← Numerical Information Object Theory / NIOT-08 · Nine-layer canonical architecture

Numerical Information Object Theory NIOT-08 · Nine-layer canonical architecture Neo.K (as signed)

Canonical Numerical Architecture: From Numeral Interpretation and Numerical Information Ontology to Authoritative Projection and Responsibility Closure

Specifies a nine-layer architecture (ICNS, NIOT, ISQL, AIC, UEFM, bridges, BCODR, CAIR, MNVP) with candidate/canonical states, versioned promotion and rollback, audit and conformance profiles. It is an interface specification, not an implementation; ICNS, ISQL, AIC, CAIR and MNVP are never defined in this series, only given a one-line role.

A numerical system can be governed by versioned candidate-to-canonical promotion and rollback; this paper gives the interface specification. §245 titles a paper walk-through (its output elided as '[float64 projection: ...]') 'Full End-to-End Demonstration' and says 'it proves', but nothing was executed. The object's 'Core' is defined in three different ways across NIOT-01 and this paper (flagged in the text as an open problem).

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PreviousNIOT-07 · Bidirectional structural localization and responsibility closure · Bidirectional Structural Localization and Responsibility Closure: A Generalized Information-Theoretic Form of BCODR
NextNIOT-09 · AI-native numerical information runtime · AI-Native Numerical Information Runtime: Adaptive Probing, Dynamic Expansion, Responsibility Closure, and Authoritative Commit

This is a full-text translation of the Chinese source, which remains authoritative for its research claims. Translation is not independent mathematical verification and does not upgrade the original evidence level.

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