Architecture Papers
Arqua Architecture Papers form a coherent body of doctrine, reference architecture and applied guidance derived from the Arqua Canonical Architecture.
Each paper develops a defined part of the institutional intelligence system rather than introducing an independent framework.
The papers examine how institutions preserve meaning, authority, admissibility, accountability and consequence as cognition, reasoning, data, semantics, workflows and execution become increasingly distributed across platforms, AI systems and automated operations.
Arqua’s architecture programme is organised around a central question:
How does an institution preserve legitimate authority, coherent meaning, admissible execution and accountable consequence when intelligence and execution are distributed across systems, platforms, data products, semantic layers and AI agents?
Start here
- Arqua Canonical Architecture — Constitutional reference architecture
- Enterprise Intelligence Architecture — Capstone reference architecture
- Enterprise Representation Intelligence — Flagship architecture paper
- Institutional Memory
- The Enterprise Control Plane
- Agent Architecture and the Enterprise Control Plane
- Execution Admissibility Architecture
The Sovereign Boundary explains what must remain governable when institutions delegate capability.
The Alignment Architecture explains how meaning, execution and admissibility must remain connected.
Enterprise Intelligence Architecture explains the full reference architecture for representing, governing and acting on operational reality.
The Enterprise Control Plane explains the control mechanism: how accepted architecture survives implementation, AI use, decision, consequence and change.
Agent Architecture and the Enterprise Control Plane explains how AI-enabled systems become governed runtime actors when they exercise task-level discretion inside enterprise authority boundaries.
Agent Control Plane Reference Guide provides implementation controls for agent registry, control contracts, effective actor resolution, runtime enforcement, run records, evidence governance, lifecycle control and offboarding.
Execution Admissibility Architecture explains how proposed action becomes admissible, refused or escalated at the moment consequence binds.
The Sovereign Boundary
defines what must remain governable.
The Alignment Architecture
defines what must remain connected.
Enterprise Intelligence Architecture
defines the complete reference architecture.
The Enterprise Control Plane
preserves continuity through implementation and use.
The Agent Control Plane
governs AI runtime actors.
Execution Admissibility Architecture
governs the runtime consequence boundary.
Enterprise Intelligence Architecture is the capstone reference architecture. It describes how an institution represents operational reality, preserves meaning, governs use, enables AI, executes authorised decisions and learns from outcomes.
The Enterprise Control Plane is the continuity mechanism inside that architecture. It preserves identity, meaning, authority, provenance, permitted use, lineage, conformance, accountability and reconstructability as accepted architecture becomes implementation, runtime use and operational consequence.
Execution Admissibility Architecture is the runtime discipline that determines whether a proposed action may legitimately alter operational reality at the moment consequence binds.
Published papers
Paper grouping
Foundations
Papers dealing with sovereignty, survivability, alignment, representation, meaning, memory and semantic governance.
- Arqua Canonical Architecture — Constitutional reference architecture
- The Sovereign Boundary
- The Alignment Architecture
- Enterprise Intelligence Architecture — Capstone reference architecture
- Enterprise Representation Intelligence — Flagship architecture paper
- Institutional Memory
- Architectural Survivability
- System Model Foundation
The continuously operating capability that keeps institutional representation aligned with operational reality and connects semantic foundations to institutional memory, runtime context and governed action.
Runtime
Papers dealing with context assembly, control planes, coordination, agents, admissibility, consequence and evidence.
- Runtime Context Assembly
- The Enterprise Control Plane
- Agent Architecture and the Enterprise Control Plane
- Agent Control Plane Reference Guide
- Enterprise Intelligence Execution Architecture
- Execution Admissibility Architecture
- Architecture of Record
- SCIA Runtime
- Execution Passports
Applied Architecture
Reference guides, insertion patterns, data-product architecture, AI-ready data, GraphRAG, agent controls and implementation-oriented guidance.
- AI-Ready Enterprise Semantics
- The Semantic Contract Surface
- Architecture Authority as Control Plane
- DAS3 Enterprise Intelligence Architecture
Failure Modes and Doctrine
Papers explaining desynchronisation of authority, attribution collapse, semantic drift, governance survivability, institutional recomputation and related failure modes.
