A sophisticated platform that goes far beyond conventional brainwave analysis — decoding the unique rhythmic signature of every patient's mind. The brain is not merely electricity; it is harmony and resonance.
Like a maestro identifying every instrument playing out of tune, the Fractal Resonance Model examines three distinct layers of neural dynamics.
Measures the power of brainwaves — Alpha, Beta, Theta, Delta — providing the foundational frequency map of neural activity.
Evaluates whether the brain is flexible or rigid. A healthy brain is complex and adaptable; stress or pathology makes it repetitive and predictable.
Verifies whether the patient's frequencies are in harmony with the body's natural biological rhythms — Fibonacci ratios and the golden mean.
A single, clear number — from 0 to 100% — reflecting the brain's overall functional health.
Clinicians use it to monitor whether neurofeedback, medication, or therapy is producing measurable, objective change over time.
Two precision indices that reveal cognitive processing speed and age-related decline risk.
Think of i-APF as the brain's processing speed — a personal cognitive "gear" that determines how quickly and efficiently the mind handles information.
Compares the patient against a normative database for their age group, revealing the gap between Biological Brain Age and Chronological Age.
Cognitive flexibility depends on the brain's ability to fluidly switch between two distinct operating modes.
Measures the brain's capacity to disengage and recover. High Alpha power reflects genuine restorative rest.
Measures sustained focus and attention during active tasks. Beta activity dominates when engagement is healthy.
The platform reveals whether the patient can switch fluidly between states — a hallmark of a well-regulated nervous system.
Visual brain maps use colour to reveal where activity is elevated or suppressed, and which cognitive functions are at stake.
Designed for clinicians who need precision, personalisation, and clarity in every patient interaction.
Diagnoses grounded in measurable data, eliminating reliance on observation alone — reducing clinical subjectivity and improving reproducibility.
Treatment protocols designed around the patient's unique biological frequencies — not generic population averages.
Clear, patient-friendly reports that make progress visible and understandable — strengthening adherence and trust in the therapeutic process.