Funding
Funding not disclosed
Founders
Product
Problem
Traditional sleep monitoring and intervention methods often rely on cumbersome, clinic-based equipment, limiting accessibility and continuous data collection. This can hinder the timely identification and management of sleep disorders and the optimization of sleep quality.
Solution
Flexolink develops advanced non-invasive brain-computer interface (BCI) and electroencephalography (EEG) technologies to provide accessible and accurate sleep monitoring and intervention solutions. Their product portfolio includes medical-grade EEG sleep monitors for clinical applications and consumer-level BCI sleep devices for personal use. By leveraging proprietary biosensing and algorithmic approaches, Flexolink aims to enhance sleep quality and support the management of sleep-related health concerns.
Target Audience
The primary target audience includes medical professionals and institutions requiring precise sleep diagnostics, as well as consumers seeking to monitor and improve their personal sleep quality and cognitive performance.
Features
- **Medical-Grade EEG Sleep Monitor (BM01):** A lightweight, flexible, medical-grade BCI device designed for clinical sleep monitoring, featuring a thin, ergonomic design for comfortable, long-term wear. It is registered as a Class II medical device in China.
- **Consumer-Level EEG Sleep Monitor (AirDream Patch):** A light, thin, and comfortable EEG monitoring device utilizing a single-channel brain patch with 3 high-precision bioelectrodes for applications such as sleep monitoring, focus tracking, meditation, and fatigue detection.
- **EMG Smart Bracelet (Air-Band):** A flexible interactive bracelet equipped with electromyography (EMG) sensors for real-time gesture decoding and control of external systems, including VR environments and smart devices. It offers 20-gesture recognition with low latency.
- **Sleep Intervention Robot (Little Soft Dream):** An AI-powered sleep aid robot that works with a companion app to provide real-time intervention during sleep, aiming to improve sleep structure and facilitate intelligent wake-ups.
- **Proprietary Algorithms:** Utilizes deep learning and brain-like algorithms (e.g., HDC) for signal processing, sleep stage analysis, and personalized sleep intervention strategies.
- **Data Management and Reporting:** Offers companion mobile applications for data visualization, personalized sleep solutions, and the generation of trackable sleep reports. The medical-grade system provides professional reports to aid clinical decision-making.
- **Flexible Electrode Technology:** Employs advanced flexible electrode materials, including hydrogel, for enhanced comfort, skin-friendliness, and signal acquisition.