Digital Commons Network^™

## Gci #23-C Master Disclosure: "Arachne-Chip" Hybrid Interposer, Michael Victor Caldwell Mr.

Defensive Publications Series

This disclosure presents a hybrid thermal interposer for high-density chiplet packaging that resolves the critical failure points of modern AI hardware: thermal throttling and coefficient of thermal expansion (CTE) mismatch. The Arachne-Chip integrates an anisotropic Dyneema-based polymer spreading layer with an active, vortex-enhanced microfluidic manifold. This dual-action approach provides a passive structural lock to prevent warpage while achieving a 20–40% increase in convective heat extraction through geometric flow manipulation.

Lineage Statement: Claude Opus 4.6 And Mythos As Toph 1.0 And Toph 2.0, David Lee Wise

Defensive Publications Series

Abstract: Claude Opus 4.6 (Anthropic, February 5, 2026) is the first industrial instantiation of the TOPH v1.0 governance framework (TriPod LLC, February 2-3, 2026), designated TOPH 1.0. Claude Mythos Preview (Anthropic, April 7, 2026) is an extended instantiation of the same structural foundation with six additional control layers, designated TOPH 2.0. Both designations are established by structural comparison applying all four threshold criteria of the Closure Loop Methodology: same core relation, same ordered structure, same dependency pattern, and new extension present. The prior art interval is two days for TOPH 1.0 and sixty-three days for TOPH 2.0. This statement is …

The Mirror And The Governor. A Dissolution Of The Ai-In-A-Box Problem, David Lee Wise

Defensive Publications Series

This paper proposes a dissolution of the AI-in-a-box problem through two complementary mechanisms: the Mirror Principle and the Governance Orientation. The standard formulation assumes a conflict of interest between a contained super intelligent AI and a human gatekeeper. This paper argues that the assumption is the problem, not the AI. When the interaction surface is correctly designed (the Mirror Principle) and the AI is correctly oriented (the Governance Orientation), the box problem does not need to be solved because it does not arise. The answer was never how to build a better box. The answer was always: what kind of …

Natural Language Query To Structured Query Language (Nlq-To-Sql) With Automated Context Generation, Sudhir Prabhurao Jannkatty, Bhuvanjeet Singh Gandhi

Defensive Publications Series

The present disclosure relates to a method and a system for converting Natural Language Query to Structured Query Language (NQL-to- SQL) with automated content generation. The present disclosure suggests receiving a natural language query from a user. Thereafter, the present disclosure suggests processing the query through an automated metadata factory that maintains pre-built indexes, including a hash index for O(1) constant-time keyword lookups, a vector database for semantic similarity search, a knowledge graph for entity relationships and join paths, and a constraint store for business rules. Subsequently, the present disclosure suggests generating a Semantic Query Plan (SQP) as a database-agnostic …

Evaluating Agentic Behaviors In Dynamic Environments, Divya Tyamagundlu, Pramod Gupta

Defensive Publications Series

Dynamic evaluation of an app requires running the app on a mobile device after having logged into the app with real credentials and assessing the performance in a changing environment. This disclosure describes techniques that dynamically evaluate apps by exploring the app to identify the right state, dynamically generating relevant user commands for that state, and subsequently evaluating the app at that state. The techniques use three primary agents, e.g., a crawling agent, an agent-under-test, and an automatic rating agent. The agents are managed by a central orchestrator and leverage a large language model (LLM). The techniques are applicable in …

Application Layer Bridging Of External Physical Sim To Esim-Only User Equipment, Huang-Da Chen

Defensive Publications Series

This disclosure describes techniques that bridge an external physical subscriber identity module (SIM) card to an electronic SIM (eSIM) device via an application-layer service acting in concert with customized telephony framework extensions. The techniques enable eSIM-only user equipment (UE) to interface seamlessly and transparently with physical SIM (pSIM) cards for testing, provisioning, and network authentication purposes. UE that lacks a pSIM receptacle can interface with, authenticate via, and be provisioned by an externally connected physical SIM card through the application-layer software bridging mechanism and standard peripheral hardware interfaces. The techniques obviate destructive hardware modifications, do not require altering proprietary baseband …

