System architecture report demonstrates deterministic multi-agent governance in autonomous artificial intelligence frameworks, highlighting structural closure and human primacy.
OAOL v2.0.0 is an open, deterministic operating layer designed for bounded multi-agent orchestration. OAOL addresses systemic risk, agent divergence, and unverified authority expansion in autonomous AI systems by enforcing structural closure, non-collusive verification, and sovereign human primacy. Key Architectural Foundations:1. Core Axioms: Sovereign Human Primacy, Bounded Agency, Orthogonal Security Planes, and Structural Systemic Closure.2. Layered Architecture (L1–L5): Separates Sovereign Intent (L1), Canonical Governance (L2), Bounded Orchestration (L3), Independent Verification (L4), and Publishing/Release Execution (L5).3. Orthogonal Security Planes (B1–B4): Enforces strict isolation between Architectural Rules (B1), Operational Loops (B2), Boundary Security (B3), and Sovereign Authorization Gates (B4).4. Self-Reflexive Verification Protocol (SRVP v1.0.0): Implements non-collusive multi-model independent audit trails (Grok Adversarial Audit, Sovereign Human Gate Decision, and Claude Builder Execution Validation). This release serves as the official v2.0.0 Canonical Baseline locked under SHA-256 cryptographic target verification.
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Yuji Marutani (2026) studied this question.
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