SLEEP SOLUTION - Listening to your own Brainwaves - Natural, Clinically Tested, Patented

Real-time brain activity monitoring and feedback system for therapeutic intervention. Enables patients to self-regulate brain function through visual or auditory feedback.

EEG-based neurofeedback systems designed for treatment of ADHD, sleep disorders, performance enhancement and self-regulation. These systems are research-backed and capable of long-term therapeutic outcomes in clinical practice.

Specialized EEG system configured for sleep research and clinical sleep studies, providing high-quality brain activity monitoring throughout sleep cycles.

A wearable EEG measurement device linked to an application that displays sleep metrics and provides personalized recommendations based on patient sleep patterns. The system analyzes brainwave data using artificial intelligence algorithms to quantify sleep quality and stages.

Neurofeedback system designed for clinical and research applications in mental health treatment. The platform integrates real-time brain activity monitoring with biofeedback capabilities and advanced artifact control to support neurostimulation therapies and neuroplasticity-based interventions. Compatible with EEG and neuroimaging modalities for enhanced clinical assessment and treatment precision.

An electroencephalography-based neurofeedback system for brain training and therapeutic intervention. It enables real-time monitoring and feedback of brain electrical activity.

Advanced quantitative EEG (qEEG) brain mapping system for measuring cortical activity and identifying neurological imbalances. Integrated neurofeedback and photobiomodulation protocols enable nervous system regulation and cognitive optimization through real-time brain activity monitoring and therapeutic feedback.

Wireless EEG sleep monitoring device for in-home multi-night objective assessment of sleep architecture and sleep continuity. Features three frontopolar channels providing EEG, EOG and EMG signal features with lightweight design enabling reliable self-application. Includes validated auto-staging, technical editing capabilities, and web-based signal presentation for sleep medicine applications.

EEG biofeedback device for real-time monitoring and assessment of brain electrical activity. Enables therapeutic intervention in neurological and psychiatric disorders through neurofeedback protocols. Supports clinical applications in cognitive rehabilitation, attention disorders, and psychological treatment monitoring.

A therapeutic device that delivers electrical stimulation to improve sleep quality based on real-time brainwave analysis. The device is designed for wearable application with customizable stimulation parameters for individual patient needs.

The Neuro/Biofeedback system is an excellent device that can be used in a variety of cases, such as stress, depression, sleep disorders, biofeedback, relaxation, and muscle Re-Education, which are the mental disorders of modern people. In the modern world, there are increasing disorders of stress, especially. Since stress causes the physiological excitation of our bodies, which leads to the imbalance of the autonomic nervous system, patients can be aware of this phenomenon, and in order to control the autonomic nervous system, various sensors can be used to apply gradual relaxation training, self-training, and breathing control methods to patients. In addition, it has a variety of evaluation screens and training programs for neurofeedback training, so it can be used without the patient's boredom. Biofeedback and neurofeedback can be used differently and together, which has the advantage of achieving the maximum effect of treatment.

A compact wireless home-based sleep testing device that measures frontal biosignals and provides detailed sleep analysis including sleep efficiency, sleep duration, sleep latency, REM latency, sleep stages, and WASO. The system analyzes sleep types, pre-sleep brain activity, heart rate variability-based autonomic nervous system parameters, cardiac and vascular health indicators during sleep, sleep posture metrics, and temporal trend analysis. Results are generated on the same day after device retrieval, with measurements conducted via single-channel EEG and optical pulse wave detection.