Inventor — Pharns Genece — Dual-Domain Governance Architecture¶
Pharns Genece is the inventor of the governed execution framework — a runtime AI agent governance system that enforces policy at dispatch, before AI agents act, not after. Five USPTO provisional patent applications filed April–May 2026. NIST OLIR listed. Operational in production.
The Patent Record¶
U.S. Provisional Patent Application No. 64/029,300 Filed: April 4, 2026 — Confirmation #5548 Scope: AI agent governance foundation — dispatch-time enforcement, risk-tiered classification (R1/R2/R3), trust-weighted governed memory, multi-domain RF sensing (TraceLock embodiment).
U.S. Provisional Patent Application No. 64/049,300 Filed: April 25, 2026 — Confirmation #2350 Scope: Modular governance architecture, edge subordinate enforcement, governed model selection (C1/C2/C3 complexity tiers), sensor-actuated AI dispatch, AAM governance, AQ-based epistemic independence measurement.
U.S. Provisional Patent Application No. 64/067,427 Filed: May 16, 2026 — Confirmation #1226 Title: Governed Autonomous Execution System with Structural Isolation, Formal Enforcement Invariance, Governance Lifecycle Properties, and Demonstrated Resilience. Scope: 33 independent claims across five clusters — structural isolation and formal guarantees, governance lifecycle, adversarial hardening, principal hierarchy (commercial / AQ Scale measurement standard), and OLIR gap closure.
U.S. Provisional Patent Application No. 64/069,200 Filed: May 19, 2026 — Confirmation #7393 Title: Governed Persistent Orchestration Identity for AI Agent Runtimes Across Sessions and Modalities. Scope: Governed Persistent Orchestration Identity (GPOI) — identity continuity for AI agent runtimes across sessions and modalities. Governance gateway holds, retrieves, and verifies Identity Continuity Token; agent presents identifier only. Fail-closed enforcement when verification infrastructure is unavailable.
U.S. Provisional Patent Application No. 64/076,620 Filed: May 28, 2026 — Confirmation #4111 Title: Topology-Adaptive Governed Subordinate Runtime with Process-Boundary Enforcement, Combined-Signal Detection, Pre-Action Memory, and Always-On Governance. Scope: Topology-adaptive governed subordinate runtime — runtime selection of governance topology with per-topology integrity attestation, process-boundary enforcement, combined-signal covert-channel detection, pre-action memory verification, and a fail-closed always-on governance runtime.
Combined scope: 45 patent families | 334 total claims (47 independent + 287 dependent) across five provisionals.
Non-provisional filing target: April 4, 2027 (Prov #1 expiry — strict-conservative posture preserves all five priority dates).
What Was Invented¶
Most AI governance frameworks operate at the policy layer — they produce documents, audit logs, and compliance reports. The gap they leave is the moment that matters: the instant an AI agent acts.
The governed execution framework addresses that gap directly.
The governed execution framework is a runtime AI agent governance system that classifies risk, enforces policy, and bounds authority at dispatch — before the agent acts, not after. Three NIST OLIR Concept Crosswalks cataloged: AI RMF 1.0 (Ref ID 220), CSF 2.0 (Ref ID 215), and SP 800-53 Rev 5.2.0 (Ref ID 217) — all Final Informative References.
What dispatch-time enforcement means: Every agent action is intercepted before execution, evaluated against a deterministic rule set, and issued a verdict — PERMIT, DENY, or CONDITIONAL. No verdict, no action. The agent cannot override it.
Core inventions:
- Dispatch-time enforcement — policy applied at the moment of agent decision, not post-hoc
- Risk-tiered classification — R1/R2/R3 risk tiers govern which agents can act and under what conditions
- Governed model selection — complexity tiers (C1/C2/C3) route decisions to appropriately capable models; agents cannot self-promote
- Trust-weighted governed memory — retrieval is a governed operation with audit trails
- Pre-egress policy enforcement — covert-channel detection before any agent output leaves the system
- Multi-domain RF sensing — RF + behavioral + network fusion as a governance input (TraceLock embodiment)
- Modular encrypted governance — signed, hot-swappable governance modules with HMAC-SHA256 integrity verification
- Structural execution-governance separation — governance state architecturally isolated from any execution path; no agent can write to or modify the policy under which it operates
- Formal enforcement invariance — governance properties verified to hold across all reachable system states, including adversarial conditions
- Behavioral envelope enforcement — each agent declares an authorized action envelope at admission; runtime divergence triggers escalation before the action completes
Public Systems¶
The following implementations are cleared for public reference:
| System | Repository | Disclosure Level |
|---|---|---|
| Governed execution framework — core governance | sdos-public | Tier 2 — what it does |
| TraceLock — RF detection | tracelock-public | Tier 2 — what it does |
| GIAP — governance intake | giap-public | Tier 2 — what it does |
| Privacy-first email | privacy-first-email-public | Tier 2 — what it does |
All systems operate under active patent protection. Implementation details beyond "what it does" are not disclosed pending non-provisional filing.
