Precise EEG, closed-loop treatment — the world's first desktop-level non-invasive BCI closed-loop diagnosis and treatment system
The world's first desktop non-invasive brain-computer interface closed-loop diagnostic and treatment system, achieving a fundamental leap from traditional open-loop stimulation to intelligent closed-loop neuromodulation.
Prefrontal FP1 and FP2 dual-channel EEG with synchronized PPG pulse rate signal acquisition, supporting HRV and blood oxygen monitoring; adjustable sampling rates of 250/500/1000Hz, and 6-axis IMU head motion and posture tracking.
Dual-channel stimulation supports multiple targets including the ear and frontal lobe, with customizable stimulation parameter protocols; ±2mA maximum current, 10% output accuracy, and flexible combination of tDCS/tACS/taVNS modes.
Real-time EEG and pulse rate signals drive dynamic coordinated adjustments of VR scenarios and stimulation parameters, constructing a complete therapeutic loop of "state assessment - precise exposure - real-time intervention - efficacy quantification."
Industry's first closed-loop digital therapeutics platform integrating Mini-VR + EEG + TES/taVNS
Over 200 rich immersive VR training modules, adaptable to various conditions
Integrated headset design for quick wearing, low patient burden, and compatibility with various head shapes
Enhanced wireless transmission anti-interference capabilities ensure the real-time nature and integrity of wireless EEG signal transmission
Redefining the Precision Diagnosis and Treatment Model for Neuropsychiatric Disorders
Wearable devices collect baseline EEG and pulse rate signals, match disease subtypes, and determine neural electrical stimulation sites.
Load personalized VR scenarios to precisely expose corresponding pathological neural states while synchronously decoding EEG and pulse rate signals.
Synchronously adjust VR scenarios and tDCS/tACS stimulation parameters in real time based on signals, achieving closed-loop modulation of abnormal neural circuits.
Re-measure EEG and pulse rate indicators after treatment, quantify efficacy by comparing with baseline signals, and automatically generate detailed reports.
Five-step closed-loop treatment process, forming a complete loop from baseline collection to efficacy report
Patient completes wearing, collecting baseline EEG and pulse rate signals
Match patient disease subtype and determine tDCS/tACS neural electrical stimulation sites
Load personalized VR scenarios to expose pathological neural states, synchronously collecting, decoding, and analyzing signals
Adjust VR scenarios and stimulation parameters in real time based on signals, achieving closed-loop control of precise exposure and intervention
After emotional stabilization, re-measure indicators and compare them with the baseline to quantitatively evaluate efficacy and generate a detailed report
The world's first desktop-level non-invasive brain-computer interface closed-loop diagnostic and therapeutic system—book a demo now to witness the leap from open-loop stimulation to intelligent closed-loop neuromodulation