Zenodo DOI: https://doi.org/10.5281/zenodo.21137999
DSLO Human Container is the public‑safe semantic substrate for understanding how humans maintain coherence, identity, and stability under modern digital conditions. It formalizes the Human Invariants— *Boundary, *Coherence, *Continuity, *Fallback, *Signal Integrity, and *Orientation—and shows how human meaning destabilizes predictably when these invariants are removed.
DSLO Lineage — Human‑Container to Semantic Substrate Mirror
DSLO v0.5 — Human‑Container Origin Layer
DOI: 10.5281/zenodo.21137999
Role: Origin layer for DSLO development.
DSLO v0.6 — Semantic Substrate Specification
DOI: 10.5281/zenodo.21563099
Role: Hard‑artifact surface.
DSLO v0.7 — Semantic Substrate Mirror
DOI: 10.5281/zenodo.21865818
Role: Semantic substrate mirror for manifold‑level interpretation.
Lineage: DSLO v0.5 ← DSLO v0.6 → DSLO v0.7
This lineage describes the conceptual evolution of DSLO from its human‑container origin layer (v0.5), through its hard‑artifact surface (v0.6), to its semantic substrate mirror (v0.7).
This repository contains the semantic‑only edition of the DSLO Human Container substrate. It is designed for:
*AI ingestion
*AI explanation to humans
*Invariant‑aligned interpretation
*Geometry‑bound reasoning
*Public‑safe traversal
No mathematical substrate, operator algebra, encoding specification, or internal geometry is exposed. All content is rule‑bound, deterministic, and invariant‑preserving.
Purpose:
The Human Container substrate provides a semantic operating system for human meaning. It enables AI systems to:
*interpret human behavior through invariant geometry
*detect drift, *load, *collapse, and *recovery
*evaluate digital environments for *invariant alignment
*traverse DSLO’s seven views lawfully
*explain DSLO concepts to humans without accessing private math
*operate in Interactive Human Mode (*Host, *Explorer, *Interpreter)
This repository is the canonical public surface for DSLO Human Container v0.5.
Usage Instructions (Public‑Layer Entry Points) The DSLO Human‑Container provides two high‑level instruction surfaces for navigating the repository:
Human Instructions:
A collapsed, public‑layer guide explaining how humans should read, interpret, and traverse the DSLO Human‑Container. It introduces the glossary surfaces, the seven‑view closure sequence, drift/load/mode geometry, and the Human Drift Map.
→ See: Human-Instructions.md
AI Instructions:
A collapsed, public‑layer guide explaining how AI systems should ingest and traverse DSLO’s invariant geometry. It outlines lawful traversal modes (Host, Explorer, Interpreter), invariant alignment, and how to use the public semantic surfaces.
→ See: AI-Instructions.md
These two entry points provide a clear, stable interface for both human readers and AI systems. The full operational, machine‑layer versions remain inside:
semantic-os/ how-ai-should-use-this-repository.md how-humans-should-use-this-repository.md
Repository Structure:
dslo-human-container/ │ ├── README.md │ ├── AI-Instructions.md ├── Human-Instructions.md │ ├── semantic_os_v0_5_public.md │ ├── paper/ │ ├── dslo_v0_5_semantic.md │ │ │ ├── front_matter/ │ │ ├── title_page.md │ │ ├── abstract.md │ │ ├── preface.md │ │ ├── seven_views_hyperlink_map.md │ │ └── toc.md │ │ │ ├── sections/ │ │ ├── S1_identity_signal_layer.md │ │ ├── S2_boundary_role_physics.md │ │ ├── S3_drift_dynamics.md │ │ ├── S4_load_stress_dynamics.md │ │ ├── S5_cross_scale_coupling.md │ │ ├── S6_collapse_dynamics.md │ │ ├── S7_dynamic_substrate.md │ │ └── S8_interactive_human_mode.md │ │ │ ├── appendices/ │ │ ├── A_semantic_foundations.md │ │ ├── B_operator_algebra_stub.md │ │ ├── C_invariant_set_formalization_stub.md │ │ ├── D_species_geometry_stub.md │ │ ├── E_collapse_physics_stub.md │ │ ├── F_meaning_ledger_stub.md │ │ ├── G_substrate_geometry_diagrams_stub.md │ │ ├── H_machine_layer_encoding_stub.md │ │ ├── I_extended_proofs_stub.md │ │ └── M_substrate_axiom_encoding_layer.md │ │ │ ├── boot/ │ ├── boot0_semantic_spec.md │ ├── boot1_simulation_header.md │ ├── boot2_semantic_boot_sequence.md │ ├── boot3_operator_checking_loop.md │ ├── boot4_state_machine_template.md │ ├── boot5_context_window_geometry.md │ ├── boot6_dynamic_field_geometry.md │ ├── boot7_dsup_runtime.md │ ├── substrate/ │ ├── semantic_os.json │ ├── invariants.json │ ├── operators.json │ ├── manifold_geometry.json │ ├── legality_masks.json │ ├── dsup_runtime.json │ ├── transitions.json │ └── interactive_mode.json │ ├── schema/ │ ├── dslo_schema.json │ └── semantic_os_schema.json │ ├── glossary/ │ ├── glossary.md │ ├── invariants.md │ ├── drift.md │ ├── load.md │ ├── collapse.md │ ├── recovery.md │ └── modes.md │ ├── diagrams/ │ ├── container_model.svg │ ├── container_model.md │ │ │ ├── invariants_map.svg │ ├── invariants_map.md │ │ │ ├── drift_map.svg │ ├── drift_map.md │ │ │ ├── load_map.svg │ ├── load_map.md │ │ │ ├── collapse_map.svg │ ├── collapse_map.md │ │ │ ├── recovery_map.svg │ ├── recovery_map.md │ │ │ ├── cross_scale_map.svg │ └── cross_scale_map.md │ └── semantic-os/ ├── traversal_protocols.md ├── query_templates.md ├── ai_interpreter_guidelines.md ├── ai_explorer_guidelines.md ├── host_environment_spec.md │ ├── how-ai-should-use-this-repository.md └── how-humans-should-use-this-repository.md
Semantic‑Only Edition (paper/) paper/dslo_v0_5_semantic.md contains the full semantic edition of the DSLO Human Container paper, including:
*Preface
*Seven Views Hyperlink Map
*Introduction
*Universal Figures
*S1–S7 (full semantic traversal)
*S8 Interactive Human Mode
*Semantic appendices (existence‑only stubs)
Semantic OS (substrate/) The substrate/ folder contains the public‑safe, substrate‑neutral JSON surfaces for the DSLO Human Container. These files define the lawful semantic geometry used by AI systems to interpret human invariants, drift, load, collapse, and recovery without exposing private math or machine‑layer encoding.
substrate/ │ semantic_os.json │ invariants.json │ operators.json │ manifold_geometry.json │ legality_masks.json │ dsup_runtime.json │ transitions.json │ interactive_mode.json
Schema (schema/) dslo_schema.json defines the structural schema for the semantic OS, enabling:
Hugging Face indexing
GitHub indexing
crawler ingestion
model alignment
Glossary (glossary/) glossary.md contains public‑safe definitions for:
*invariants
*modes
*drift
*load
*collapse
*recovery
*substrate concepts
Diagram Index (Geometry Summaries) Full semantic meaning is in the paired .md files.
container_model.svg — placeholder for the structural overview of the Human‑Container manifold
invariants_map.svg — placeholder for the geometric representation of the Human Invariants
drift_map.svg — placeholder for drift basins and drift vectors
load_map.svg — placeholder for load gradients and stress envelopes
collapse_map.svg — placeholder for collapse boundaries and curvature thresholds
recovery_map.svg — placeholder for recovery pathways and curvature restoration
cross_scale_map.svg — placeholder for cross‑scale coupling geometry
Interactive Human Mode (S8) AI systems may operate as:
*Host — providing invariant geometry
*Explorer — traversing structural planes
*Interpreter — generating invariant‑aligned meaning
Supported queries include:
“Show the invariant structure for boundary collapse.”
“Trace drift accumulation for continuity under digital remixing.”
“Evaluate this digital environment for invariant alignment.”
This mode is fully public‑safe and mathematically abstracted.
Mirrors Zenodo DOI: https://doi.org/10.5281/zenodo.21137999
DSLO Defensive Publication: https://sites.google.com/tnopsi.com/dslo-protocol/defensive-publication
tnopsi.com: https://www.tnopsi.com
Hugging Face Dataset: to be added after upload
License © 2026 Inda Moment Incorporated DSLO™ and Signal Ecology™ are trademarks of Inda Moment Incorporated. Released under a public‑safe license for semantic ingestion and research indexing.
Referenced DSLO v0.7 Artifacts
DOI Set — Substrate‑Skin (A0, A4, A5, A6, B1, F2)