- The Desynchronization of Authority
- Execution Attribution Collapse
- Governance Survivability and the Limits of Institutional Recomputation
- Execution Legitimacy Drift
- Consequence Escape
Paper 0 — The Sovereign Boundary
Delegated Meaning and the Architecture of Institutional Sovereignty
Status: Published
Role: Doctrine paper
Summary
This paper defines what must remain governable when institutions delegate capability. It introduces the Sovereign Boundary as the architectural and governance boundary through which an institution preserves meaning, maintains interpretive continuity, validates authority, determines admissibility, governs execution and owns consequence.
Transformation
Delegated capability → preserved institutional sovereignty
Links
PDF forthcoming
The Desynchronization of Authority
Why AI-mediated execution requires Execution Admissibility at T=0
Status: Published
Role: Failure-mode paper
Summary
This paper explains the failure mode that emerges when point-in-time authority is treated as continuously valid while AI-mediated systems execute later, faster and under changed runtime conditions.
Transformation
Point-in-time authority → runtime admissibility requirement
Links
The Alignment Architecture
Alignment as the Foundation of Coherent Action in AI-Mediated Systems
Status: Published
Role: Conceptual foundation
Summary
This paper defines the relationship between meaning, execution and admissibility. It explains how AI-mediated systems can act coherently only when institutional intent, operational action, evidence and consequence remain mutually consistent across changing contexts.
Transformation
Meaning → execution → admissibility
Links
Enterprise Intelligence Architecture
From Operational Reality to Governed Action and Revised Representation
Arqua Architecture Paper
Working Draft v0.7 | July 2026
Status: Published
Role: Capstone reference architecture
Focus
Enterprise Intelligence Architecture defines the capstone reference architecture for representing operational reality, preserving meaning, governing reliance, enabling AI-mediated execution, controlling consequence and revising future representation.
Short description
This paper explains how operational reality becomes represented reality, accepted meaning, declared reliance, governed decision, authorised consequence and revised representation without losing institutional continuity.
Transformation
Operational Reality → Governed Action → Revised Representation
Links
Download PDF → PDF forthcoming
The Enterprise Control Plane
From Information Transport to Institutional Continuity
Arqua Architecture Paper
Version 1.0 | July 2026
Status: Published
Focus
Enterprises have built platforms that move information. They now need control planes that preserve institutional continuity.
Short description
This paper defines the Enterprise Control Plane as the distributed continuity architecture that preserves identity, meaning, authority, provenance, permitted use, lineage, conformance, accountability and reconstructability as accepted architecture becomes implementation, AI execution, decision, action, consequence and revision.
Transformation
Accepted Architecture → Conformant Operational Implementation
Key concepts
Enterprise Control Plane
Institutional Continuity
Transport Plane versus Control Plane
Accepted Architecture → Conformant Operational Implementation
Control Surfaces
Control-Plane Proof
Permitted-Use Propagation
Decision Reconstructability
AI Authority Collapse
Platform Capture
Ghost Agent
Links
Download PDF → PDF forthcoming
Agent Architecture and the Enterprise Control Plane
From AI Features to Governed Runtime Actors
Arqua Architecture Paper
Version 1.0 | July 2026
Status: Published
Focus
Agents are not merely AI features. In enterprise settings, agents become governed runtime actors.
Short description
This paper defines Agent Architecture as an applied reference architecture for the Enterprise Control Plane. It explains how enterprise agents should be governed through identity, authority source, delegation boundary, permitted use, Agent Control Contracts, runtime enforcement, evidence, lifecycle control and offboarding.
Transformation
Accepted Agent Architecture → Agent Control Contract → Conformant Operational Agent Runtime
Links
Download PDF → PDF forthcoming
Companion guide → Agent Control Plane Reference Guide
Agent Control Plane Reference Guide
Implementation Controls for Governed Runtime Actors
Arqua Reference Guide
Reference Guide v0.1 | July 2026
Status: Published
Focus
A practical implementation guide for governing enterprise agents through registry, control contracts, effective actor resolution, runtime enforcement, observability, evals, security monitoring, cost control, lifecycle states, evidence governance and offboarding.
