What question did this study set out to answer?

The aim is to expand the AUGMANITAI research framework by providing additional architecture and code modules.

May 12, 2026Open Access

AUGMANITAI Multi-Substrate Information-State Phenomenology — Architecture Extras Round 2 (Restricted)

Key Points

The aim is to expand the AUGMANITAI research framework by providing additional architecture and code modules.
Released a bundle of architecture-extension and code-module files for the AUGMANITAI framework.
Included various audit annexes, manifest iterations, and status reports to enhance research accuracy.
Maintained operational mechanics and ethics gating as trade secrets.
Substantiative content is fixed at the time of publication and securely anchored with Bitcoin-OTS.
Ensured integrity of the files through multiple hash algorithms listed in the manifest.
Allows for potential updates in metadata-description and keywords within a 30-day publication window.

Abstract

Restricted bundle of additional architecture-extension and code-module files for the AUGMANITAI multi-substrate information-state phenomenology research framework, beyond the initial reference-implementation and architecture bundles. Includes additional audit annexes, manifest iterations, status reports, and code modules. Strict-Wissenschaft, descriptive architecture + research-grade reference code. Operational mechanics + ethics-gating logic remain trade-secret per V3 §1. B/§1. C. NOTICE: Metadata-description, keywords, and notes may be revised within Zenodo's 30-day post-publication metadata-edit window. Substantive content (files inside the ZIP) is FIXED at publication and Bitcoin-OTS-anchored on 4 calendars. DOI prior-art priority date and file SHA-256 hashes are NEVER modified after publication. Multi-Hash provenance (SHA-256+SHA-512+SHA3-256+SHA3-512+BLAKE3) accompanies as MANIFEST. txt.

AUGMANITAI Multi-Substrate Information-State Phenomenology — Architecture Extras Round 2 (Restricted)

Key Points

Abstract

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