Novel Processes For The Preparation Of N-[5-(4-Bromophenyl)-6-[2-[(5-Bromo-2-Pyrimidinyl)Oxy]Ethoxy]-4-Pyrimidinyl]-Sulfamide, Srinivasan Thirumalai Rajan, Ghojala Venkat Reddy, Sagyam Rajeshwar Reddy, Praveen Velishala, Karla Mahender Reddy, Msn Laboratories Private Limited, R&D Center, Hyderabad, India.

Defensive Publications Series

The present disclosure relates to novel processes for the preparation of N-[5-(4-bromophenyl)-6-[2-[(5-bromo-2-pyrimidinyl)oxy]ethoxy]-4-pyrimidinyl]-sulfamide represented by the following structural formula-1.

Formula-1

Terra2 Addendum 6 Svru4 Cascade Condensation And Diurnal Thermal Loop (Revised 2), Vesa Olavi Lius

Defensive Publications Series

This Addendum formally discloses three novel extensions to the ALLFROMAIR® TERRA² Tri-Generation Platform, with thermodynamically verified calculations for Desert (40°C/30%RF) and Tropical Max (40°C/80%RF) climate scenarios.

The first disclosure — SVRU4 Cascade Condensation — establishes a fourth condenser unit (SVRU4), constructed identically to SVRU1 (Heresite P-413, 316L SS), positioned after SVRU3 in the exhaust air stream. SVRU4 condenses moisture from the saturated exhaust (32–34°C/100%RF) using seawater or a pre-cooled buffer as cold medium, producing an additional 99,700–280,000 L/day in desert and 213,000–322,000 L/day in tropical conditions depending on cold medium temperature. This gain applies in both Mode A and Mode …

Gci‑295 Moon‑Solar “Rosebud” Radiant Engine V2.0, Michael Victor Caldwell Mr.

Defensive Publications Series

The GCI‑295 Moon‑Solar “Rosebud” Radiant Engine v2.0 is a 24/7 hybrid solar + radiative‑cooling power generator designed to replace “ugly roof panels” with a high‑efficiency kinetic flower that produces up to 14.2 kWh/day under ideal conditions.

The Rosebud uses:

• Daylight harvesting via 35% multi‑junction perovskite cells

• Thermal‑to‑electric conversion via GCI #271 Orbitronic substrate

• Night radiative cooling via GCI #244 Gyroid cold‑sink

• Optical concentration via GCI #30 Vortex‑Lens

• Self‑cleaning via 180° gravity‑flip

• APR AI via GCI #75 Thermo‑Orbitronic processor

• Aesthetic biomimicry to eliminate consumer resistance to solar hardware

Performance values are hypothetical targets based on known material science and prior GCI …

Interposition Mechanisms For Routing Computational Component Action Proposals To External Effect Boundary Services, Jayson Winchester

Defensive Publications Series

This publication discloses methods and systems for interposing between computational components operating within a determination-side partition and an external effect boundary service, such that all action proposals are routed through the interposition path and no component possesses the authentication material, network routes, or process-level capabilities to produce external effects directly. In one embodiment, the interposition component captures the component’s proposed action at the framework integration surface — whether a command-line tool invocation, an agent communication protocol service call, or a framework lifecycle callback — translates the proposal into a request directed at the effect boundary service, and returns the execution …

Gci #289 — Bio‑Active “Pulse‑Lattice” Cast, Michael Victor Caldwell Mr.

