The previous papers in this series established two propositions. The first is that verification — the capacity to determine whether intelligence corresponds to reality — is becoming the scarce resource of the intelligence age. The second is that intelligence systems operating without adequate verification diverge from reality through recursive feedback, becoming more internally coherent and more externally wrong with each cycle. This paper argues that the challenge is not new. The discipline of quality engineering confronted and substantially solved a structurally identical problem over the course of the twentieth century: the challenge of producing reliable outputs from complex processes operating under uncertainty. The solutions developed by Deming, Juran, Shewhart, Toyota, and the broader quality movement share a foundational insight: reliability does not emerge as a by-product of capability. It must be engineered. Deming provided the philosophical foundation: quality is a systemic property that cannot be inspected into a product after production. Juran provided the operational framework: quality must be planned, controlled, and improved as a management discipline, with measurable costs and structured processes. Together, they demonstrated that the relationship between a process and reality must be architecturally maintained — not assumed, hoped for, or retroactively verified. Artificial intelligence now faces the same transition. The industry has invested enormously in capability. It has invested comparatively little in the systematic verification architectures that would determine whether those capabilities produce reliable outcomes in practice. The quality engineering tradition offers both the diagnosis and the architectural precedent for what must be built. ---