TA-14 Admissible Non-Occurrence Architecture: Architecture Engine for Proving What Did Not Become Real

TA-14 Admissible Non-Occurrence Architecture is the parent evidentiary architecture for proving what did not become real.

The architecture converts refusal, restraint, blocked consequence, avoided outcome, and non-occurrence into admissible, reviewable proof without laundering speculation into false history.

The core rule is:

No admissible non-occurrence. No defensible prevention claim.

This release defines TA-14 Admissible Non-Occurrence Architecture as the parent category governing proof of non-occurrence itself. It distinguishes non-occurrence proof from block logs, dashboards, safety alerts, pre-inference vetoes, and retrospective compliance notes.

The architecture establishes the ANO-7 Non-Occurrence Proof Engine, the Admissible Non-Occurrence Record, the Evidence Attachment Index, the Non-Occurrence Scoring Rubric, the Admissible Non-Occurrence Claim Certificate, the Non-Occurrence Memory Register, the Non-Occurrence Procurement Addendum, and the Challenge and Reversal Pathway.

The central claim is that prevention is not merely a stop, refusal, alert, or blocked event. Prevention becomes admissible only when the non-occurrence can be proven, bounded, challenged, valued, certified, remembered, or revoked without contaminating reality.

TA-14 Admissible Non-Occurrence Architecture is the parent family under which TA-14 Prevented Consequence Architecture operates as an applied child architecture. The parent architecture governs proof of what did not become real; the applied architecture governs prevented consequence claims within that category.

The architecture is designed to help vendors, enterprises, insurers, safety reviewers, environmental integrity systems, AI governance buyers, procurement teams, auditors, boards, and public institutions evaluate whether a system can prove correct non-action before consequence attaches.

Version 1.0.0 is the canonical parent-architecture release for public citation, Zenodo preservation, Google Sites publication, Medium publication, GitHub canon-file split, and downstream review-product development.

Public line:
A blocked event is not proof of prevention. Only a route-complete non-occurrence record can support a defensible prevention claim.

Commercial line:
Can you prove why the system was right not to act?