GIL Standard Generator (GSG): A Meta-Standard for Generating Valid, Audit-Friendly Learning Standards

This publication introduces the GIL Standard Generator (GSG), a meta-standard designed to generate and validate audit-friendly, falsifiable, and competency-based learning standards. GSG does not prescribe teaching methods or curricula. Instead, it defines normative structural requirements for what qualifies as a valid, accountable learning process. The generator formalizes the MAP–DRILL–PROOF ontological triad and provides a deterministic Validity Gate through which any generated standard must pass in order to be considered valid. GSG is intended for institutional education, workforce training, micro-credential systems, and VR/AR-supported learning environments where evidence, auditability, and resistance to bypassing are critical. This document specifies the generator schema, validation logic, governance model, and versioning rules, positioning GSG as an infrastructure-level framework rather than a pedagogical methodology.

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-01-13
DOI
https://doi.org/10.5281/zenodo.18234417
Primary Topic
Open Education and E-Learning
Type
article
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article

GIL Standard Generator (GSG): A Meta-Standard for Generating Valid, Audit-Friendly Learning Standards

Omri Bánkuti
Zenodo (CERN European Organization for Nuclear Research)
Open Education and E-Learning
article

GIL Standard Generator (GSG): A Meta-Standard for Generating Valid, Audit-Friendly Learning Standards

Omri Bánkuti
article en

Abstract

This publication introduces the GIL Standard Generator (GSG), a meta-standard designed to generate and validate audit-friendly, falsifiable, and competency-based learning standards. GSG does not prescribe teaching methods or curricula. Instead, it defines normative structural requirements for what qualifies as a valid, accountable learning process. The generator formalizes the MAP–DRILL–PROOF ontological triad and provides a deterministic Validity Gate through which any generated standard must pass in order to be considered valid. GSG is intended for institutional education, workforce training, micro-credential systems, and VR/AR-supported learning environments where evidence, auditability, and resistance to bypassing are critical. This document specifies the generator schema, validation logic, governance model, and versioning rules, positioning GSG as an infrastructure-level framework rather than a pedagogical methodology.

Zenodo (CERN European Organization for Nuclear Research)
Industry, innovation and infrastructure
Openalex Percentile: Top 93%
Open Education and E-Learning
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