Autonomous machines are moving into warehouses, hospitals, retail spaces, and factories, working alongside people instead of fenced away from them. The safety systems built for that world haven't caught up.
That's why we're building ADAR, short for acoustic detection and ranging. It's the world's first safety-certified 3D ultrasonic sensor for autonomous robotics. Using sound, ADAR gives robots a true 3D view of their environment, detecting people and obstacles with precision and durability where other sensors struggle.
Sigrid Øygard (PhD) talks about the barrier that kept 3D ultrasound out of the air and what it took to break it.
Sonair was founded in Oslo, Norway, with roots in advanced research from SINTEF, one of Europe’s leading technical institutions. Today, our patented technology and engineering team turn that deep expertise into practical solutions that robot manufacturers can adopt and scale.
ADAR is now being shipped to manufacturers around the world, backed by strong investor support and customer validation.
We think about sound all the time. Sound is a wonder of nature and we just love to understand how it behaves in all kinds of conditions.
As kids we first experienced the physical laws of sound when we yelled into a mountain range and heard our own voice echoing back and forth.
Today, we know this is called reverberation and some of us have gone as deep as getting doctorates on the topic.
That’s how fascinating it is.

Cecilie Woetmann Bore

Joakim Hove, PhD

Simen E. Sørensen

Simen Bergsvik

Christian Clausen

Espen Albrektsen

Pål Nordbryhn
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Leo Toneff

Sigrid Øygard, PhD

Endre Bakka

Marta Haro

Marius Westgaard
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Hassia Castaneda

Even Masdal

Tor Odland

Tarjei Holo

Gussi Bull
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Mathias Madsen

Britta Fismen

Ole Marius Rindal, PhD

Oscar Meisal

Knut Sandven

Dag Wang, PhD

Frode Tyholdt, PhD

Hans Jørgen Bang, PhD
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Markus Mayr