ENHANCE publishes structural benchmark reports, case analyses, and methodological frameworks. All findings are derived from publicly disclosed information, evaluated through deterministic, reproducible logic.
Version 1.1 supersedes Version 1.0 (October 29, 2026): correction of the legal entity name and of wording on records not publicly available; findings unchanged.
SHA-256 (v1.1): ce4ad818e6f171bbe6a08e49aa88d2d3f2153f31802eb5e148c34ff1c897a966
SHA-256: ac5532a9f0f835d76d6e4e6b95c414c8b244f2d5756db8f6b20e1407486fc121
The Structural Integrity Index is defined as SII = k/20, where k is the number of satisfied structural conditions across the full canonical question set. The denominator is fixed. No discretionary weighting. No probabilistic AI judgement. Ours can be explained in one sentence:
"How many of the 20 structural conditions required for a coherent causal chain are present in the documented design?"ToC:f(x)™ Canonical Framework v2.0