Rigorous by design
We build on peer-reviewed science and keep clinical validation central to innovation.
Maternal & neonatal health
Every baby deserves the best start.
We’re advancing research-led diagnostics for preterm birth risk—bringing thoughtful science and accessible technology closer to the people caring for mothers and babies.
✦ A more informed start for every family.
Research-stage technologyElectrical impedance spectroscopy
Designed for point-of-care researchMATERNAL HEALTH · EIS
Earlier insight through research
Better support for maternal care
A healthier start for every baby
Every mother.
Every baby.
A brighter beginning.
Every baby.
A brighter beginning.
Our vision
Protect the moments that matter most.
Pregnancy and birth should be met with care, confidence, and hope. EveryBaby is working to make maternal and neonatal health innovation more accessible, helping research move toward useful insight for clinicians and families around the world.
Discover our approach →Handheld · EIS research
The science
Reading subtle changes. Supporting clearer conversations.
Electrical impedance spectroscopy (EIS) measures how tissue responds to a small electrical signal. EveryBaby’s handheld research device explores how cervical tissue measurements during pregnancy may help researchers study preterm birth risk.
01
MeasureA handheld probe records an electrical signal from cervical tissue in a research setting.
02
UnderstandResearchers study patterns alongside pregnancy history and established clinical information.
03
Inform future careThe long-term goal is to support better-informed conversations and timely care decisions.
What guides us
Innovation with people at its heart.
Maternal and newborn health deserves research that is rigorous, thoughtful, and built for the real world.
Accessible to more people
We believe useful health technologies should be designed with diverse care settings in mind.
Progress through partnership
Researchers, clinicians, health systems, and families all have a role in better beginnings.
Research first
Progress grounded in evidence.
EveryBaby’s work builds on clinical and engineering research into electrical impedance spectroscopy and pregnancy. We share the research so clinicians and partners can review the evidence for themselves.
A published starting point
From a promising signal to stronger evidence.
A prospective cohort study explored cervical EIS for preterm-birth prediction during the second trimester. The authors concluded that larger confirmatory studies are needed to establish its potential clinical utility.
Research findings do not establish that a device is approved or suitable for individual diagnosis. EveryBaby’s technology is research-stage.
Value of cervical electrical impedance spectroscopy to predict spontaneous preterm delivery in asymptomatic women: the ECCLIPPx prospective cohort studyUltrasound in Obstetrics & Gynecology · 2020
↗Reproducibility and repeatability of measuring the electrical impedance of the pregnant human cervixBioMedical Engineering OnLine · 2009
↗Electrical impedance spectroscopy of the cervix in non-pregnant and pregnant womenEuropean Journal of Obstetrics & Gynecology · 2006
↗Let's move research forward
Get in touch ↗Better beginnings take all of us.
We welcome conversations with clinicians, researchers, healthcare organisations, and partners working to improve maternal and neonatal health.
A few answers
Good to know.
What is EveryBaby researching?
EveryBaby is researching handheld electrical impedance spectroscopy (EIS) for studying preterm birth risk and advancing maternal and neonatal health.
Can I use the device to assess my pregnancy?
No. This website describes research-stage technology, not a consumer product or a clinical service. For questions about your pregnancy, contact your midwife, doctor, or maternity care team.
What does EIS measure?
EIS measures how biological tissue responds to a small electrical signal. Researchers are studying whether these measurements can contribute to understanding cervical changes during pregnancy.
How can my organisation get involved?
We welcome enquiries from clinical, academic, and healthcare partners. Email [email protected] to start a conversation.