L6
NS-L6 STANDARD
Human–LLM Responsibility Framework
SPECIFICATION · VERSION 1.1
NS-L6 v1.1 — Human–LLM Responsibility Framework

The authoritative normative specification of the Human–LLM Responsibility Framework.
This release defines the structural, procedural, and epistemic invariants required to maintain deterministic responsibility boundaries.

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NS-L6 Standard — v1.1

Status: FINAL — Normative Publication

Canonical Source:
GitHub Release — v1.1

Version 1.1 provides the first complete and formally validated public release of the NS-L6 Standard. It includes the core specification, supporting RFC, and a set of foundational normative appendices establishing semantics, proofs, and threat models.

Included Documents

NS-L6 Appendix A — Formal Proofs (Public Extract)

Status

Informative Annex (Not Normative)

This appendix provides selected formal constructs required for interpreting the NS-L6 architecture. Complete proofs and derivations are maintained in non-public research documents.

1. Non-invertibility (Axiom B1)

Let fᵢ : Lᵢ → Lᵢ₊₁ denote the transformation between layers.

fᵢ is not invertible
¬∃ g : Lᵢ₊₁ → Lᵢ

Implication: higher layers cannot reconstruct lower-layer states.

2. Observability and Responsibility

Responsibility requires both observability and controllability:

Obs_H(Lᵢ) ≠ ∅
Ctrl_H(Lᵢ) ≠ ∅

For all layers below L5:

Obs_H(Lᵢ) = ∅
Ctrl_H(Lᵢ) = ∅

Thus:

Resp_H(Lᵢ) = ∅    for i < 5

3. Minimal Definition of State (Public)

A minimal public definition (subset of the internal formal theory):

σ : I → S

A state is a mapping from an index I (time, cycle, or step) to a state space S.

This is sufficient for understanding:

  • layered structure,
  • non-invertibility,
  • responsibility allocation.

End of Public Appendix A

This appendix concludes the publicly released formal constructs relevant to NS-L6 v1.1.