fascia
sleep therapeutics | www.fascia.ai
Idea in Health Care
Introduction
The fascia system is designed to facilitate comprehensive sleep studies (levels 1 and 2) in the comfort of a patient's home, focusing on the therapeutic aspects of sleep research involving sensory stimulation. Traditional level 1 or 2 sleep studies require a polysomnogram (PSG) to diagnose sleep disorders, which can be expensive and uncomfortable when conducted in a sleep lab or hospital room. The fascia system overcomes these limitations with its innovative and comfortable design.
Commercial sleep devices, like Muse Sleep, Zmax Hypnodyne, Phillips' SmartSleep Deep Sleep Headband, and Dreem, provide limited EEG channels and occasionally a heart-rate monitor. However, these systems lack the capabilities necessary for conducting comprehensive sleep studies. The fascia System offers a compact, affordable, and comfortable solution that meets the requirements of a PSG for use in a home setting, resulting in more accurate data.
The fascia system incorporates three leading technologies to revolutionize sleep research. First, the fascia Mask collects data similar to a full polysomnogram in a soft, familiar, and comfortable sleep mask using advanced fabric-based sensing technology. Second, the fascia hub enables researchers and sleep specialists to provide sensory stimulation in the form of auditory, tactile, or olfactory stimuli to the patient. This approach expands opportunities to understand the therapeutic effects of sensory stimulation on sleep quality and dream experiences.
Finally, the fascia portal allows sleep researchers to monitor patients' signals in real-time and store experiment information. The integrated machine learning API provides real-time sleep staging, spindles, and k-complex identification information. Additionally, the portal functions as a data collection and labeling platform for developing new and more robust datasets to train machine learning models for sleep diagnostics and fascia therapeutics.
By focusing on the therapeutic aspects of sleep research, the fascia system aims to enhance our understanding of how sensory stimulation can improve sleep quality, treat sleep disorders, and promote overall well-being.
Problem
Today, millions of people worldwide suffer from sleep disorders and poor sleep quality, which negatively impact their health, well-being, and daily functioning. The current landscape of sleep therapeutics faces several challenges, including the limited accessibility and affordability of comprehensive sleep studies, the reliance on pharmaceutical interventions with potential side effects, and the lack of individualized and targeted non-pharmacological treatments. Traditional sleep studies, which often require patients to spend the night in an unfamiliar and uncomfortable clinical setting, can be expensive and may not accurately capture a person's typical sleep patterns. Moreover, many sleep therapies focus on medications, which may not be suitable for long-term use or address the root causes of sleep disturbances. Finally, the development and implementation of personalized, non-pharmacological interventions, such as sensory stimulation, are still in their infancy, with further research and innovation needed to fully understand their therapeutic potential. These challenges underline the need for a paradigm shift in sleep therapeutics, moving towards more accessible, personalized, and effective solutions that can truly enhance the sleep experience and overall well-being of individuals.
Opportunity
Fascia aims to revolutionize sleep therapy and improve the overall sleep experience for individuals suffering from sleep disorders or poor sleep quality. Our innovative Sensory Sleep System combines the latest advancements in sleep research with sensory stimulation techniques, offering a comprehensive and personalized sleep solution for clients. By providing a comfortable, at-home sleep study experience coupled with targeted sensory interventions, SensorySleep seeks to foster a deeper understanding of the therapeutic effects of auditory, tactile, and olfactory stimulation on sleep quality. Through our state-of-the-art fascia web portal, we will empower sleep researchers and specialists with real-time data and advanced machine learning tools to develop more effective sleep therapies. By harnessing the power of sensory stimulation, fascia will pave the way for a new era in sleep therapeutics, enabling clients to achieve better sleep, improved well-being, and a healthier lifestyle.