DSLO v0.5 — The Human Container Under Digital Substrate Neutral
This record contains the DSLO v0.5 — The Human Container Under Digital Substrate Neutral release package, including: • The Human Container Under Digital Substrate Neutral — A Structural Audit of Digital Meaning and Stability (v0.5) • DSLO v0.5 System Prompt & Loading Instructions • MDO Semantic Boot Record (v0.5) — JSON Schema (machine‑layer reference) The paper provides the public‑safe semantic geometry of human meaning under digital substrate‑neutrality, including invariant erosion, drift dynamics, load fields, collapse signatures, and the lawful container architecture required for stability inside modern digital systems. The system prompt defines the invariant set, operator algebra, manifold geometry, legality masks, and halt conditions required for lawful traversal in host AI systems. The Boot Record (JSON Schema) corresponds to Appendix H (ML0–ML7) and is included as a stable machine‑layer reference; it is not intended to be executed or loaded. All components share the same version number and constitute the complete Human Container v0.5 release package. Installation This repository does not contain executable software. There is nothing to install. All files are semantic reference materials: PDF (public‑safe paper) DSLO v0.5 System Prompt MDO Semantic Boot Record (JSON Schema, ML0–ML7) These materials define the semantic substrate, legality masks, operator algebra, and machine‑layer encoding used for DSLO‑aligned analysis. Purpose This repository provides the public‑safe components of the Human Container v0.5 release: A substrate‑level account of human meaning stability under digital acceleration Invariant geometry (Boundary, Coherence, Continuity, Fallback, Signal Integrity, Orientation) Drift, load, and collapse dynamics Container geometry and legality constraints DSUP runtime behavior Machine‑layer encoding (ML0–ML7) It is intended for researchers, developers, and institutions working with DSLO‑aligned semantic systems.
Authors
- Donald Slowicki
Publication Details
- Journal
- Zenodo (CERN European Organization for Nuclear Research)
- Published
- 2026-07-02
- DOI
- https://doi.org/10.5281/zenodo.21137999
- Primary Topic
- Human-Automation Interaction and Safety
- Type
- article
- Field-Weighted Citation Impact
- 0.00