Touchable Cardiovascular Surfaces (TCSTM) redefine the role of the surface itself. Instead of enclosing technology, the surface becomes the interface. Sensing is designed into the material from the start.
TCSTM builds cardiovascular intelligence into the physical layer of everyday objects. Whether integrated into a mouse, a steering wheel, or a control surface, it captures physiological signals at the point of contact. There are no wearables no user setup. The system responds only when touched and remains silent when not.
This approach removes the behavioral burden of health sensing. It eliminates the need to turn anything on, remember a device, or manage a routine. The surface becomes intelligent, but remains familiar. Form, function, and interaction remain unchanged.
TCSTM surfaces are thin, flexible, and form-agnostic. They are built to conform to plastics, glass, aluminum, and complex geometries. The sensing layer adapts to the product’s design, not the other way around.
Underneath the surface, TCSTM orchestrates contact-activated photonic sensing elements. These elements initiate signal capture, while embedded logic evaluates signal quality and streams cardiovascular data only when high-fidelity signals are present.
The system operates without idle power consumption, without latency, and without user awareness.
From pilot deployments to production-grade integrations, BiostealthAI provides full- stack architectural support. We deliver scalable, embedded biosignal intelligence for the next generation of products that listen when touched and disappear when not.
Surfaces that care, without intrusion.
We design physiological sensing architectures that disappear into daily life, making
cardiovascular monitoring ambient, contextual, and seamlessly embedded.
No friction. No wearables. Just contact.
From personal devices to shared environments, Touchable® Cardiovascular Surfaces enables ambient physiological sensing wherever human contact already exists.
No need to wear it, turn it on, or even think about it. Sensing happens naturally through touch.
Designed to disappear into any form — curves, edges, or flat surfaces.
Engineered for accuracy, reliability and trusted insights with clinical potential.