contact.
Engineering real-time cardiovascular monitoring systems that track blood pressure changes without arterial lines.
Designing lightweight, intuitive diagnostic tools that integrate into high-friction medical workflows.
Aligning research with clinical reality
We collaborate with universities, clinical researchers, and institutional investors to validate and scale our non-invasive hardware pipeline.