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April 8, 20260 citationsOpen Access

The Hamecohming Framework — Institutional Design for Source Transparency and Non-Training Consent in the Generative AI Society

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MOMana Onishi

Key Points

  • The research aims to create a framework that promotes source transparency and protects non-training rights in generative AI systems.
  • Developed the Hamecohming Framework with institutional and technical components.
  • Institutional layer focuses on copyright and fair distribution via a public trust fund.
  • Technical layer integrates traceable metadata and non-training tags into AI outputs.
  • Established a dual-layer design that ensures accountability in AI.
  • Promoted energy efficiency within the AI ecosystem without impairing performance.
  • Facilitated ethical synchronization across AI developments through proposed regulations.

Abstract

Note 1: The reference list is identical to that provided in Version 1.0. Note 2 :There are also the following versions: Hamecohming Framework: Detailed Explanatory Version The Hamecohming Framework : OS-Level Input–Focused Version The Hamecohming Framework: Execution-Boundary Safety Design The Hamecohming Framework: Audit Architecture and AI Vigilance Abstract: This paper proposes the Hamecohming / Umecohming Framework—a dual-layer institutional and technical design for ensuring source transparency and non-training consent in generative AI. The institutional layer (Hamecohming) aligns copyright, non-training rights, and fair distribution through a public trust fund. The technical layer (Umecohming) embeds traceable metadata and non-training tags into AI outputs, allowing verifiable provenance without reducing model performance. Together, they establish a foundation for accountable, energy-efficient, and ethically synchronized AI ecosystems.

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Cite This Study

Mana Onishi (2025) studied this question.

synapsesocial.com/papers/69d5f09e74eaea4b11a7a0bbhttps://doi.org/10.5281/zenodo.19445717
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