Neoluma monitors newborns in the NICU using a standard camera and microphone — replacing adhesive electrodes and invasive probes. Continuous, real-time, contact-free care.
NICU care still relies on adhesive electrodes and invasive probes — uncomfortable, infection-prone, and requiring constant handling of the most fragile patients.
Removing ECG electrodes damages the fragile, paper-thin skin of premature infants. Each repositioning causes measurable physiological stress.
Cutaneous sensors create entry points for pathogens in an environment where the immune system is nearly nonexistent.
Constant sensor maintenance consumes clinical time that should be spent on care — reducing the quality of attention each baby receives.
A standard camera and microphone replace every physical sensor. Neoluma tracks what matters — and alerts only when it is certain.
Real-time pulse and respiratory rate extracted from skin color and chest movement. Immediate alerts for bradycardia, tachycardia, or apnea.
Prone position — the leading cause of sudden infant death in the NICU — is detected and flagged within 5 seconds.
Facial expressions, posture, and cry type are analyzed together to score infant pain in real time. No manual observation needed.
Every measurement includes a confidence score. If the signal is uncertain, Neoluma stays silent — reducing alarm fatigue in the ward.
We are looking for a clinician or biomedical engineer to co-lead the clinical side of Neoluma — neonatologist, CHU engineer, or anyone with deep hospital expertise.
CEO & Co-founder
CS / AI Student
Position Open
Clinician or Biomedical Engineer · CHU
We need a clinician or biomedical engineer to co-lead the clinical side of Neoluma — not as an advisor, but as a full equity partner. You will shape the product, run the validation studies, and open the doors that only someone inside the hospital system can.