Wavelet has developed the first non-invasive, AI-powered fetal EEG monitoring platform to detect real-time brain distress during pregnancy and labor to reduce preventable brain injuries and unnecessary C-sections.
Wavelet is redefining the standard of care in fetal medicine with a non-invasive, AI-powered fetal brain monitoring solution enabling real-time detection of neurological distress
For decades, obstetrics has relied primarily on fetal heart rate monitoring (FHM), a tool that does not directly measure neurological function and is indeterminate in up to 85% of births. The result: missed cases of hypoxia leading to lifelong disability - and unnecessary C-sections driven by false positives. Wavelet changes the paradigm by measuring the organ that directly provides neurologic status: the brain. Wavelet provides noninvasive real time fetal brain monitoring through the maternal abdomen. The mission is simple and urgent: protect the developing brain and enable safer deliveries for mothers and babies worldwide.
Outcomes
Addressing a Critical Unmet Need: More than 35,000 babies in the U.S. suffer brain injuries at birth each year, driving lifelong disability, and approximately one-third of births are delivered via caesarian section. Globally, with 140 million births annually, the implications are profound - medically, emotionally, and economically.
Wavelet is the only technology capable of capturing detailed fetal brain signals non-invasively, providing direct insight into neurological status throughout pregnancy
The device detects fetal brain signals through the mother’s abdomen and analyzes signals using proprietary AI algorithms to identify distress in real time
Wavelet is designed to operate alongside existing standards of care during both pregnancy and in labor and delivery, complementing fetal heart rate monitoring without adding risk to mother or baby
.jpeg)
