byteSense develops advanced intra-oral wearable technology to monitor and manage bruxism. The system learns daily habits and stress factors to provide personalized insights for reducing teeth grinding. Users receive tailored guidance based on sleep quality and grinding patterns to improve overall sleep health.
Funding
Funding not disclosed
Founders
Product
Problem
Bruxism, or chronic teeth grinding, often goes unmanaged due to a lack of objective data on its frequency and intensity. This makes it difficult for individuals to understand their triggers and for dental professionals to provide targeted interventions, leading to potential dental damage and disrupted sleep quality.
Solution
byteSense offers an advanced intra-oral wearable device designed to monitor and manage bruxism. The smart night guard captures real-time physiological data related to teeth clenching and grinding events. This data is then processed by a proprietary mobile application that analyzes patterns and provides users with personalized insights and actionable recommendations to mitigate bruxism. The system aims to empower users with data-driven control over their oral health and sleep patterns.
Target Audience
The primary target audience includes individuals experiencing bruxism and seeking to manage their condition, as well as dental professionals and sleep specialists looking for objective diagnostic and monitoring tools.
Features
- Intra-oral wearable device for continuous, passive data acquisition during sleep.
- Integrated sensors to capture metrics indicative of bruxism activity, such as jaw muscle engagement and occlusal force.
- Mobile application for data synchronization, analysis, and visualization of bruxism events.
- AI-driven algorithms to identify correlations between user-reported factors and bruxism intensity.
- Personalized feedback and behavioral recommendations delivered through the app interface.
- Doctor-verified insights and endorsement from dental professionals.
- Secure data storage and transmission protocols to ensure user privacy.