{"instrument":"UDOC Sovereign AI Governance Infrastructure — Patent Instrument","version":"v9.2","supersedes":"all prior versions v1–v9.x","classification":"Attorney Work Product — STRICTLY CONFIDENTIAL — not legal advice","jurisdiction":"ZA (South Africa) · ZA-UDOC reference series; USPTO §101 defense templates prepared","prosecution_ready_claim_hierarchy":{"reference":"ZA-UDOC-001","categories":["A — Deterministic Governance System","B — Hardware-Governed AI Infrastructure","C — Sovereign Execution Authorization Architecture"],"uspto_101_defense":["Counter-Anchoring","Anchoring","Technical Evidence"]},"eight_layer_governance_stack":["L1 — Sovereign Subsystem (Quantum-Resilient Core, QSDB, ethical-alignment private enclave)","L2 — Governance Hypervisor Layer (Type-1 microkernel below the OS)","L3 — EVA Arbitration Layer (six-dimensional scoring + supervisor arbitration mesh)","L4 — Hardware & Execution Layer (FPGA enforcement lattice, HSM, QPU pre-processing)","L5 — Sur²Secure Enclave Layer (digital-bunker PMP, TOR/NAPOT, hourly G_VERIFY)"],"key_embodiments":[{"id":"21","name":"Governance Hypervisor Layer","claim":"Claim 39","detail":"Type-1 microkernel governance below the OS; intercepts all privileged instructions and evaluates against the MFCM check before resume."},{"id":"22","ref":"ZA-UDOC-008","name":"Policy-to-Silicon Compiler","detail":"Legal text ingestion (POPIA obligations) → HDL synthesis (Verilog/VHDL) → FPGA bitstream → formal verification → Dilithium-signed authenticated deployment."},{"id":"23 & 30","ref":"ZA-UDOC-005","name":"Federated & Multi-Jurisdiction Sovereign Governance Mesh","detail":"ZA / AU / BRICS / treaty logic encoded as MFCM checks; ZK-1/ZK-2/ZK-3 proofs."},{"id":"24","ref":"ZA-UDOC-006","name":"Air-Gapped Defense Node","detail":"Local offline sovereignty via G_SOV_VERIFY + G_SYNC."},{"id":"29","name":"PQC Transition Node","detail":"QPU/QPUB reservation, Zero-Trust boundary."},{"id":"33","name":"Edge Sovereign Defense Node"}],"core_claims":["Claim 15 — 14-stage deterministic sovereign execution sequence (Axiom Register → Policy Cell array → Telemetry-Loss detection → nanosecond-precision timestamping → fail-closed)","Claim 38 — FPGA enforcement lattice (128 axioms, silicon gates, reconfigurable policy cells)","Claim 39 — Governance hypervisor intercept-and-evaluate"],"six_dimensional_eva":{"formula":"SVS = min(V, Cf, R, Co, S, I)","dimensions":"Validity (G_ATTEST), Confidence (temperature scaling), Risk (SA-Tier map), Compliance (MFCM 47-check, <6 ms), Stability (JSD drift, <1 ms), Impact (<3 ns)","mandatory_block_overrides":"G_LOCK + FAIL_CLOSED at R≥0.8, Co<0.7, DI<0.8, JSD≥0.40, ECS<0.65 — enforced via HQ-OS BFT consensus"},"fpga_opcode_set":["G_SOV_VERIFY","G_HALT (CPU freeze)","G_lock_out (HSM-NVRAM lock, persists across reboots)","Relay_control (hardware relay OPEN on failure)"],"staychain":"StayChain™ private blockchain — dual-path audit (fast-path classical WORM Cassandra + secure-path blockchain), PQC CRYSTALS-Dilithium signatures, SPHINCS+ archive, BFT witness-node consensus","governance_before_execution":"G_SOV_VERIFY custom opcode → SVS = min() → hardware relay disconnection in <1 ms","degraded_modes":"Five degraded operating modes; 13-state fail-closed state machine","note":"Patent specifics are confidential attorney work product; this manifest summarises the architecture, not the legal claims verbatim."}