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November 28.2025
2 Minutes Read

Transforming Prenatal Care: The Stick-on Patch Monitoring Fetal Movements in Utero

Smiling expectant mother wearing a wearable prenatal device, touching her belly.


Revolutionizing Fetal Monitoring: A Breakthrough in Prenatal Care

In a significant advancement for prenatal care, engineers and obstetricians at Monash University have unveiled a groundbreaking solution: a wearable patch that continuously monitors a baby's movements while still in utero. This Band-Aid-like device not only provides a new tool for expectant parents but also addresses a critical need for enhanced fetal monitoring outside the hospital setting.

Understanding the Technology Behind the Patch

The patch, which measures 10–14 cm² in size, detects various fetal movements—including rolling, stretching, and kicking—with an impressive accuracy rating of over 90%. This level of precision was validated during a clinical trial involving 59 pregnant women, where the device successfully differentiated fetal movements from maternal ones. As Associate Professor Vinayak Smith explains, frequent monitoring of fetal movements is crucial for assessing the health of the fetus, often leading to quicker interventions when issues arise.

Benefits: More Confidence for Parents

Expectant parents can often experience anxiety regarding their baby's health, particularly when it comes to monitoring fetal activity. Traditional methods usually involve self-counting, which can lead to uncertainty. The new patch alleviates some of this worry by offering a non-invasive and continuous monitoring solution. Dr. Fae Marzbanrad notes that by employing AI to analyze the data collected by the sensors, this wearable can provide insights into the baby’s well-being that are more comprehensive than self-reported movements.

Continuous Monitoring: A Game Changer in Maternal Health

The ability to track fetal movements at home could potentially change how maternal health is approached. This innovative device not only supplements standard medical assessments but also empowers expectant parents with information regarding their child's activity. As parents await their medical appointments, having access to real-time monitoring can facilitate quicker decisions in cases of reduced fetal movement—a leading cause for hospital visits among pregnant women.

What's Next for This Technology?

While this device shows great promise, the research team acknowledges the need for larger clinical trials and regulatory approval for home use. The aim is to make it widely available as a complement to regular check-ups, ultimately enhancing the prenatal experience.

This breakthrough wearable technology could pave the way for a future where expectant parents have greater accessibility to vital health information, contributing to safer and more informed pregnancies.


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