What a Brain Map (QEEG) Really Shows - And Why It Changes Everything

A brain map gives you a clear, visual picture of how the brain is functioning in real time.
Using a comfortable sensor cap, we measure brainwaves with eyes open and eyes closed to see how the brain behaves when it’s calm and when it’s processing the world around it.

This is not a diagnosis — it’s a functional blueprint that finally explains the “why” behind behaviour, learning, emotions, focus, and overall regulation.

What We MeasuremOveractive & Underactive Areas

We can see which parts of the brain are working too hard and which ones aren’t activating enough.
These patterns help explain challenges related to:

attention & focus

impulsivity

anxiety

emotional regulation

speech & language

reading & learning

sensory overload

low tone & fatigue

Brainwave Balance

Your brain uses different waves for different tasks.
We analyse:

Slow waves (linked to inattention and slow processing)

Fast waves (linked to anxiety or difficulty calming)

Processing waves (linked to memory, comprehension, and learning)

If these waves are out of balance, progress feels harder — and now you’ll know exactly why.

Connectivity & Communication

A key part of the scan reveals how well the brain “talks” to itself.

We measure:

left–right hemisphere communication

thinking vs. emotional brain activity

how efficiently the brain processes information

how the cerebellum supports learning, balance, and regulation

Weak connectivity often shows up as:

dyslexia

speech delays

emotional ups and downs

clumsiness or poor coordination

slow academic progress

Stress & Regulation Patterns

The scan shows whether the brain is:

stuck in fight-or-flight

overwhelmed by sensory input

struggling to calm down

overactive or exhausted

This is especially valuable for children with meltdowns, anxiety, ADHD-like symptoms — and adults experiencing stress or burnout.

Primitive Reflex Links

Certain brainwave patterns correlate with retained primitive reflexes or delayed neurological maturity.
This allows us to design targeted exercises that support stronger developmental foundations.