The Authority Graph
Governance Canon
Research proves.
The canonical library of Web4 papers, frameworks, essays, and supporting concepts.
Visual Canon
Follow-on Canon
Focused architecture papers extend the core canon without colliding with the WEB4 numbering sequence.
Introduces Incentive Engineering as a companion discipline to the Web4 Canon: governance determines what an actor may do, while incentives determine what an actor chooses to do.
Open companion paperEstablishes the foundational law that behavior is shaped more reliably by perceived incentives than by intentions, policies, or instructions.
Open companion paperEstablishes Incentive Alignment as the primary mechanism for reducing delegation risk across humans, organizations, AI agents, robots, and autonomous systems.
Open companion paperPresents a repeatable engineering methodology for designing, implementing, measuring, reviewing, and adapting incentive systems across humans and intelligent agents.
Open companion paperEstablishes adaptive incentive systems as the operational discipline for preserving alignment, trust, and effective delegation as intelligent actors learn and environments change.
Open companion paperEstablishes Incentive Auditing as the measurement and assurance discipline for detecting hidden incentives, alignment gaps, and delegation risks before systems fail.
Open companion paperEstablishes reward hacking as a universal failure mode across humans, organizations, AI agents, robots, and autonomous systems, and presents principles for resilient incentive architectures.
Open companion paperEstablishes Goodhart's Law as a foundational constraint for incentive systems and explains how resilient measurement architectures protect governance, delegation, verification, and trust.
Open companion paperModernizes Principal-Agent Theory for AI agents, robotics, autonomous systems, and multi-agent organizations, focusing on incentive divergence and agency risk.
Open companion paperEstablishes reputation as incentive infrastructure: verified behavioral history shapes future trust, delegation, access, authority, and accountability.
Open companion paperEstablishes trust as an engineered system property produced by governance, verification, transparency, reputation, accountability, and aligned incentives over time.
Open companion paperSynthesizes Volume I into a practical architecture for aligning mission, governance, authority, delegation, incentives, behavior, trust, reputation, and adaptation.
Open companion paperDefines authority as a network and introduces the Authority Graph as foundational infrastructure for delegated intelligence.
Open paper pageExplains why intelligent agents recreate classical agency risks and why governance infrastructure becomes necessary.
Open paper pageExplores organizations as authority networks composed of humans, agents, institutions, and systems.
Open paper pageDefines constitutional principles for delegated intelligence and accountable authority.
Open paper pagePositions delegation as the core Web4 primitive for governable intelligent systems.
Open paper pageExplains how authority, delegation, trust, reputation, and accountability are coordinated.
Open paper pageDefines stewardship as the governance bridge between authority, native assets, registries, wallets, and applied systems.
Open paper pageEstablishes delegation as a first-class infrastructure layer.
Open paper pageDefines protocols as the rule systems that make delegation interoperable.
Open paper pageDefines multi-agent governance across human-agent, agent-agent, organization-agent, and institutional interactions, including authority graphs at scale, delegation at scale, protocol governance, trust, identity, provenance, verification, conflict resolution, escalation, coalitions, competition, and failure modes.
Open paper pageDefines a Constitutional Agent as an agent carrying explicit constraints, authority boundaries, escalation obligations, stewardship duties, auditability requirements, verification requirements, and revocation mechanisms.
Open paper pageExplains registries as the memory and coordination substrate of Web4.
Open paper pageDefines the layered architecture of Web4.
Open paper pageDefines institutional memory as durable infrastructure for intelligent organizations, connecting records, decisions, authority, delegation, registries, trust, reputation, intelligence, native assets, wallets, stewardship, attention, provenance, truth, identity, and lifecycle state.
Open paper pageExplains trust as the compression layer of coordination.
Open paper pageDefines reputation as the memory architecture of trust.
Open paper pageExplains how intelligence becomes a reusable infrastructure layer.
Open paper pageDefines truth as a governed claim lifecycle across evidence, verification, judgment, contradiction, revision, supersession, appeal, registries, wallets, attention, and intelligent systems.
Open paper pageDefines native authority-network assets beyond money, including authority, reputation, trust, verification, provenance, contribution, governance, knowledge, and agents.
Open paper pageDefines the institutional memory layer for Web4 native assets, including issuance, verification, revocation, supersession, query, history, and registry relationships.
Open paper pageDefines the Web4 Wallet as a native identity, authority, reputation, verification, delegation, contribution, governance, and knowledge container.
Open paper pageDefines ATTN as a native primitive and attention as the allocation layer beneath cognition, intelligence, governance, and value systems.
Open paper pageDefines lifecycle states and transitions as the bridge between native value systems, registries, wallets, stewardship, provenance, truth, attention, identity, and governance.
Open paper pageDefines PROV as a first-class Web4 primitive and explains how provenance preserves origin, custody, lineage, attribution, delegation, evidence, use, and legitimacy across registries, wallets, truth claims, and authority systems.
Open paper pageDefines registry state, query authority, query provenance, state snapshots, query classes, lifecycle state, and state failure modes as the operational layer of registry infrastructure.
Open paper pageDefines portable trust, trust federation, trust translation, trust context, trust decay, trust recovery, trust domains, and trust-network failure modes.
