EGS-002 Authorization Artifact Standard for Governed Execution Systems
- 11/11 AI
- May 10
- 4 min read
Updated: May 13
Specification Status
Execution Governance Specification (EGS)
Status:Canonical Authorization Standard
Classification:Execution Governance Infrastructure
Version:EGS-002 v1.0
Abstract
This specification defines the canonical authorization artifact standard for execution governance systems.
Authorization artifacts establish cryptographically verifiable proof that runtime execution was authorized before execution begins.
EGS-002 defines:
authorization artifact requirements
artifact integrity controls
runtime binding requirements
verification standards
fail-closed enforcement behavior
execution lineage continuity
governance metadata structures
operational trust validation
Authorization artifacts become foundational runtime trust objects for governed execution infrastructure.
1. Purpose
Modern infrastructure increasingly depends on autonomous execution systems.
This includes:
AI agents
distributed orchestration systems
machine-to-machine execution
runtime automation systems
regulated infrastructure environments
autonomous financial systems
Traditional authorization models often rely on:
temporary runtime state
opaque policy decisions
unverifiable internal authorization
session-based assumptions
non-persistent trust validation
These models create unverifiable execution authorization.
EGS-002 introduces a deterministic authorization artifact framework for governed execution systems.
Execution authorization becomes independently verifiable.
2. Canonical Definition
Authorization artifacts are defined as:
cryptographically verifiable runtime authorization objects that bind execution permissions, governance policy, runtime constraints and operational trust conditions to execution before runtime activity begins.
Authorization artifacts establish:
execution authorization proof
runtime trust continuity
governance enforcement integrity
operational lineage continuity
cryptographic execution validation
Authorization becomes verifiable infrastructure.
3. Foundational Authorization Requirements
Execution governance systems compliant with EGS-002 MUST implement the following authorization controls.
3.1 Cryptographic Integrity
Authorization artifacts MUST be cryptographically protected.
Artifacts SHOULD support:
digital signatures
integrity hashing
cryptographic attestation
signed authorization chains
tamper-evident validation
Authorization integrity MUST be independently verifiable.
3.2 Runtime Context Binding
Authorization artifacts MUST bind authorization to runtime conditions.
Runtime binding MAY include:
execution identity
workload scope
execution environment
runtime constraints
authorization validity
policy state
infrastructure conditions
execution intent
Authorization artifacts MUST NOT remain context-independent.
3.3 Policy Scope Enforcement
Authorization artifacts MUST define execution policy scope.
Policy scope MAY include:
permitted actions
execution boundaries
environment restrictions
geographic limitations
resource permissions
governance constraints
operational risk classifications
Execution outside authorized policy scope MUST fail closed.
3.4 Authorization Expiration
Authorization artifacts MUST define authorization validity duration.
Expired authorization artifacts MUST NOT permit execution.
Authorization expiration SHOULD support:
execution windows
policy revalidation
trust continuity enforcement
authorization rotation
Runtime trust MUST remain time-bound.
3.5 Independent Verification
Authorization artifacts MUST support independent validation outside the issuing service.
Verification SHOULD validate:
signature integrity
authorization scope
expiration status
policy integrity
execution context matching
lineage continuity
Authorization trust MUST NOT depend solely on centralized runtime assumptions.
3.6 Fail-Closed Validation
Execution governance systems MUST fail closed if authorization artifacts are:
missing
invalid
expired
tampered
unverifiable
context-mismatched
policy-inconsistent
Execution MUST be denied before runtime execution begins.
4. Authorization Artifact Structure
EGS-002 defines the canonical authorization artifact structure.
Authorization artifacts SHOULD include the following elements.
4.1 Artifact Identifier
Unique artifact reference identifier.
4.2 Execution Identity
Verified execution identity reference.
4.3 Policy Scope
Governance policy defining permitted execution behavior.
4.4 Execution Intent
Authorized runtime action definition.
4.5 Runtime Constraints
Operational conditions governing execution validity.
4.6 Authorization Validity Window
Start and expiration boundaries for authorization integrity.
4.7 Cryptographic Signature
Integrity validation protecting artifact authenticity.
4.8 Execution Lineage References
References linking authorization to operational governance continuity.
5. Authorization Verification Lifecycle
EGS-002 defines the canonical authorization artifact lifecycle.
Phase 1 — Execution Request
A runtime action is requested.
Phase 2 — Governance Policy Evaluation
Execution governance policy determines authorization eligibility.
Phase 3 — Authorization Artifact Generation
A cryptographically verifiable authorization artifact is issued.
Phase 4 — Runtime Verification
Execution systems validate:
authorization integrity
execution scope
runtime constraints
policy compliance
artifact validity
Execution MUST fail closed if validation fails.
Phase 5 — Governed Execution
Execution proceeds only after successful authorization validation.
Phase 6 — Audit and Lineage Persistence
Authorization evidence becomes permanently auditable.
Lineage continuity is preserved.
6. Runtime Trust Continuity
Authorization artifacts establish runtime trust continuity.
Trust MUST NOT rely solely on:
authenticated sessions
temporary runtime state
infrastructure assumptions
static credentials
Trust MUST remain:
cryptographically verifiable
governance-bound
execution-scoped
operationally enforceable
Execution authorization becomes continuously governable.
7. Authorization Artifacts and AI Infrastructure
AI systems increasingly generate autonomous runtime activity.
AI agents may:
invoke tools
orchestrate workflows
trigger infrastructure changes
execute transactions
coordinate distributed execution chains
Without authorization artifacts:
AI execution becomes operationally unverifiable.
EGS-002 introduces deterministic authorization governance into AI infrastructure.
This allows execution authorization to become:
provable
enforceable
auditable
lineage-aware
cryptographically verifiable
before execution begins.
8. Security Objectives
EGS-002 establishes several foundational security objectives.
Authorization artifact systems SHOULD provide:
deterministic execution authorization
fail-closed runtime enforcement
cryptographic authorization proof
operational lineage continuity
tamper-evident authorization
independently verifiable trust
governance enforcement integrity
Execution authorization becomes infrastructure-grade.
9. Operational Proof Systems
Authorization artifact systems SHOULD support operational proof continuity.
Operational proof MAY include:
artifact verification proof
authorization denial evidence
runtime validation proof
lineage continuity proof
audit persistence proof
cryptographic verification chains
Operational proof strengthens governed execution transparency.
10. Future Specification Extensions
Future EGS specifications MAY define:
artifact interoperability standards
federated authorization frameworks
governance mesh authorization systems
execution trust scoring
distributed authorization lineage
quantum-resistant authorization verification
execution governance interoperability layers
EGS-002 establishes the foundational authorization artifact standard.
11. Conclusion
Authorization artifacts establish cryptographically verifiable proof that execution was authorized before runtime activity begins.
Execution authorization can no longer depend on implicit runtime trust.
Governed execution requires:
authorization integrity
runtime verification
fail-closed enforcement
execution lineage continuity
cryptographic proof
operational governance continuity
EGS-002 defines the canonical authorization artifact standard for governed execution infrastructure.
Authorization becomes verifiable infrastructure.
11/11 Authorization Artifact Infrastructure
11/11 is developing authorization artifact infrastructure designed to verify whether execution is permitted before runtime execution begins.
The architecture focuses on:
governed execution
authorization artifact validation
fail-closed enforcement
execution lineage
cryptographic runtime governance
operational proof systems
deterministic runtime trust continuity
Execution authorization becomes cryptographically governed infrastructure.
Operational Proof Surfaces
Public Governance Console
Runtime Governance Demo
Public Governance Proof Viewer
Infrastructure Health Dashboard
Execution Lineage Explorer
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