Balance. Coordination. Reflex integration. Eye control. Timing. Arousal regulation. These foundational systems develop first for a reason — everything else stands on them. And they're supposed to become automatic: to run in the background, for free, without your child ever thinking about them.
When the foundation doesn't finish automating, your child pays conscious attention for things other kids get for free: staying upright in a chair. Tracking their eyes across a line of text without losing their place. Keeping their hands and body still. Managing their own volume and arousal in a loud classroom.
Attention is finite. If it's being spent on staying upright and regulated, there is nothing left for the worksheet — or the transition, or the instruction you just gave, or the sibling who took the remote.
Your child isn't out of willpower. They're out of bandwidth. And bandwidth is not a discipline problem — you cannot consequence your way into a system that hasn't finished developing.
Primitive reflexes are the automatic movement patterns every baby is born with. They're supposed to integrate — switch off — as higher systems come online. When they don't, they're the clearest visible sign the foundation is unfinished. Run these three checks tonight:
Have your child kneel on all fours and slowly turn their head to one side. Watch the opposite arm — does it bend or collapse on its own, without them deciding to?
One foot, eyes closed, arms at their sides. Most kids their age can hold it steady. Watch for wobbling, hopping, or arms flying out within a few seconds.
Move a pen slowly left to right about a foot from their face. Their eyes should follow smoothly — without the head coming along for the ride, and without jumping or watering.
Most parents have never seen any of this. Once they do, everything else makes sense at once.
Retained reflexes are a marker we screen for and work directly — one visible piece of a bigger picture that includes sleep, arousal regulation, vestibular and bilateral skill, timing, eye control, and executive function. Our program builds that foundation through daily, graded practice, and then spends the freed-up bandwidth on the skills your family actually needs: homework, transitions, frustration tolerance, follow-through.
We anchor the program on approaches with strong evidence behind them — parent training, sleep intervention, daily physical activity, executive-function scaffolding, and structured routines — with sensorimotor work as one component, not the whole theory.
We're developmental coaches, not clinicians. We don't diagnose, we don't treat medical conditions, and if your intake shows something that belongs in front of a pediatrician, OT, speech therapist, or psychologist, we'll tell you — before you pay us anything.
We'd rather you see the actual studies than take our word for it. Here's what we build on, and how we incorporate it into our work.
Researchers at Charles University found that school-age children with ADHD showed significantly higher rates of persisting Moro and Galant reflexes than matched controls — and proposed that some ADHD symptoms may reflect compensation for unfinished early development. A 2023 systematic review and meta-analysis pooled the available studies and confirmed the association between ADHD and retained tonic neck reflexes.
How this connects to what we do: Reflex integration is the first thing we screen for and one of the first things we work on. The developmental reflex exercises in your daily block — Moro, Galant, ATNR, Palmar, and rooting — target exactly the patterns these studies identified in children who struggle with attention.
Konicarova & Bob (2012), Activitas Nervosa Superior →
Systematic review & meta-analysis (2023), Frontiers via PMC →
A randomized, double-blind controlled trial at the Karolinska Institute found that children with ADHD who practiced computerized working-memory tasks daily improved not only on the trained tasks but on untrained measures of working memory, response inhibition, and reasoning — with parents reporting fewer inattentive symptoms, both immediately and at follow-up.
How this connects to what we do: This is the model behind the Brain Arcade. Your child's daily cognitive games adapt to their level and target working memory, processing speed, and impulse control — the same capacities this trial showed can be built through consistent, adaptive practice.
Klingberg et al. (2005), Journal of the American Academy of Child & Adolescent Psychiatry →
A widely cited review of the neuroscience of experience-dependent plasticity lays out the principles by which the brain reorganizes in response to practice: use it or lose it, use it and improve it, repetition matters, intensity matters, and specificity matters. These principles are why the program is daily rather than weekly, and why the work is targeted rather than general.
How this connects to what we do: These principles shape the whole structure of the program. Twenty minutes every day rather than an hour once a week. Exercises matched to your child's level rather than a generic routine. Progression only when the foundation is ready. The design follows the science of how brains actually change.
Kleim & Jones (2008), Journal of Speech, Language, and Hearing Research →
Neural Bridge is a coaching program built on this research. It complements, and never replaces, care from your pediatrician or a licensed therapist.
Three short tests you can do tonight, on your kitchen floor, in about three minutes. They'll show you something most parents have never been shown — and give you a clear place to start.
Take the Free 3-Minute Screener Zero commitment.