Create safe and nurturing sleep for your baby anywhere, any time and every time.
Scientifically match your sleepwear with your room conditions and your baby.
Neut Key Features
MEASURES
Analyzes thermal properties of sleepwear options and the environment.
MATCHES
Selects the right sleepwear chosen for the room conditions.
MAINTAINS
Keeps room at safe temperature for sleepwear selection and links to smart thermostat.
Overheating is a known risk factor for SIDS which is why dressing babies properly for sleep-time is so very important. But for parents everywhere, knowing how to do that has always been a challenge. Neut uses advanced technology and analyses to replace well-meaning but confusing advice with clear, science-based guidance.
What is thermal neutrality?
(And why is it important?)
Simply put, thermal neutrality is that ideal condition of feeling just right…not too hot and not too cold. Babies and adults alike are most comfortable in this state. For infants, however, being thermally neutral goes beyond comfort. It’s about avoiding the very dangerous condition of overheating, as well as preventing hypothermia from underdressing. Maintaining this ideal state not only promotes safe and restful sleep, it allows a baby’s metabolic processes to focus energy on growth and development.
Eliana
“[Neut] gives me peace of mind – Such a cool product! Can’t wait for this to be on the market, one less thing to worry about as Mothers!!”
What do you do when the best advIce Is vague and confusIng?
In this day and age, we couldn’t believe parents were still being forced to guess. So we set out to change that by:
Unleashing science.
Develop easy-to-use technology to give parents clear-cut guidance.
Educating parents.
Provide a tool that builds a better understanding of sleepwear and safe sleep.
Spreading the word.
Raise awareness of SIDS and the steps that can be taken to help prevent it.
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This material is based upon work supported by the National Science Foundation under Grant Number 1913401. Any opinions, findings, and conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the National Science Foundation.
Supported by the National Science Foundation and our friends at First Candle and Stride
