Chain Integrity in Autonomous Governance Systems

AMO Research Series — Conceptual Paper Repository

Governance without chain integrity is policy, not constraint. Chain integrity is what transforms a sequence of delegations into a verifiable authority structure.

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What This Repository Is

This repository contains the conceptual paper and formal specification that extract the structural law evidenced by the AI-Delegation-Learning-Lab: Chain Integrity as a governance primitive.

The lab demonstrated, through four executable scenarios, that delegation does not transfer authority — it issues a derived, scoped, time-bounded grant. This paper formalises the structural law that makes that distinction load-bearing across any autonomous governance domain.

Chain integrity is not a feature to be added to a governance system. It is the minimal structural condition that makes a governance system verifiable at all.

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Thesis

A governance system is chain-integral if and only if:

1. Every state transition in every node of the authority chain is replayable
2. Every grant is causally traceable to a root grant
3. Revocation at any node propagates structurally to all derived grants
4. No delegation can exceed the scope of its parent grant

These four properties are domain-independent. They hold identically for filesystem capabilities, AI agent authority channels, API permission hierarchies, and hardware governance architectures.

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Positioning in the AMO Corpus

AMO Core v3 (architecture — Spanish, orbital repository model)
    └── AMO Research Series (English, Zenodo)
            ├── Papers 1–8 (published)
            │       ├── Paper 1: Structural governance foundations
            │       ├── Paper 2–7: Authority collapse, commit boundary, admissibility
            │       └── Paper 8: AMO vs. OTANIS comparison
            │
            ├── AI-MCP-Learning-Lab
            │       └── empirical: identity ≠ authority
            │
            ├── AI-Delegation-Learning-Lab
            │       └── empirical: derivation mechanics, cascade revocation, chain replay
            │
            └── Chain-Integrity-in-Autonomous-Governance-Systems  ← THIS REPO
                    └── conceptual: the structural law the lab evidence supports

Relationship layer:

• AMO Core v3 defines how authority is encoded structurally (orbital architecture, radial not vertical).
• The Research Series defines why those structural choices are necessary (governance theory).
• The Labs provide empirical validation of specific mechanics.
• This paper extracts the minimal formal condition that unifies all three layers.

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Repository Structure

Chain-Integrity-in-Autonomous-Governance-Systems/
├── README.md                          ← you are here
├── paper/
│   ├── chain-integrity-paper.md       ← full academic paper (10 sections)
│   └── formal-spec.md                 ← formal definitions, properties, proofs
├── diagrams/
│   ├── chain-integrity-model.svg      ← authority chain structure
│   ├── derivation-vs-transfer.svg     ← conceptual distinction diagram
│   └── cascade-revocation.svg        ← revocation propagation model
├── adr/
│   └── ADR-001-paper-scope.md        ← why standalone paper, not lab extension
└── references/
    └── implementation-evidence.md    ← AI-Delegation-Learning-Lab as empirical basis

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Reading Order

Step	File	Purpose
1	adr/ADR-001-paper-scope.md	Understand why this exists as a standalone artefact
2	paper/chain-integrity-paper.md	Full conceptual and theoretical treatment
3	paper/formal-spec.md	Machine-checkable definitions and properties
4	references/implementation-evidence.md	Grounding in the lab's empirical results
5	diagrams/	Visual models of all three structural concepts

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Relation to AMO Core v3

AMO Core v3's orbital architecture encodes authority as radial, not vertical. The orbital model is a structural consequence of chain integrity: a node at orbit n cannot hold authority that has not propagated inward from orbit n−1. The amo-foundation repository defines the root grant semantics. Every outer orbit is a derived grant with scope ⊆ parent scope.

Chain integrity is therefore not an addition to AMO Core — it is the mathematical condition that the orbital architecture is designed to satisfy.

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Status

Artefact	Status
Paper (all 10 sections)	Complete
Formal specification (all 7 definitions)	Complete
Diagrams (SVG)	Complete
ADR-001	Complete
Implementation evidence	Complete

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Citation

Rubio Albacete, R. (2025). Chain Integrity in Autonomous Governance Systems. AMO Research Series. Zenodo. https://doi.org/10.5281/zenodo.20480295

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AMO Research Series — Architecture-first governance for autonomous systems.