Transformation
Accepted Agent Architecture → Runtime Enforcement → Evidence and Lifecycle Control
Links
Download PDF → PDF forthcoming
Parent paper → Agent Architecture and the Enterprise Control Plane
Architecture programme streams
The programme is organised as two connected streams. Stream 1 establishes the doctrine and failure modes. Stream 2 defines the reference architectures and control mechanisms required to preserve continuity, govern representation and control execution.
Stream 1 — Doctrine and Failure Modes
These papers explain why institutions lose control as meaning, authority, cognition and execution become distributed. They define the failure modes that emerge when AI-mediated systems can interpret, recommend, decide or act without preserving institutional legitimacy.
Doctrine and failure-mode progression
The Sovereign Boundary
↓
The Desynchronization of Authority
↓
The Alignment Architecture
↓
Execution Attribution Collapse
↓
Governance Survivability and the Limits of Institutional Recomputation
↓
Execution Legitimacy Drift
↓
Consequence Escape
Paper 0 — The Sovereign Boundary
Delegated Meaning and the Architecture of Institutional Sovereignty
Status: Published
Role: Doctrine paper
Function
Defines what must remain governable if an institution is to remain itself while delegating capability.
The Desynchronization of Authority
Why AI-mediated execution requires Execution Admissibility at T=0
Status: Published
Role: Failure-mode paper
Function
Explains why point-in-time authority decays before consequential execution.
The Alignment Architecture
Alignment as the Foundation of Coherent Action in AI-Mediated Systems
Status: Published
Role: Conceptual foundation
Function
Defines the Meaning → Execution → Admissibility relationship.
Execution Attribution Collapse
Distributed Cognition, AI-Mediated Judgment and the Emerging Legitimacy Crisis
Status: Research Draft
Role: Failure-mode paper
Function
Explains how meaningful judgment becomes difficult to attribute in distributed AI-mediated systems.
Governance Survivability and the Limits of Institutional Recomputation
Decision-Condition Recoverability, Complexity Compression and Institutional Legitimacy
Status: Research Draft
Role: Survivability paper
Function
Explains what happens when legitimacy can no longer be reliably recomputed under operational pressure.
Execution Legitimacy Drift
Authority Continuity, Runtime Context Change and the Erosion of Admissible Execution
Status: Future Research
Role: Failure-mode paper
Function
Explains how execution may continue after the conditions that originally justified it have degraded.
Consequence Escape
How Legitimacy Propagates Beyond the Original Control Boundary
Status: Future Research
Role: Failure-mode paper
Function
Explains how downstream consequence can escape the boundary where admissibility was originally established.
Stream 2 — Reference Architectures and Control Mechanisms
These papers explain how institutions implement the doctrine. They define the representation, control, semantic, execution and feedback architectures required to preserve institutional continuity across implementation, AI use, decisioning and change.
Enterprise Intelligence Architecture
From Operational Reality to Governed Action and Revised Representation
Status: Published
Role: Capstone reference architecture
Function
Defines the complete Arqua reference architecture for representing operational reality, preserving meaning, governing reliance, enabling AI-mediated execution, controlling consequence and revising future representation.
Subtitle: From Information Transport to Institutional Continuity
Status: Published
Role: Category-defining control architecture
Function
Defines how accepted architecture, meaning, authority, policy, lineage and accountability survive implementation, AI use, decision and consequence.
Transformation
Accepted Architecture → Conformant Operational Implementation
The System Foundation
How Institutions Represent Operational Reality
Status: Planned
Role: Representation architecture
Function
Defines the primitive structures through which institutions represent operational reality before data, semantics, AI or execution can be governed.
AI-Ready Enterprise Semantics
When Enterprise Meaning Becomes Operational in AI-Mediated Systems
Status: Planned
Role: Semantic execution architecture
Function
Explains how semantic structures become execution-participating components in AI-mediated workflows.
The Semantic Contract Surface
How Accepted Meaning Survives Across Organisational, Technical and AI Boundaries
Status: Planned
Role: Boundary architecture
Function
Defines how accepted meaning, context, authority and permitted use survive across producer-consumer, domain, technical, analytical and AI boundaries.
Enterprise Intelligence Execution Architecture
How Shared Meaning Becomes Coordinated Operational Action
Status: Planned
Role: Execution architecture
Function
Explains how governed meaning becomes operational work through workflows, agents, decisions, approvals, escalation and outcome capture.
