Hardware Introduction

The Korea Brain Science Institute develops proprietary hardware optimized for EEG measurement and neurofeedback training, providing more precise and practical brain utilization solutions.

BrainSC

A non-invasive 2-channel headband system with a user-friendly portable design, utilizing both earlobes for EEG measurement, analysis, and training.

NST(Neuro Sound Technology)

A tool that uses sounds such as nature sounds, background music, binaural beats, monaural beats, and isochronic tones along with specific frequencies to synchronize brainwaves and support balanced, integrated brain function.

PowerNap

A training device that automatically measures and analyzes the user's brainwaves, provides feedback based on brainwave states, and enhances brain homeostasis, particularly supporting sleep induction.

Neuro Brain

뉴로피드백기반을 통한 뇌파측정 및 분석, 훈련이 가능한 휴대용 시스템 원신호대비 평균 .942(p<0.001)를 나타내어 주파수별 신호 측정에 대한 신뢰성이 입증

NST(Neuro Sound Technology)

Designed to improve various conditions such as cognitive function and provide healing effects, this device offers training tailored to user goals, with the advantages of portability and convenience.

Neuro Brain

PowerNap

Easily portable and user-friendly, equipped with trauma recovery and reset functions, 30-minute training sessions, and 43 built-in training programs.

Software

The Korea Brain Science Institute develops and operates proprietary brain utilization software that integrates EEG data analysis, training design, and results reporting.

Analysis

The Korea Brain Science Institute provides a variety of analytical reports based on EEG and physiological data. From aptitude and personality analysis to growth prediction and brain function evaluation, we deliver scientifically structured results that support personalized solutions.

연구논문

The Korea Brain Science Institute publishes research findings accumulated across various fields including EEG, cognition, emotion, and education. Through numerous studies featured in domestic and international journals, we demonstrate the scientifically grounded potential of brain utilization.