On August 12, 2026, Ceresenso (Wuhan Brain Link Technology Co., Ltd.) joined forces with Wuhan Textile University to officially kick off a Key Research and Development (R&D) Program supported by the Wuhan Science and Technology Bureau.
As the sole industrial lead responsible for engineering implementation, Ceresenso spearheads the R&D of a Portable Multimodal Flexible Sensing, Recognition, and Intervention System for Brain Signals.
Advancing Flexible Sensing Electronics for Mental Health BCI
Mental health monitoring, especially early screening and intervention for adolescent depression, requires high-precision brain signal acquisition that is comfortable, non-invasive and suitable for long-term daily wear. Traditional rigid EEG electrodes easily cause discomfort during long monitoring sessions and cannot meet the flexibility requirements of wearable clinical and research applications.
To solve these pain points, this government-backed project integrates flexible electronics and multimodal brain signal decoding. Combining high-density flexible sensor arrays and advanced signal processing algorithms, Ceresenso aims to transform bulky lab-grade BCI hardware into lightweight, skin-friendly wearable devices.
Key Innovations of the Multimodal Sensing System
- Flexible & Soft Sensing Arrays Utilizing biocompatible flexible materials, our custom sensors fit scalp contours perfectly, maintaining stable low-impedance contact without scalp irritation.
- Multimodal Signal Acquisition By combining electroencephalography (EEG) with other physiological signals such as near-infrared spectroscopy and autonomic nervous system data, the system collects comprehensive neurological information to support accurate assessment.
- Wearable & Portable Form Factor Optimized for low power consumption and high signal-to-noise ratio (SNR), this wearable system moves BCI monitoring out of labs and hospitals, enabling usage at schools and homes.
Government-Backed Credibility & Industrial Manufacturing Excellence
Being selected as the exclusive corporate lead of this municipal key R&D project demonstrates Ceresenso’s strong technical competence in neurosensing. Supported by in-house manufacturing capability, ISO 13485 certification and long-term university research cooperation, Ceresenso connects academic innovation with scalable commercial production.
Partner with Ceresenso for Custom Flexible BCI Sensors & Hardware
If you are university labs, medical device developers or BCI startups seeking custom flexible electrodes, OEM EEG caps and tailored neurosensing solutions, Ceresenso delivers full services from prototype design to mass manufacturing.
Contact the Ceresenso Engineering Team today to discuss custom hardware development and your research requirements.