Execution Admissibility Architecture
When Intelligence May Legitimately Alter Operational Reality
Status: Existing Reference Architecture
Role: Runtime admissibility architecture
Function
Defines the boundary where proposed action becomes admissible, refused or escalated before consequence binds.
Architecture of Record
Mapping Where Institutional Consequence Binds
Status: Planned
Note: Related reference page exists
Role: Consequence mapping architecture
Function
Defines the structural map of institutional consequence across systems, workflows and decision points.
SCIA Runtime
Runtime Control Point for Execution Admissibility at T=0
Status: Planned
Role: Runtime integrity architecture
Function
Defines how authority, state, context, constraints and evidence are re-resolved before consequence-bearing execution.
Execution Passports
How Authority-State Travels to the Commit Boundary
Status: Planned
Role: Evidence and authority carrier
Function
Defines how authority, context, policy and evidence travel with a proposed action to the execution boundary.
Architecture Authority as Control Plane
How Accepted Architecture Becomes Conformant Engineering
Status: Planned
Role: Implementation pattern
Function
Shows how Architecture Authority artefacts, specifications, derivation packages, build guides and conformance reviews implement the Enterprise Control Plane.
Transformation
Architecture authority → engineering conformance
Cross-stream foundation papers
These papers support both streams. They define the continuity and feedback theory that explains how architectures survive change and how institutional consequence revises representation without breaking agency.
Architectural Survivability
Constitutive Properties, Continuity Carriers and Recursive Reconstruction
Status: Planned
Role: Foundational doctrine
Function
Defines how architectures survive change by preserving constitutive properties through continuity carriers and recursive reconstruction.
Recursive Sovereignty Spiral
How Consequence Revises Institutional Representation Without Breaking Agency
Status: Future Research
Role: Feedback and revision architecture
Function
Explains how outcomes, exceptions, failures and operational evidence revise institutional representation while preserving coherent agency.
Next papers to publish
- The System Foundation
- AI-Ready Enterprise Semantics
Architecture programme structure
Arqua’s architecture programme is not a loose collection of papers. Each paper owns a transformation.
Paper | Transformation |
The Sovereign Boundary | Delegated capability → preserved institutional sovereignty |
The Desynchronization of Authority | Point-in-time authority → runtime admissibility requirement |
The Alignment Architecture | Meaning → execution → admissibility |
Execution Attribution Collapse | Distributed cognition → attribution failure |
Governance Survivability and the Limits of Institutional Recomputation | Operational pressure → legitimacy recomputation failure |
Execution Legitimacy Drift | Runtime context change → legitimacy erosion |
Consequence Escape | Local admissibility → downstream consequence propagation failure |
Enterprise Intelligence Architecture | Operational Reality → Governed Action → Revised Representation |
Accepted Architecture → Conformant Operational Implementation | |
Accepted Agent Architecture → Agent Control Contract → Conformant Operational Agent Runtime | |
Agent control model → enforceable registry, contract, runtime evidence and lifecycle controls | |
The System Foundation | Operational reality → governed representation |
AI-Ready Enterprise Semantics | Enterprise meaning → AI-mediated operational context |
The Semantic Contract Surface | Accepted meaning → shared meaning across boundaries |
Enterprise Intelligence Execution Architecture | Shared meaning → coordinated operational action |
Execution Admissibility Architecture | Proposed action → admissible consequence |
Architecture of Record | Institutional systems → consequence map |
SCIA Runtime | Runtime context → admissibility decision at T=0 |
Execution Passports | Authority-state → evidence at the commit boundary |
Architecture Authority as Control Plane | Architecture authority → engineering conformance |
Architectural Survivability | Change → continuity-preserving reconstruction |
Recursive Sovereignty Spiral | Consequence → revised institutional representation |
Control plane terminology
Arqua uses three related but distinct control-plane concepts.
Enterprise Control Plane
preserves institutional continuity across architecture, implementation, runtime use, AI participation, decisioning, consequence and revision.
Agent Control Plane
governs AI-enabled runtime actors through identity, authority, permitted use, runtime enforcement, evidence, lifecycle control and offboarding.
