Automated diagnosis, anywhere care happens.

Deep Breathe automates detection of life-threatening conditions with ultrasound at the point of care. Our software runs locally on-device, free from cloud dependence or vendor lock-in.
Reach out
Accurate diagnosis
in seconds.
Clinically validated,
field tested.
Clients & Partners
Products

AI Tactical Assessment System (ATLAS): Accurate trauma diagnosis in seconds, at the point of care.

Rapid detection of critical torso injuries at the point of care.
Clinically proven in hospital and austere environments.
Compatible with any ultrasound system.
Works fully offline with no internet connectivity required.
Runs on iOS and Android.
Defense
Improve battlefield diagnostics through accurate and automated point-of-care imaging.
Hospitals
Improve hospital throughput by replacing routine post-procedural x-rays with accurate point-of-care imaging.
Pre-hospital
Bring accurate and automated diagnosis of life threatening injuries to the pre-hospital and transport settings.
Our impact

We build best-in-class AI models rooted in deep clinical expertise.

70%
Of preventable trauma deaths can be detected by ATLAS.
16
Peer reviewed publications as leaders in this space.
15 Million
Ultrasound frames used to train best-in-class AI models.
What we do

Built to support the way you practice.

We bring clarity to lung ultrasound, so you can focus on care.
01
Portable, Point-of-Care Lung Diagnostics
Use lung ultrasound and AI anywhere - at the bedside, in the field, or beyond the hospital - without radiation, delay, or infrastructure barriers.
02
Vendor-Agnostic by Design
Works seamlessly across all ultrasound hardware, protecting clinical workflows, reducing cost, and enabling rapid deployment at scale.
03
Expert-Level AI Intelligence
Clinically validated AI models guide image acquisition and deliver autonomous, expert-level diagnostic insight across multiple lung conditions.
Testimonials

What our partners say.

Reducing our heavy reliance on chest x-ray through AI and ultrasound would improve healthcare efficiency and patient satisfaction.
Richard Malthaner
MD Chair of Thoracic Surgery, London Health Sciences Centre
An automated solution for pneumothorax and lung ultrasound would save us millions in training costs for our medics.
Chief Medical Officer
ORNGE Air Ambulance
Deep Breathe’s AI technology’s ability to detect pneumothorax quickly and accurately is vital in space.
Dr. Marissa Rosenberg
Senior Medical Engineer, SpaceX
This is exactly what’s needed - closing the training gap and ensuring consistent care across units. Impressive work.
Sergeant Major
U.S. Army
This is exactly what’s needed - closing the training gap and ensuring consistent care across units. Impressive work.
Sergeant Major
U.S. Army
Deep Breathe’s AI technology’s ability to detect pneumothorax quickly and accurately is vital in space.
Dr. Marissa Rosenberg
Senior Medical Engineer, SpaceX
An automated solution for pneumothorax and lung ultrasound would save us millions in training costs for our medics.
Chief Medical Officer
ORNGE Air Ambulance
Reducing our heavy reliance on chest x-ray through AI and ultrasound would improve healthcare efficiency and patient satisfaction.
Richard Malthaner
MD Chair of Thoracic Surgery, London Health Sciences Centre
Deep Breathe’s AI technology’s ability to detect pneumothorax quickly and accurately is vital in space.
Dr. Marissa Rosenberg
Senior Medical Engineer, SpaceX
Reducing our heavy reliance on chest x-ray through AI and ultrasound would improve healthcare efficiency and patient satisfaction.
Richard Malthaner
MD Chair of Thoracic Surgery, London Health Sciences Centre
This is exactly what’s needed - closing the training gap and ensuring consistent care across units. Impressive work.
Sergeant Major
U.S. Army
An automated solution for pneumothorax and lung ultrasound would save us millions in training costs for our medics.
Chief Medical Officer
ORNGE Air Ambulance
Resources

Our latest research, press, and insights.

View all