AuraSonics is a wearable cardiac-sensing platform: a soft belt of 3,000 sensors that captures the heart's acoustic and mechanical energy across the whole thorax — and turns it into measurement a physician can trust and an AI can read.
A fleeting sound, judged by a person — never a measurement. It hears ~20–200 Hz of a heart that speaks to 3,000. It feels nothing of the heart's motion. And it forgets every visit. The blind spot is two hundred years old. We built the instrument that ends it.
Every device before it captured a signal. AuraSonics captures a field — and then remembers it for life. Fourteen capabilities, one architecture, protected by five patent filings across three families.
Fine acoustic and gross mechanical energy, captured at the same instant — the heart heard and felt simultaneously.
Not one listening point — a coordinate-aligned sensing field across the entire thorax.
A femtofarad of motion becomes a kilohertz of clean frequency. Amplification lives in the sensor itself.
Every patch tuned to its own frequency; the entire array read at once — crosstalk-free.
Every event resolved into a compact 16-bit signature — data clean enough for AI from the first heartbeat.
Every patch carries its identity and precise timestamp — data that aligns across years, not minutes.
Readout preserves exact ordering and timing — no drift, no ambiguity, no lost beats.
Coordinate alignment and contact normalization keep every session comparable to the last.
Every reading measured against a healthy reference — the deviation itself becomes the finding.
A signal says something is wrong. A field says where — to a modeled 1–3 mm.
Networks read each signal's texture and how energy propagates across the field — explainable, physician-reviewable.
The decisive comparison is you versus your own past. A trajectory beats a snapshot.
Every intervention leaves a signature. The platform reads whether the delta is closing — or widening.
A living reference of your healthy heart, kept for life. The body cannot be deceived.
Most aortic dissections strike below the size we operate on — in the months between scans, where nothing watches. AuraSonics holds each patient against their own baseline until a rising trajectory crosses the threshold to act. The belt earns the CT; the CT earns the surgery.
AuraSonics holds a layered patent portfolio over the only architecture designed to capture the heart's full mechano-acoustic field — and the seed round that turns it into utility patents and a first working prototype is open now.
Three patent families. All company-owned.
One of the world's leading technology and life-sciences law firms.
First capital ring-fenced straight into utility patents.
No competitor captures both energies across a 3,000-point, coordinate-aligned field.
Every device before it captured a signal. AuraSonics is built to capture a field. A signal can tell you something is wrong. A field is designed to tell you where.
A new diagnostic architecture →