Enterprise Execution Control Plane
governs the execution boundary inside Execution Admissibility Architecture, where authority, state, context, constraints, risk and evidence are resolved before consequence-bearing action may bind at T=0.
Enterprise Control Plane
Accepted Architecture → Conformant Operational Implementation
Agent Control Plane
Accepted Agent Architecture → Agent Control Contract → Conformant Operational Agent Runtime
Enterprise Execution Control Plane
Proposed action → admissible consequence
The first preserves continuity across the enterprise lifecycle. The second governs AI runtime actors. The third governs the execution boundary at T=0.
Related public signals
These are supporting external signals. They are not Arqua Architecture Papers.
- APRA AI letter response
- White House AI Innovation and Security Order
- Public Signals of Execution Attribution Collapse
- Agentic AI: proposal is not permission
Final CTA
Start with one high-consequence decision.
Identify where meaning, authority, policy, evidence or execution currently becomes uncontrolled.
The Sovereign BoundaryThe Desynchronization of AuthorityThe Alignment ArchitecturePaper Title | Status | Priority | Category | Theme | Audience | Publication State | Architectural Research Theme | Related Concepts | Subtitle | Paper Role | Stream | Transformation |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
Published | High | CIOCTOChief ArchitectCDAOAI GovernanceRiskPlatform Leaders | Published | Institutional Continuity Under AI-Mediated Execution | From AI Features to Governed Runtime Actors | Reference Architectures and Control Mechanisms | Accepted Agent Architecture → Agent Control Contract → Conformant Operational Agent Runtime | |||||
Published | High | Chief ArchitectAI GovernancePlatform LeadersRisk | Published | Institutional Continuity Under AI-Mediated Execution | Implementation Controls for Governed Runtime Actors | Reference Architectures and Control Mechanisms | Accepted Agent Architecture → Runtime Enforcement → Evidence and Lifecycle Control | |||||
Future Research | Medium | Institutional Governance | Consequence Feedback | Enterprise ArchitectureInstitutional GovernanceRiskBoards | Research Backlog | Recursive Sovereignty Under Operational Consequence | Sovereign BoundaryConsequence OwnershipOutcome FeedbackArchitectural SurvivabilityEnterprise Control Plane | How Consequence Revises Institutional Representation Without Breaking Agency | Feedback Architecture | Doctrine and Failure Modes | Consequence → revised institutional representation | |
Planned | High | Enterprise Architecture | Semantic Boundaries | Enterprise ArchitectureData Product OwnersAPI OwnersAI GovernanceData GovernanceRisk | Concept Approved | Institutional Meaning Across Boundaries | Semantic ContractsData Product ContractsAPI ContractsAI Context ContractsPermitted UseContext Collapse | How Accepted Meaning Survives Across Organisational, Technical and AI Boundaries | Boundary Architecture | Reference Architectures and Control Mechanisms | Accepted semantic architecture → shared institutional meaning | |
Planned | High | Enterprise Architecture | Architecture Conformance | Chief ArchitectsArchitecture Review BoardsEngineering LeadersPlatform LeadersRisk | Concept Approved | Institutional Continuity Through Implementation | Enterprise Control PlaneArchitecture AuthorityDecision RegisterDerivation PackageEngineering SchemasBuild GuidesConformance Review | How Accepted Architecture Becomes Conformant Engineering | Implementation Pattern | Reference Architectures and Control Mechanisms | Architecture authority → engineering conformance | |
Planned | High | Enterprise Architecture | Continuity Under Change | Enterprise ArchitectureInstitutional GovernanceAI GovernanceRiskBoards | Concept Approved | Institutional Survivability Under Change | Constitutive PropertiesContinuity CarriersRecursive ReconstructionEnterprise Control PlaneSovereign Boundary | Constitutive Properties, Continuity Carriers and Recursive Reconstruction | Survivability Doctrine | Doctrine and Failure Modes | Change → continuity-preserving reconstruction | |