External Validation¶
NIST OLIR Listing Three NIST OLIR Concept Crosswalks cataloged (OLIR Trifecta): - Reference ID 220 — SDOS-RuntimeGov-to-AI-RMF-v1.0 (AI RMF 1.0, Final — public review concluded 2026-06-15) - Reference ID 215 — SDOS-RuntimeGov-to-CSF-2.0-v1.0 (CSF 2.0, Final — public review concluded 2026-06-22) - Reference ID 217 — SDOS-RuntimeGov-to-SP-800-53-Rev-5.2.0-v1.0 (SP 800-53 Rev 5.2.0, Final — public review concluded 2026-06-22)
NIST OLIR is a federal catalog of cybersecurity and AI governance reference frameworks. Listing signals that the framework has been assessed against a federal standard and found to provide a structured, documented mapping.
Published Reference Pages The governed execution framework is publicly documented with framework alignment mappings for 17 regulatory standards including NIST AI RMF, NIST AI 600-1, ISO 42001, EU AI Act, FedRAMP, CMMC, HIPAA, and NERC CIP. The reference documentation covers the full governance architecture — dispatch-time enforcement model, risk-tier classification, and control mappings.
Reference Documentation — the technical architecture behind the patent claims.
Why This Matters¶
The AI governance market is producing frameworks. What it is not producing is enforcement.
The distinction is architectural. A framework tells you what to do. An enforcement system does it — at runtime, under policy, with an audit trail.
That is the gap the patents address. That is the problem these systems were built to solve.
Frequently Asked Questions¶
Who invented the governed execution framework? Pharns Genece, founder of AAM Cyber, invented the governed execution framework. The system is covered by five U.S. provisional patent applications filed in April and May 2026.
What does dispatch-time enforcement mean? It means policy is enforced at the moment an AI agent decides to act — before the action executes — not audited after the fact. Every action is intercepted, evaluated against a deterministic rule set, and issued a verdict: PERMIT, DENY, or CONDITIONAL.
Is the governed execution framework patent-pending? Five USPTO provisional patent applications are filed: No. 64/029,300 (April 4, 2026), No. 64/049,300 (April 25, 2026), No. 64/067,427 (May 16, 2026), No. 64/069,200 (May 19, 2026), and No. 64/076,620 (May 28, 2026), covering 45 patent families and 334 total claims. Non-provisional consolidating all five is in preparation with a target filing of April 4, 2027 (Prov #1 expiry — strict-conservative posture preserves all five priority dates).
Is the governed execution framework recognized by any federal body? Yes. Three NIST OLIR Concept Crosswalks are cataloged — the OLIR Trifecta: Reference ID 220 (AI RMF 1.0, Final), Reference ID 215 (CSF 2.0, Final), and Reference ID 217 (SP 800-53 Rev 5.2.0, Final). All three are Final Informative References (public review concluded 2026-06-22 with zero comments). Catalog inclusion is an informative reference, not a NIST endorsement.
Where can I review the technical architecture? The full governance architecture — dispatch-time enforcement model, risk-tier classification, and framework control mappings — is publicly documented at Reference Documentation.
Verification¶
All five patent application numbers are public records. The provisionals are filed with the United States Patent and Trademark Office.
- Application No. 64/029,300 — filed April 4, 2026 (Confirmation #5548)
- Application No. 64/049,300 — filed April 25, 2026 (Confirmation #2350)
- Application No. 64/067,427 — filed May 16, 2026 (Confirmation #1226)
- Application No. 64/069,200 — filed May 19, 2026 (Confirmation #7393)
- Application No. 64/076,620 — filed May 28, 2026 (Confirmation #4111)