This startup develops non-invasive neuromodulation technology that uses gentle electrical pulses via a headband to improve the profound sleep cycle. Their technology targets specific brain areas to reduce daytime fatigue and address restless nights and early awakening problems.
Funding
Funding not disclosed
Founders
Product
Problem
A significant portion of the global population experiences sleep disorders, leading to reliance on medication and a public health crisis characterized by obesity, cardiovascular diseases, diabetes, and impaired immune function. Current solutions often fail to address the underlying neurological mechanisms that govern restorative sleep.
Solution
Deep Sleep Technologies provides a real-time, predictive neurostimulation technology designed to enhance deep sleep by working with the brain's natural rhythms. The technology uses EEG to capture and forecast brain activity, then delivers gentle sensory stimuli at optimal moments to enhance deep sleep waves. This closed-loop acoustic stimulation stabilizes and deepens NREM sleep, which is crucial for physical, mental, and emotional recovery. The system is designed to integrate with various platforms and hardware, adapting to each person's individual sleep waves without requiring training or calibration.
Target Audience
The primary target audience includes individuals experiencing sleep disorders, those seeking to improve sleep quality for enhanced physical and cognitive performance, and healthcare providers looking for non-invasive sleep-enhancing solutions.
Features
- Real-time EEG analysis to predict upcoming deep sleep waves
- Closed-loop neurostimulation that delivers gentle sensory stimuli at optimal moments
- Compatibility with raw EEG data, avoiding distortion by filtering
- Integration with existing consumer wearable technology
- Personalized interventions that adapt to individual sleep patterns
- Non-linear sine fitting procedure that continuously predicts the ongoing raw EEG sleep signal
- Technology can function seamlessly across multiple systems