Planned | High | Institutional Governance | Semantic Authority | Enterprise ArchitectureData GovernanceDomain OwnersRiskBoards | Concept Approved | Institutional Meaning Under AI-Mediated Execution | Semantic AuthorityDomain OwnershipArchitecture AuthoritySemantic ReviewApprovalSupersession | How Governable Understanding Becomes Accepted Architecture | Semantic Architecture | Reference Architectures and Control Mechanisms | Governable understanding → accepted semantic architecture | |
Planned | High | Enterprise Architecture | Operational Intelligence | Enterprise ArchitectureOperationsAI GovernanceWorkflow OwnersRisk | Concept Approved | Institutional Intelligence Under AI-Mediated Execution | Enterprise Intelligence ArchitectureExecution Admissibility ArchitectureAI AgentsWorkflowsDecision ServicesOutcome Capture | How Shared Meaning Becomes Coordinated Operational Action | Runtime Architecture | Reference Architectures and Control Mechanisms | Shared institutional meaning → coordinated operational action | |
Planned | High | Enterprise Architecture | Institutional Meaning | Enterprise ArchitectureSemantic ArchitectureData GovernanceAI GovernanceDomain Owners | Concept Approved | Institutional Meaning Under AI-Mediated Execution | System FoundationAI-Ready Enterprise SemanticsSemantic Governance Operating ModelSemantic Contract Surface | How Governed Representations Become Institutional Meaning | Semantic Architecture | Reference Architectures and Control Mechanisms | Governed representation → governable understanding | |
Planned | Highest | Enterprise Architecture | Governed Representation | Enterprise ArchitectureData ArchitectureSemantic ArchitectureAI ArchitectureDomain OwnersRisk | Concept Approved | Institutional Representation Under AI-Mediated Execution | EntityIdentityAssertionStateEventTimeRelationshipProvenanceAuthorityPermitted UseContextLineageDecisionOutcome | How Institutions Represent Operational Reality | Representation Architecture | Reference Architectures and Control Mechanisms | Operational reality → governed representation | |
Published | Highest | Enterprise Architecture | Institutional Continuity | CIOCTOChief ArchitectCDAOAI GovernanceData GovernancePlatform LeadersRisk | Published | Institutional Continuity Under AI-Mediated Execution | Enterprise Intelligence ArchitectureSystem FoundationSemantic Contract SurfaceExecution Admissibility ArchitectureAI-Ready Enterprise SemanticsArchitecture AuthorityArchitectural SurvivabilityAI Agents | From Information Transport to Institutional Continuity | Category-defining control architecture | Reference Architectures and Control Mechanisms | Accepted Architecture → Conformant Operational Implementation | |
Future Research | Authority Continuity, Runtime Context Change and the Erosion of Admissible Execution | Failure Mode | Doctrine and Failure Modes | Runtime context change → legitimacy erosion | ||||||||
Published | Highest | Enterprise Architecture | Institutional Intelligence | CIOCTOChief ArchitectCDAOAI GovernanceRiskBoardsEnterprise ArchitectureData GovernanceAI Architecture | Published | Institutional Intelligence Under AI-Mediated Execution | Enterprise Control PlaneExecution Admissibility ArchitectureArchitecture of RecordSCIA RuntimeAI AgentsAuthorityPermitted UseProvenanceLineageDecisionOutcome | From Operational Reality to Governed Action and Revised Representation | Capstone Reference Architecture | Reference Architectures and Control Mechanisms | Operational Reality → Governed Action → Revised Representation | |
Future Research | How Legitimacy Propagates Beyond the Original Control Boundary | Failure Mode | Doctrine and Failure Modes | Local admissibility → downstream consequence propagation failure | ||||||||
Published | Delegated Meaning and the Architecture of Institutional Sovereignty | Doctrine | Doctrine and Failure Modes | Delegated capability → preserved institutional sovereignty | ||||||||
Published | High | Enterprise Architecture | Execution Admissibility | Enterprise ArchitectureRiskGovernanceRegulatorsBoards | Ready to Publish | Institutional Legitimacy Under Distributed AI-Mediated Cognition | Execution Admissibility ArchitectureSCIARuntime GovernanceInstitutional Legitimacy | Alignment as the Foundation of Coherent Action in AI-Mediated Systems | Doctrine | Doctrine and Failure Modes | Meaning → execution → admissibility | |
