RFC-EG-025 Cryptographic Runtime Attestation Envelope Specification

Status of This Memo

This document defines mandatory cryptographic runtime attestation envelope specifications for governed execution infrastructure and autonomous runtime systems.

This specification establishes deterministic runtime attestation standards, fail-closed operational legitimacy controls, immutable governance continuity requirements, and distributed trust synchronization requirements for execution governance environments.

Abstract

Autonomous execution systems require deterministic runtime attestation envelopes throughout execution activity.

Traditional infrastructure models rely on:

• unverifiable runtime assertions

• fragmented operational trust

• delayed attestation validation

• inconsistent governance continuity

These models do not scale safely to autonomous execution environments.

Execution governance infrastructure requires:

• deterministic runtime attestation envelopes

• fail-closed operational continuity

• immutable governance synchronization

• distributed runtime legitimacy validation

• cryptographic trust assurance

RFC-EG-025 establishes foundational cryptographic runtime attestation envelope specifications for governed execution systems.

1. Scope

This specification applies to:

• autonomous execution systems

• runtime orchestration environments

• sovereign runtime infrastructure

• distributed execution meshes

• enterprise governance systems

• machine-speed operational environments

• cryptographically governed infrastructure

This specification defines mandatory runtime attestation envelope requirements independent of implementation architecture.

2. Runtime Attestation Envelope Requirements

2.1 Runtime Attestation Envelopes MUST Remain Continuous

Execution governance systems MUST continuously preserve:

• runtime legitimacy transitions

• authorization continuity

• governance synchronization events

• operational trust integrity

• distributed execution coordination

• attestation continuity

throughout runtime activity.

Attestation continuity MUST remain uninterrupted.

2.2 Runtime Attestation Envelopes MUST Remain Deterministic

Attestation outcomes MUST remain:

• deterministic

• independently verifiable

• cryptographically attributable

• operationally consistent

• fail-closed by default

Identical runtime legitimacy conditions MUST produce identical attestation envelope outcomes.

2.3 Invalid Runtime Attestation MUST Trigger Fail-Closed Enforcement

If runtime legitimacy attestation becomes invalid:

execution MUST stop automatically.

Execution governance systems MUST NOT permit:

• unverifiable runtime continuation

• fragmented attestation continuity

• operational trust divergence

• governance synchronization drift

• unauthorized execution persistence

Fail-closed operational behavior MUST remain mandatory.

2.4 Runtime Attestation Continuity MUST Remain Immutable

Execution governance systems MUST preserve:

• runtime attestation history

• runtime trust transitions

• authorization continuity

• operational governance events

• cryptographic audit continuity

• distributed execution lineage

Attestation continuity MUST remain historically provable.

2.5 Distributed Runtime Attestation Synchronization MUST Be Supported

Governed execution systems operating across distributed environments MUST support:

• synchronized runtime attestation validation

• distributed governance continuity

• deterministic cross-domain coordination

• cryptographic trust synchronization

• globally attributable governance lineage

Attestation divergence MUST trigger fail-closed operational behavior.

3. Runtime Attestation Envelope Structure

Runtime attestation envelopes MUST support:

• runtime legitimacy state

• authorization continuity references

• governance synchronization metadata

• operational trust attestation

• cryptographic integrity proof

• immutable lineage references

Attestation envelopes MUST remain continuously verifiable throughout runtime activity.

4. Runtime Attestation Envelope Example Fields

Runtime attestation envelopes MAY include:

• attestation_id

• execution_reference

• legitimacy_state

• authorization_reference

• governance_policy_hash

• runtime_trust_state

• synchronization_epoch

• attestation_signature

• lineage_reference

• fail_closed_state

• operational_integrity_hash

Attestation structures MUST remain deterministic and cryptographically attributable.

5. Sovereign Runtime Attestation Requirements

Sovereign runtime environments MUST support:

• independent runtime attestation authority

• deterministic legitimacy synchronization

• immutable operational lineage

• cryptographic sovereignty assurance

• distributed sovereign coordination

Execution legitimacy MUST remain continuously attributable across sovereign runtime systems.

6. Cryptographic Attestation Requirements

Execution governance systems MUST support:

• cryptographic runtime attestation validation

• immutable operational continuity

• deterministic legitimacy attestation

• operational integrity proof

• independently verifiable distributed trust assurance

Runtime legitimacy MUST remain cryptographically attributable throughout execution activity.

7. Operational Assurance Requirements

Execution governance systems MUST continuously assure:

• runtime attestation continuity

• operational legitimacy

• governance synchronization

• execution integrity

• distributed operational consistency

Attestation systems MUST operate continuously at runtime speed.

8. Security Considerations

Execution governance systems MUST assume:

• runtime trust drift is possible

• operational legitimacy may become invalid

• distributed synchronization failures occur

• execution authority expansion creates risk

• fragmented attestation continuity is unsafe

Fail-closed enforcement MUST occur under unverifiable operational conditions.

9. Future Attestation Envelope Extensions

Future RFC extensions MAY define:

• attestation serialization schemas

• distributed attestation federation protocols

• sovereign attestation standards

• operational legitimacy assurance profiles

• governance interoperability specifications

• runtime attestation proof models

10. Conclusion

Execution governance establishes deterministic runtime attestation envelopes beneath autonomous infrastructure.

Governed execution systems require:

• deterministic runtime attestation structures

• fail-closed operational controls

• continuous governance synchronization

• cryptographic execution assurance

• immutable attestation continuity

Operational legitimacy itself becomes cryptographically attestable infrastructure.

Official Proof Systems

Public Governance Console

https://control.11aiblockchain.com/console

Runtime Governance Demo

https://control.11aiblockchain.com/demo

Public Governance Proof Viewer

https://control.11aiblockchain.com/proof

Infrastructure Health Dashboard

https://control.11aiblockchain.com/health

Execution Lineage Explorer

https://www.11aiblockchain.com/lineage

Autonomous infrastructure cannot rely on unverifiable runtime assertions.

Execution legitimacy itself must remain continuously synchronized, cryptographically attributable, and operationally provable across every runtime domain.