CRITICAL CARE · AUTONOMOUS SYSTEMS

The ICU runs on human vigilance.
It shouldn't have to.

From intelligent surveillance to closed-loop control, we build the systems that make critical care safer and smarter.

Explore Syncron-E™
FDA DE NOVO GRANTED Syncron-E™ is the first system granted FDA marketing authorization for detecting ineffective effort, the most frequent type of patient-ventilator asynchrony.
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OUR SYSTEMS

Syncron-E™

Waveform intelligence for mechanical ventilation.

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HOW IT WORKS
WAVEFORMS
PRESSURE · FLOW
Analytics Engine
BREATH-BY-BREATH
ANALYSIS
ASYNC SCORE 18%
TREND ▲
IE DETECTED
INSIGHTS
CLOSED-LOOP CONTROL · FEEDBACK ARCHITECTURETARGET 65 mmHg
TARGET MAP E-Fusion™ CONTROLLER Patient HEMODYNAMICS MAP MEASURED MAP · CONTINUOUS SENSING

E-Fusion™

Adaptive vasopressor control, from decision support to full autonomy.

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Every ICU bed produces more data than any team can process. We build the algorithms that turn that flood into focus.

FEATURED IN
IEEE SPECTRUM "AI could provide moment-by-moment nursing for a hospital's sickest patients" Read the article →
SEE IT IN ACTION

Why Autonomous Hemodynamic Management

Our CEO on why automating fluid and vasopressor management is one of the hardest and most important challenges in critical care.

THE SCIENCE BEHIND THE SYSTEMS
Engineering Rigor from Aerospace

The same discipline that governs flight systems, applied to the most complex environment in medicine.

Digital twins

Virtual patient models that let us validate before we ever reach the bedside.

Rigorous clinical evidence

Multi-site studies, 20 patents, and the first FDA De Novo grant in our category.