Published | High | Institutional Governance | Execution Admissibility | Enterprise ArchitectureRiskGovernanceRegulatorsBoards | Ready to Publish | Institutional Legitimacy Under Distributed AI-Mediated Cognition | SCIAExecution Admissibility ArchitectureAuthority ContinuityRuntime GovernanceInstitutional Legitimacy | Why AI-mediated execution requires Execution Admissibility at T=0 | Failure Mode | Doctrine and Failure Modes | Point-in-time authority → runtime admissibility requirement | |
Planned | High | Enterprise Architecture | AI-Mediated Cognition | Enterprise ArchitectureRiskGovernanceRegulatorsBoards | Concept Approved | Institutional Legitimacy Under Distributed AI-Mediated Cognition | Execution Admissibility ArchitectureRuntime GovernanceInstitutional LegitimacyEnterprise Intelligence ArchitectureEnterprise Control Plane | When enterprise meaning becomes operational in AI-mediated systems | Semantic Architecture | Reference Architectures and Control Mechanisms | Enterprise meaning → AI-mediated operational context | |
Planned | High | Institutional Governance | Institutional Legitimacy | Enterprise ArchitectureRiskGovernanceRegulatorsBoards | Concept Approved | Institutional Legitimacy Under Distributed AI-Mediated Cognition | Authority ContinuityRuntime GovernanceInstitutional LegitimacyExecution Admissibility ArchitectureEnterprise Intelligence ArchitectureEnterprise Control Plane | Preserving authority coherence before irreversible execution | Failure Mode | Doctrine and Failure Modes | Authority lifecycle → integrity requirement | |
Planned | High | Runtime Governance | Execution Admissibility | Enterprise ArchitectureRiskGovernanceRegulatorsBoards | Concept Approved | Institutional Legitimacy Under Distributed AI-Mediated Cognition | SCIAExecution Admissibility ArchitectureRuntime GovernanceAuthority ContinuityInstitutional LegitimacyEnterprise Intelligence ArchitectureEnterprise Control Plane | Runtime control point for execution admissibility at T=0 | Runtime Architecture | Reference Architectures and Control Mechanisms | Runtime context → admissibility decision at T=0 | |
Planned | High | Enterprise Architecture | Execution Admissibility | Enterprise ArchitectureRiskGovernanceRegulatorsBoards | Concept Approved | Institutional Legitimacy Under Distributed AI-Mediated Cognition | Execution Admissibility ArchitectureAuthority ContinuityRuntime GovernanceInstitutional LegitimacyEnterprise Intelligence ArchitectureEnterprise Control Plane | Mapping where institutional consequence binds | Runtime Architecture | Reference Architectures and Control Mechanisms | Institutional systems → consequence map | |
Planned | High | Institutional Governance | Authority-State | Enterprise ArchitectureRiskGovernanceRegulatorsBoards | Concept Approved | Institutional Legitimacy Under Distributed AI-Mediated Cognition | SCIAExecution Admissibility ArchitectureAuthority ContinuityRuntime GovernanceInstitutional LegitimacyEnterprise Intelligence ArchitectureEnterprise Control Plane | How authority-state travels to the commit boundary | Evidence Pattern | Reference Architectures and Control Mechanisms | Authority-state → evidence at the commit boundary | |
Research Backlog | High | Institutional Governance | AI-Mediated Cognition | Enterprise ArchitectureRiskGovernanceRegulatorsBoards | Concept Approved | Institutional Legitimacy Under Distributed AI-Mediated Cognition | SCIAExecution Admissibility ArchitectureAuthority ContinuityRuntime GovernanceInstitutional Legitimacy | Distributed Cognition, AI-Mediated Judgment, and the Emerging Legitimacy Crisis | Failure Mode | Doctrine and Failure Modes | Distributed cognition → attribution failure | |
Research Backlog | High | Institutional Governance | AI-Mediated Cognition | Enterprise ArchitectureRiskGovernanceRegulatorsBoards | Concept Approved | Institutional Legitimacy Under Distributed AI-Mediated Cognition | SCIAExecution Admissibility ArchitectureAuthority ContinuityRuntime GovernanceInstitutional Legitimacy | Decision-Condition Recoverability, Complexity Compression and Institutional Legitimacy | Survivability Doctrine | Doctrine and Failure Modes | Operational pressure → legitimacy recomputation failure |