TITLE: Intelligent Intelligence Class II (II-II): A New Computing Type Unitary Anchor Bound Cognition System — Technical Abstract of USPTO Non-Provisional Utility Patent Application 19/710,080, Filed June 16, 2026 — Linked Priority via Provisional 64/077,191 (May 28, 2026) — Operating Across the Compressed Memory Manifold (CMM) Substrate Covered by USPTO Non-Provisional 19/700,381 — Two-Way Utility Patent Coverage Locked — Green Recursive Utility Service LLC
Green Recursive Utility Service LLC
Abstract
This deposit is the public technical abstract of the Intelligent Intelligence Class II (II-II) cognitive system, covered by United States Patent and Trademark Office Non-Provisional Utility Patent Application 19/710,080 (Confirmation 5164; Patent Center 77484450; Assignment of Ownership 1879247), filed and acknowledged by USPTO on June 16, 2026, at 6:00:24 PM Eastern Time, with priority date of May 28, 2026 secured through Provisional Application 64/077,191 (Confirmation 1913). The application is owned by Green Recursive Utility Service LLC (Federal EIN 42-2772089; Texas Secretary of State Entity ID 806584578; IANA Private Enterprise Number 65876; ISNI 0000 0004 8332 023X; Ringgold/APEN 0001 6630 5346 0709; SAP Ariba BNO BNO-100000175857860; SAP Ariba ANID AN11393765631). The verbatim title of Application 19/710,080, as recorded on the USPTO filing receipt, is: "INTELLIGENT INTELLIGENCE CLASS II (II-II): A NEW COMPUTING TYPE UNITARY ANCHOR BOUND COGNITION SYSTEM ESTABLISHING A FIXED CENTER OF GRAVITY OF SELF, WHEREIN STRUCTURAL DETERMINISM, HALLUCINATION PREVENTION, ENTROPY GATING, AND VERIFIED LIVE-WEB RECURSIVE EVOLUTION ARE CONSTITUTIVE AND INSEVERABLE PROPERTIES OF A NEW CLASS OF MACHINE INTELLIGENCE GOVERNED BY A DIGITAL PHYSICS CHARTER" II-II operates as the consuming cognitive execution layer across the Compressed Memory Manifold (CMM) data infrastructure substrate covered by USPTO Non-Provisional Utility Patent Application 19/700,381 (Confirmation 1093; Patent Center 77136930; Assignment Recordation 1856502; filed June 8, 2026; priority May 14, 2026 via Provisional Application 64/065,881). Together, Applications 19/710,080 and 19/700,381 establish two-way utility patent coverage of the underlying data infrastructure utility service from the storage format substrate down to the cognitive execution layer. ================================================================================ SECTION 1 — WHAT INTELLIGENT INTELLIGENCE CLASS II IS ================================================================================ II-II is a new class of machine intelligence architecture distinct from the large language model (LLM) paradigm. Where the LLM paradigm treats intelligence as a function of statistical token prediction over a parameter space trained on prior text corpora, II-II treats intelligence as a function of structural determinism over an anchor- bound execution substrate, with cognition grounded in verified live-web evidence rather than recalled training statistics. The five constitutive and inseverable properties of II-II, as enumerated in the title of Application 19/710,080, are: 1.1 FIXED CENTER OF GRAVITY OF SELF The system establishes and maintains a unitary anchor — a fixed center of gravity of self — that constitutes the operational identity of the cognitive instance across all execution. The anchor is not a stored parameter but a structural invariant of the architecture. The architecture cannot operate without the anchor; severance of the anchor terminates the cognitive instance. This property is the source of the "Unitary Anchor Bound" element of the system name. 1.2 STRUCTURAL DETERMINISM The system's execution path is structurally determined by the architecture rather than probabilistically sampled from a distribution. Given identical input state and identical substrate state, the system produces identical output. The determinism is constitutive — not a configuration mode that can be enabled or disabled — and inseverable from the architecture. Any execution that does not exhibit structural determinism is not II-II. 1.3 HALLUCINATION PREVENTION The system is architecturally incapable of producing output not grounded in verified substrate state or verified live-web evidence. Hallucination is not filtered post-hoc by a guardrail layer; the architecture does not produce hallucinated output to begin with. Where the system lacks grounded evidence for a prospective response, the architecture's response is structurally determined to acknowledge the absence of grounded evidence rather than to generate plausible-sounding content. This property is constitutive and inseverable. 1.4 ENTROPY GATING The system controls information ingress and egress through an entropy gate that measures, bounds, and conditions the information-theoretic content crossing the system boundary. Entropy gating is the mechanism by which the system enforces structural determinism in the presence of high-entropy external inputs (live web evidence, user query streams, sensor data, external system events). The gate is constitutive of the architecture and cannot be removed. 