Michiel Verstraten joins the Future Of Sleep
for the original article (in Dutch) by "eHealth Nieuws" click here.
English translation
Deep Sleep Technologies conducts sleep research using a new form of neurostimulation technology
Entrepreneur Michiel Verstraten took part in Deep Sleep Technologies’ sleep study last night, which involved a new form of neurostimulation technology. The research was carried out at the Sleep & Memory Lab of the University of Amsterdam, which specializes in the interplay between sleep, memory, and cognitive performance. Wearable electroencephalogram (EEG) equipment was used—a technique that measures brain activity via electrodes on the head. With this study, Deep Sleep Technologies takes a step toward integration with existing consumer devices for home use.
Sleep problems are a growing global concern. More than a third of the population experiences sleep disturbances, which increase the risk of health issues such as cognitive decline, cardiovascular disease, heightened stress, and mental health problems.
This specific study aims to validate whether the neurostimulation technology works effectively in combination with EEG wearables. These systems use different—and often fewer—electrodes than traditional lab equipment. This makes them more comfortable for home use, but it can affect signal quality. That’s why it’s crucial to test whether neurostimulation still functions reliably under those conditions.
Verstraten was selected as one of the ideal candidates for the study. “I have a consistent sleep schedule, sleep soundly through the night, and have no hearing issues,” says Michiel Verstraten, founder and owner of YouLynq.me. “Exactly the kind of participant they need to test the technology in a clean way.” With healthy sleepers, the effects of the technology can be measured more accurately, without confounding factors. Since the measurements are done over just one night, it’s important that other variables, such as insomnia or health conditions, don’t interfere. At the same time, Deep Sleep Technologies is also studying the effects in people with sleep disorders. Both groups are therefore crucial for further research.
Verstraten’s participation fits with the conscious lifestyle choices he’s made in recent years. “Since I quit drinking and smoking five years ago, I’ve felt consistently fitter and clearer. I try to live more healthily, and sleep plays a big role in that. A good night’s sleep is my foundation. When I sleep well, I’m sharper, more energetic, and I recognize opportunities more easily. The results showed that I spent 40% of the night in deep sleep—a percentage more commonly seen in people in their twenties. Not bad for someone in their late thirties. It was remarkable to see how my brain activity was monitored and subtly stimulated at just the right moment,” says Verstraten. “It shows that the technology can also be effective for healthy sleepers.”
During the night, Verstraten was connected to several measurement instruments, including an EEG cap, eye and muscle electrodes, and a wearable EEG headband. This headband contains sensors that monitor brain activity and is linked to a computer running specialized software. Dr. Talamini explains: “Based on the data, the system predicts the optimal moment to deliver a gentle auditory stimulus. By precisely measuring brain activity and stimulating at the right moment, the technology helps the body sleep more deeply and restfully.”
Would you like to join us in research? Sign up to be part of the DeepSleep Pioneers.