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Usability Validation of an Integrated Hemodynamic and Pulmonary Monitoring System Using Eye-Tracking Analysis.

Hyunju Jeong¹, Hyeonkyeong Choi¹, Hyungmin Kim¹

¹Department of Medical Device Engineering and Management, Yonsei University College of Medicine, Seoul 06229, Republic of Korea.

Journal of Clinical Medicine

|April 14, 2026

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The EdgeFlow CW10 Plus device effectively integrates hemodynamic and pulmonary monitoring, showing high usability and satisfaction among medical professionals for improved patient fluid management.

Area of Science:

Critical Care Medicine
Medical Device Technology
Cardiopulmonary Monitoring

Background:

Hemodynamic monitoring is crucial for assessing cardiac output and fluid status to guide treatment and prevent complications.
The EdgeFlow CW10 Plus device enhances conventional hemodynamic monitoring with pulmonary abnormality surveillance via B-line detection.

Purpose of the Study:

To evaluate the integration of hemodynamic and pulmonary monitoring functions in the EdgeFlow CW10 Plus.
To verify the usability and efficiency of the EdgeFlow CW10 Plus system.

Main Methods:

A usability test involving 15 medical professionals with diverse experience levels.
Analysis of satisfaction surveys, heat maps, System Usability Scale (SUS), and NASA-TLX scores.
Eye-tracking analysis to assess user interaction patterns based on clinical experience.

Keywords:

eye tracker hemodynamics monitoring lung ultrasound monitoring usability test

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Main Results:

The EdgeFlow CW10 Plus achieved a high overall task success rate of 93.2%.
Usability testing indicated effective integration of hemodynamic and pulmonary monitoring functions.
Eye-tracking data revealed potential differences in UI element focus based on clinical experience duration.

Conclusions:

The EdgeFlow CW10 Plus demonstrates high usability and user satisfaction, confirming successful integration of its monitoring capabilities.
The device is expected to aid clinicians in optimizing cardiac output and fluid status management, thereby preventing fluid overload complications.