Array
Dense CMUT tiles on a flexible-film carrier built for stable placement against the skull.
Ambient Labs
The neural
interface will
be acoustic.
We are building the conformal acoustic interface for noninvasive BCIs: dense transducer tiles, near-array electronics, and coherent developer access in one head-native system.
01The mismatch
Ultrasound was built to be held. We are building it to be worn.
The algorithms are becoming neural interfaces. The hardware is still an instrument someone has to hold.
TodayProbepositioned by hand
AmbientApertureregistered to the head
02The category
Aperture, not probe.
A neural interface cannot depend on someone holding it still.
Ambient turns placement, coupling, geometry, timing, and data access into properties of the device—not rituals around the experiment.
03The system
One interface.
Four inseparable layers.
This is not a scanner miniaturization project. The acoustic, mechanical, electrical, and computational layers are designed around the head together.
Geometry
Shape, contact, and temperature become known system inputs.
Electronics
Coherent capture and reduction happen beside the aperture.
Access
Programmable sequences and signal modes stay open to the developer.
04The path
Bring us the system problem.
A focused design-partner program turns one blocked experiment into one physical decision.
- 01INPUT
The constraint
Target anatomy, current probe, acquisition sequence, and measured limitation.
- 02BUILD
The interface
Aperture geometry, coupling, embedded acquisition, and developer access.
- 03OUTPUT
The decision
One physical prototype and the evidence required to choose the next architecture.
05From the bench