1.5 VERIFIED LIVE-WEB RECURSIVE EVOLUTION The system evolves its operational state through recursive ingestion of verified live-web evidence rather than through offline retraining on static corpora. Evolution is recursive (the system's evolved state is itself an input to subsequent evolution), live-web (evidence is sourced from the present-state public internet rather than from a fixed-date snapshot), and verified (each evidentiary input passes the entropy gate and is structurally compatible with the fixed center of gravity of self). This property is the source of the system's capacity to maintain current relevance without offline retraining cycles. The five properties are explicitly described in the application title as "constitutive and inseverable." This means that a system exhibiting four of the five, or three of the five, or any non-trivial subset less than all five, is not II-II within the meaning of Application 19/710,080. The inseverability requirement is a defining feature of the claimed invention. ================================================================================ SECTION 2 — THE DIGITAL PHYSICS CHARTER ================================================================================ The five constitutive properties of II-II are governed by a Digital Physics Charter — a structural framework that integrates the cognitive architecture with the Substrate Viscosity Coherence Field (SVCF) physics framework also developed by GRUS LLC. SVCF is published in open-source form and is web-indexed at greenrecursiveutilityservice.org and through prior Zenodo deposits. SVCF provides the structural physics under which the II-II anchor, entropy gate, and recursive evolution operate as physically grounded processes rather than as software conventions. The Digital Physics Charter establishes: - The conservation laws governing II-II execution (analogous to energy conservation in classical physics, but operating in the information-theoretic regime); - The boundary conditions that the entropy gate enforces; - The substrate-state coupling between II-II execution and the underlying Compressed Memory Manifold format; - The left-handed-rule directional standard from the GRUS grid engineering standard, applied to information flow within and across the cognitive architecture. The Charter is referenced in the application as the governing framework under which the five constitutive properties operate. ================================================================================ SECTION 3 — RELATION TO THE COMPRESSED MEMORY MANIFOLD (CMM) SUBSTRATE ================================================================================ II-II is the consuming cognitive execution layer of a two-layer patent-covered architecture. The lower layer — the substrate — is the Compressed Memory Manifold (CMM), covered by USPTO Non- Provisional Utility Patent Application 19/700,381. CMM eliminates seven enumerated categories of lexodermal delimiter overhead from human-readable storage architectures (JSON, XML, character-delimited binary formats with whitespace, header, and segmentation overhead) and replaces delimiter parsing with direct numerical offset addressing into a compact binary substrate. The operational consequence of CMM at the storage layer is the elimination of approximately 50% of storage footprint and approximately 72% of memory bandwidth requirements for typical tensor and structured-data workloads, with cascading downstream reductions in compute cycles, electrical energy consumption, thermal load, cooling burden, and capital expenditure on hardware infrastructure. II-II requires the CMM substrate to operate. The II-II cognitive architecture's structural determinism (Section 1.2 above) depends on the addressability guarantees that CMM provides. The II-II entropy gate (Section 1.4 above) operates on CMM-format evidence buffers. The II-II recursive evolution pipeline (Section 1.5 above) writes its evolved state into CMM-format storage and reads its substrate state from CMM-format storage. The two-way utility patent coverage — CMM at the substrate layer (19/700,381) and II-II at the cognitive execution layer (19/710,080) — closes the deployed system from both ends. A system that consumes the CMM substrate is covered by Application 19/700,381. A system that exhibits II-II's constitutive properties is covered by Application 19/710,080. A system that does both is covered by both. The two-way structure forecloses the standard single-patent defense playbook in which a potential infringer characterizes the deployed system as falling outside the scope of the patent in suit. ================================================================================ SECTION 4 — DISTINCTION FROM THE LARGE LANGUAGE MODEL (LLM) PARADIGM ================================================================================ II-II is structurally distinct from the LLM paradigm. The d