Open paper pageDefines disputes, appeals, adjudication, legitimacy in conflict, identity and provenance in disputes, truth claims, registry evidence, trust and disagreement, governance and adjudication, constitutional review, escalation models, appeal models, judgment systems, adjudication lifecycles, and conflict failure modes.
Open paper pageDefines the Organizational Value Translation Layer, Canonical Organizational Value Ontology, Valgraf proof architecture, framework adapters, evidence normalization, organizational proof, API-first architecture, and the Volume 2 bridge from enterprise systems to organizational value.
Open paper pageDefines the canonical Organizational Value Ontology across mission, organization, governance, work, evidence, proof, contribution, compensation, telemetry, relationships, AI participants, API principles, and ontology-first architecture.
Open paper pageDefines Valgraf as both a trusted organizational value graph and the process that transforms mission-contextual work, evidence, provenance, verification, proof, contribution, recognition, compensation, and learning into contribution intelligence.
Open paper pageDefines ICARS as the governance language of the Organizational Value Architecture and PRM as the evidence-generated Provable Responsibility Matrix that verifies ICARS assignments through runtime proof.
Open paper pageDefines Organizational Proof as verified evidence placed into mission context, combining evidence, provenance, verification, confidence, governance, and context to bridge enterprise activity and contribution.
Open paper pageDefines Organizational Accounting, the Organizational Value Ledger, evidence as journal entry, proof as validation, contribution as mission-contextual value, and Valgraf as the Organizational Accounting engine.
Open paper pageDefines MissionStack as the mission-centric execution layer for mission graphs, mission nodes, ICARS governance, humans and AI participants, Valgraf proof, Incentivis reinforcement, telemetry, and continuous mission learning.
Open paper pageDefines Incentivis as the behavioral reinforcement layer for recognition strategy, credit allocation policies, compensation models, Goodhart risk analysis, fairness analysis, incentive simulation, and organizational learning.
Open paper pageDefines Valgraf Personal as the individual projection of the Organizational Value Architecture through Personal Value Graphs, contribution intelligence, evidence-backed career records, appeals, privacy governance, and AI-assisted growth.
Open paper pageDefines OVA as the practical architecture connecting MissionStack, Valgraf Enterprise, Incentivis, Valgraf Personal, CanonDraw, shared ontology, translation adapters, AI participants, and enterprise systems through ontology-first organizational value.
Open paper pageDefines how machine authority becomes real access without granting sovereignty to external providers: current authority compiles into desired enforcement, provider state is independently reread, protected-path access is observed, contradictions remain visible, and revocation becomes locally effective before external convergence.
Open paper pageDefines the 6Rs runtime loop, separates organizational facts from permission, and specifies versioned rules, governed reviews, pre-approved responses, local-first denial, and evidence-backed authority change.
Open paper pageDefines claim-oriented evidence profiles, authority-to-outcome provenance, revocation evidence, signer-generation trust, transparency history, trusted-time boundaries, privacy-minimized proof, cross-domain provenance with local sovereignty, runtime-independent verification, and evidence feedback into governance.
Open paper pageDefines decision lifetime, material-fact triggers, identity-attestation-posture-authority separation, assurance states and drift, bounded security response, partial containment, security conservation, and fresh-epoch recovery.
Open paper pageDefines a complete governed authority transition through NEW_ALLOW and NEW_DENY analysis, transitive blast radius, fingerprint-bound approval, shadow and canary gates, atomic activation, assurance invalidation, and rollback without erasure.
Open paper pageDefines operation-oriented, provider-neutral credential realization with bounded use, secretless consumers, local compromise containment, delegation and federation without secret transfer, and credential-use provenance without disclosure.
Open paper pageDefines bounded autonomy as the intersection of per-action authority and a persistent Mission, conserving purpose, budgets, context, sequence, depth, and revocation across concurrency, restart, delegation, and federation.
Open paper pageDefines federation as verifiable external trust plus locally sovereign authority, preserving attenuation, non-transitivity, Mission and delegation bounds, privacy, credential custody, trust lifecycle, and separate assertion provenance.
Open paper pageDefines runtime-independent future verification that survives key retirement, compromise, algorithm change, provider disappearance, and institutional change without hiding trust gaps or creating authority.
Open paper pageGovernance Canon
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Protocol Canon
Infrastructure Canon
Intelligence Canon
Intelligence Canon
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Protocol Canon
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Native Canon
Native Canon
Native Canon
Governance Canon
Native Canon
Registry Canon
Intelligence Canon
Ontology Canon
Native Canon
Registry Canon
Registry Canon
Infrastructure Canon
Protocol Canon
Protocol Canon
Native Asset Canon
Registry Canon
Ecosystem Canon
Organizational Value Canon
Organizational Value Canon
Organizational Value Canon
Organizational Value Canon
Organizational Value Canon
Organizational Value Canon
Organizational Value Canon
Organizational Value Canon
Organizational Value Canon
Organizational Value Canon
Organizational Value Canon
Security Canon
Security Canon
Security Canon
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Security Canon
Security Canon
Security Canon
Security Canon
Papers are the source of truth for the Web4 canon.