Baby Sock to Monitor Newboms to Detect Risk for Neonatal Compromise

We are developing a non-invasive neonatal monitoring device to continue monitoring of the fetus during the first 30–60 minutes postpartum. We monitor critical physiological parameters such as oxygenation, heart rate, and skin pH. These are crucial for the early identification of potential health issues in newborns, including hypoxia and acidosis which are forerunners of neonatal encephalopathy and cerebral palsy. An ESP32 microcontroller and MAX30102 sensor are integrated within a wearable, sock form factor. We address limitations of traditional invasive neonatal monitors by providing continuous, real-time health assessment through seamless wireless connectivity, including Bluetooth compatibility. The project not only focuses on the technological development of the device but also emphasizes the importance of a non-invasive monitoring design for comfort and precise diagnostics for informed healthcare interventions. This project underscores the critical role of early detection and intervention for neonatal compromise, to potentially transform neonatal health monitoring and improve outcomes for newborn infants worldwide.