Electroencephalography (EEG) is a high-speed non-invasive neuro-sensing technique that records microvolt-level electrical voltages generated by millions of firing brain cells at millisecond speed.
Every thought, emotion, and focus state is driven by 86 billion neurons firing synchronized electrical impulses (post-synaptic potentials) inside your cerebral cortex.
These tiny ionic currents travel through tissue and scalp, producing microvolt fluctuations (10μV to 50μV)—about 100,000 times weaker than a AA battery!
Running real-time Fast Fourier Transform (FFT) on raw EEG microvolt data.
Deep Sleep & Recovery: Dominant during deep, dreamless sleep. Essential for brain cell repair and memory consolidation.
Meditation & Screen Fatigue: Associated with deep meditation, creative intuition, or growing mental drowsiness during long iPad screen sessions.
Calm Flow State: The signature of relaxed focus, calm alertness, and effortless learning ("In the Flow Zone").
Active Work & Problem Solving: Surges during intense analytical thinking, executive decision-making, and active coding/work.
Peak Cognitive Synthesis: High-frequency processing during rapid memory recall, complex problem resolution, and peak athletic execution.
The optimal prefrontal topology for noise-free biopotential sensing.
DRL Noise Cancellation: DRL acts like noise-canceling headphones for electricity—injecting an inverted signal to strip away 50Hz/60Hz wall outlet hum and static noise!
Zero sticky medical gel required. Soft conductive silver-polymer fabric electrodes are woven directly into the 15mm stretch headband for instant, comfortable dry skin contact.
Powered by a 24-bit 2-channel biopotential ADC with an integrated 12x Programmable Gain Amplifier (PGA) to resolve microvolts with zero distortion.
From hospital neurology clinics to 24/7 continuous wearable monitoring.
In hospital neurology, EEG is the global gold standard for diagnosing Epilepsy, detecting subclinical absence seizures, and mapping abnormal cortical spike-and-wave discharges.
Abnormal neuronal hypersynchrony produces distinctive 3Hz generalized spike-and-wave electrical bursts that are instantly identifiable on prefrontal EEG channels.