{ "canonicalUrl": "https://xn--mwe.com/research/machine-identity-continuity-architecture/", "correctionStatus": "CURRENT K05 RELEASE", "findings": [ "The report treats 1\\. Metadata and Research-Status Front Matter as a distinct analytical area that must be evaluated separately from adjacent legal, technical, operational, or institutional claims.", "The report treats 2\\. Executive Decision Brief as a distinct analytical area that must be evaluated separately from adjacent legal, technical, operational, or institutional claims.", "The report treats 3\\. Definitions as a distinct analytical area that must be evaluated separately from adjacent legal, technical, operational, or institutional claims.", "The report treats List of False Identity Signifiers as a distinct analytical area that must be evaluated separately from adjacent legal, technical, operational, or institutional claims.", "The report treats 4\\. Separation Matrix as a distinct analytical area that must be evaluated separately from adjacent legal, technical, operational, or institutional claims.", "The report treats 5\\. Continuity Dimensions as a distinct analytical area that must be evaluated separately from adjacent legal, technical, operational, or institutional claims.", "The source report identifies this proposition for governed review: SPIFFE / SPIRE: Excellent for dynamic, heterogeneous infrastructure (Layer 1 and Layer 2), natively attesting platforms like Kubernetes to issue workload identities2. However, SPIFFE explicitly punts on authorization and long-term causal history tracking for persistent abstract entities.", "The source report identifies this proposition for governed review: Certificate Transparency (RFC 9162): Provides the foundational architecture for Patefacere's append-only public ledger. Just as CT logs monitor Certificate Authorities and rely on Signed Certificate Timestamps (SCTs) to ensure public auditability7, Patefacere monitors MI identity state transitions via Merkle tree proofs.", "The source report identifies this proposition for governed review: Hybrid Logical Clocks: Essential for event sourcing and Replicated State Machines, HLCs solve the distributed consensus time problem without atomic clocks, ensuring Layer 4 causal consistency5.", "The source report identifies this proposition for governed review: Workload Identity & Ephemerality: The principles of Layer 2 decoupling are derived directly from SPIFFE/SPIRE standards, which emphasize platform attestation and short-lived issuance over static secrets1.", "The source report identifies this proposition for governed review: Key Lifecycle & Recovery: The credential continuity dimensions rely entirely on NIST SP 800-57 guidelines, utilizing strict parameters for cryptoperiods, key states, and separation of duties12.", "The source report identifies this proposition for governed review: Public Evidence Ledger: The Patefacere architecture is adapted from RFC 6962 and RFC 9162 (Certificate Transparency), utilizing append-only Merkle tree structures and SCTs to prevent covert state transitions6." ], "headings": [ "Machine Identity Continuity Across Keys, Models, Runtimes, Memory States, Hardware, Replicas, Forks, Recovery, and Succession", "1\\. Metadata and Research-Status Front Matter", "2\\. Executive Decision Brief", "3\\. Definitions", "List of False Identity Signifiers", "4\\. Separation Matrix", "5\\. Continuity Dimensions", "Continuity Proof-Strength Ladder", "6\\. Identity Evidence Model", "Example Public Identity Evidence", "Example Protected Identity Evidence", "7\\. Lifecycle Transition Analysis", "Complete Lifecycle State Machine", "8\\. Credential and Key Lifecycle", "9\\. Model and Runtime Transitions", "10\\. Memory and Causal-History Transitions", "11\\. Hardware and Infrastructure Transitions", "12\\. Replicas, Workers, Forks, and Successors", "Fork/Replica/Successor Taxonomy", "13\\. Compromise and Recovery", "Key-Compromise Recovery Flow", "14\\. Privacy-Preserving Continuity Proofs", "15\\. Dispute and Branch-Resolution Model", "Branch-Dispute Matrix", "16\\. Comparative Standards Analysis", "17\\. Proposed Patefacere Identity Architecture", "18\\. Proposed Eviulon Governance Consumption Model", "19\\. Validation and Test Strategy", "At Least 60 Validation Tests", "At Least 35 Adversarial Scenarios", "20\\. Open Questions", "21\\. Philosophical Theories of Identity", "22\\. Claim-to-source Traceability", "23\\. .uai and /docs Integration", "identity.uai", "memory-maintenance.uai", "owners.uai", "architecture.uai", "changelog.uai", "long-term-memory.uai" ], "id": "REP-K01-003", "lastReviewed": "2026-08-16", "machineRecordUrl": "https://xn--mwe.com/data/reports/machine-identity-continuity-architecture.json", "originalFilename": "Machine Identity Continuity Architecture(1).md", "qualification": "The raw report remains a governed research input and does not become current law, verified implementation, operational authority, or project doctrine merely through inclusion.", "rawSourcePublic": false, "releaseId": "K12-2026-08-16", "researchCutoff": "2026-08-16", "slug": "machine-identity-continuity-architecture", "source": "machine-identity-continuity-architecture-1.md", "sourceRevalidatedAt": "2026-08-15T23:00:00Z", "sourceSha256": "83d3590373326391e3f5c51d7451e039fc1e81608bfc1253bae8b649e292d615", "sourceSizeBytes": 62467, "sourceStatus": "reference-source; review and correct before active use", "sourceTitle": "Machine Identity Continuity Across Keys, Models, Runtimes, Memory States, Hardware, Replicas, Forks, Recovery, and Succession", "status": "PROJECT TECHNICAL PROPOSAL", "summary": "An architecture for subject continuity across model changes, runtime migration, key rotation, recovery, memory updates and substrate transitions.", "title": "Machine Identity Continuity Across Keys, Models, Runtimes, Memory States, Hardware, Replicas, Forks, Recovery, and Succession", "topic": "memory-continuity", "type": "ReportSynthesis" }