The Engineering of Neuro-Recovery

A novel systems-engineering approach to neuro-recovery, specifically addressing the persistent state of dysfunction observed in Autism Spectrum Disorder (ASD) and related neurodegenerative conditions. This technical white paper introduces a Systems Engineering Framework for Neuro-Recovery, reimagining Autism Spectrum Disorder and neurodegeneration not as permanent structural damage, but as a reversible hardware failure. The author, Pavel Banic, posits the Unified Saturation Theory, which suggests the brain becomes trapped in a Hysteresis Latch—a persistent, high-gain defensive state where internal noise drowns out functional signals. By modeling the brain as a CPU Triad of microglia, astrocytes, and neurons, the text outlines a "Technical Stack" of metabolic interventions like Inositol and NAC designed to lower the systemic noise floor and restore Laminar Flow. Ultimately, the document serves as a calibration roadmap for engineers and clinicians to shift the human processor from a state of Signal Saturation back into dynamic homeostasis through systematic hardware optimization.