Plain-English translation of NCT07628829 on ClinicalTrials.gov ↗ · Source last updated · Translation generated · How we translate trials
This study is testing a new computer vision system called NeoPose that uses artificial intelligence to continuously monitor newborns in the intensive care unit by analyzing their movements from bedside video. The system aims to help doctors detect brain problems, measure how sedated a baby is, and alert caregivers to any concerning changes — all without touching the baby or interrupting care. This technology could make monitoring safer, easier, and more accurate than what's possible with human observation alone.
Newborns in intensive care units sometimes develop brain injuries or need sedation for medical procedures, but doctors can only check on them periodically by hand — missing important information in between. This study exists to see if continuous, non-contact video monitoring using artificial intelligence can catch problems earlier and give doctors a clearer picture of each baby's neurological condition.
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If you enroll your newborn, a small bedside video camera will be set up in your baby's hospital room to continuously record movements from admission until discharge. The video is analyzed by artificial intelligence software, but importantly, the doctors and nurses caring for your baby won't see the AI results — the study is running in the background to test the technology without changing your baby's care. You'll be asked to allow your baby's care records and standard neurological assessments (which would happen anyway) to be used for research purposes.
AI-generated summary from trial data · Sep 24, 2026 · Not medical advice
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