Agentic Object-Oriented Programming (AOOP) and Asymmetric Agentic Governance (AAG): A Practical Architecture for System Sovereignty

v3.0 implements FCG v11.2: Principle of Least Privilege for Knowledge, God-Object deprecation, and full Sovereign Boundary (Ω) anatomy. - Formalizes R = R_always ∪ R_on_demand with selective() bounded by |K'| ≤ k_max ∧ relevance(K',T) ≥ τ, ensuring R_injected ≈ R_always ≪ R and F_FCG > F_monolithic. Includes Fidelity Model F(C,R_injected,T).- Introduces Axiom C-00: Object = Archetype ⊕ Contract with Φ_contract > Φ_archetype enforced via structural delimiters (not semantic concatenation).- Defines Topological Anatomy: Routing Table (ℛ), Contract Partition (𝒞) = R_always, Knowledge Manifold (𝒦 = 𝒦_sacred + 𝒦_event) = R_on_demand, Volatile Chamber (𝒱), Cryptographic Conduit (ℬ).- Enforces Access Control Matrix: ℛ=RO, 𝒞=RO, 𝒦=request-only via ℬ, 𝒱=NO MOUNT, ℬ=append-only W. MicroVM mounts EXCLUSIVELY ℛ+𝒞 in tmpfs.- Clarifies Boundary Ownership: Ω logically owned by Layer 1 (Identity/routing table), materially hosts Layer 2 (Executive Desk, cannot spawn L3). L2 → ℬ → L1 mediation for L3 instantiation. Self-similarity: L3 acts as L1 for its subtree.- Updates Probabilistic TCB: δ ≤ Π r_i if independent (HSM isolation), δ ≤ Σ r_i via Boole's Union Bound if not (L1 cascade into 𝒦/𝒱). ε ≥ ε_min(δ). Dynamic enforcement delegated to Projected Memory Architecture (PMA) - Reference Implementation Kernel 10.5281/zenodo.21519849 - formerly HMA. PMA implements Engine-Side Injection with HSM dual signatures (TOCTOU fix) and HMAC with expected_key from ℛ. The deployment of Large Language Models (LLMs) in enterprise software ecosystems necessitates formal architectural constraints to separate probabilistic inference from deterministic state mutations. We identify Parametric Myopia (PM) as the systemic pathology and Architectural Divergence (AD) as its measurable temporal manifestation. This paper proposes Asymmetric Agentic Governance (AAG) within Agentic Object-Oriented Programming (AOOP). Dual topology: heuristic exploratory phase bounded by FCG topological bounds (ℛ=RO, 𝒞=RO, 𝒦=request-only via ℬ, 𝒱=NO MOUNT) and strictly bounded mutative phase subject to (1) static formal checking via AST Solver - YAML to Fragmented MSO to DUTA O(N) via Courcelle's Theorem, and (2) dynamic runtime analysis via seccomp-bpf/eBPF. State is left-fold over cryptographically immutable ledger with L2 sealing via EngineHSM verify_signature_content() and 2-of-N multi-sig overrides. 47 pages, 8 formal specs. Whitepaper CC BY-SA 4.0 / Spec MIT. System Sovereignty: verifiable, reproducible state execution.