This demo shows how the system DIVE AI Vision Screening developed by DIVE Medical performs visual screenings, even in non-verbal patients. The system uses eye tracking and artificial inteligence to detect visual problems.
Choose a patient
Choose a patient to see how they performed the test.
Baby with normal visual development
The patient simply sits in front of the screen, while stimuli appear to evaluate several visual functions. The red dots represent the gaze of the patient while they were looking at these stimuli.
Baby with normal visual development
The patient simply sits in front of the screen, while stimuli appear to evaluate several visual functions. The red dots represent the gaze of the patient while they were looking at these stimuli.
Baby with normal visual development
The patient simply sits in front of the screen, while stimuli appear to evaluate several visual functions. The red dots represent the gaze of the patient while they were looking at these stimuli.
Baby with normal visual development
The patient simply sits in front of the screen, while stimuli appear to evaluate several visual functions. The red dots represent the gaze of the patient while they were looking at these stimuli.
Baby with normal visual development
The patient simply sits in front of the screen, while stimuli appear to evaluate several visual functions. The red dots represent the gaze of the patient while they were looking at these stimuli.
FULL VISUAL TEST
Patient
AI Report
The gaze data collected during the visual screening is then run through an artificial intelligence model to detect visual problems.
right eye
Risk of abnormal visual development:
Low
left eye
Risk of abnormal visual development:
High
both eyes
- Risk of strabismus:
Medium - Risk of abnormal color perception:
Medium