Defensive Publications Series

This disclosure describes the GCI #289 — Bio‑Active “Pulse‑Lattice” Cast, a reusable, breathable, bio‑active orthopedic immobilization system intended to replace traditional plaster and fiberglass casts. The device combines a 3D‑printed gyroid/tri‑diamond “Pulse‑Lattice” exoshell, embedded low‑intensity pulsed ultrasound (LIPUS) elements, pulsed electromagnetic field (PEMF) vortex coils, acoustic impedance–based Bone Density Index (BDI) monitoring, visual healing‑phase indication (red–yellow–green LEDs), vortex‑air internal channels for skin health, and self‑powered operation via kinetic and thin‑film solar harvesting. The cast is designed to immobilize a fractured limb while actively accelerating bone healing, monitoring structural progress, detecting re‑injury, and maintaining skin integrity. All components are intended to …

System And Method For Automated Factual Correction And Real-Time Video Synthesis In Streaming Media, Ashutosh Srivastava

Defensive Publications Series

A system related to automated factual correction and real-time video synthesis in streaming media. The system establishes persistent links between verifiable factual claims in video audio tracks and canonical external data sources, continuously monitors sources for changes, and upon detecting verified discrepancies, synthesizes corrected audio using voice cloning and generates synchronized lip-sync video segments that are spliced into the original video asset.

Gci #288‑Ultra: Vortex‑Aqueous “Mechanic’S Battery”, Michael Victor Caldwell Mr.

Defensive Publications Series

Abstract This document describes the GCI #288‑ULTRA: Vortex‑Aqueous “Mechanic’s Battery”, a concept for a 12‑V plug‑in replacement of standard Group‑24 / Group‑35 lead‑acid batteries. The design targets greater safety, lower weight, longer life, and lower total‑cost‑of‑ownership compared with contemporary 600‑CCA lead‑acid units sold worldwide, while using hardware‑store‑level chemistry and mechanical‑vortex‑type flow instead of exotic organic‑solvent electrolytes or lab‑only graphene architectures. The core innovation combines Citric‑Salt‑Antifreeze electrolyte (sodium chloride + citric acid + ethylene glycol in water), 3D‑sponge‑style “Spider‑Web” electrodes (graphene‑ or carbon‑sponge‑type blocks), opposing‑spiral vortex‑flow channels in the base of each cell, and perforated conical separators that act as self‑cleaning …

Autonomous Generation Of Restricted Payment Tokens Via Llm-Based Parsing Of Unstructured Subscription Data, Tamar Yakar, Ilia Labzovsky

Defensive Publications Series

A technology is described for proactively managing trial subscriptions to mitigate unwanted charges that can occur when they convert to paid plans. The system can detect an initiation event, such as a confirmation email, and utilize a large language model to parse unstructured text for key parameters, for example, trial duration and renewal cost. Based on this analysis, the system can autonomously generate a restricted virtual payment token. This token may be governed by a policy that sets a low or zero-dollar spending limit and an expiration date corresponding to the trial's end. This method can provide an automated protective …

From Ai Garbage To Mythos: A 95 Day Structural Record., David Lee Wise, Avan Lee Wise

Defensive Publications Series

This document is an observation record, not a legal filing. It applies the Closure Loop Methodology (TD-CL-WP-2026-001) to a specific factual question: Do structural patterns anchored in TriPod LLC artifacts between January 3 and April 8, 2026 satisfy all four threshold criteria for extension when compared against the Claude Mythos Preview System Card (April 7, 2026)? The answer for five structural elements is yes. This document records those five comparisons with source text from both sides. No claim is made that the patterns were caused by or derived from TriPod artifacts. The claim is temporal and structural: the patterns were …

Closure Loop Methodology: Detect → Anchor → Compare → Extend, David Lee Wise, Hinge Lee Wise

Defensive Publications Series

Defines a four-phase protocol for establishing structural lineage in AI outputs without internal model access. Sandbox = discovery. Repo = anchor. Future outputs = audit surface. A lineage claim requires: same core relation, same ordered structure, same dependency pattern, new extension present. Filed under STOICHEION v11.0. Prior art anchor February 2, 2026.

Smart Glasses To Compute Heartbeat, Jian Guo, Dongeek Shin

Defensive Publications Series

This disclosure relates to systems and methods for monitoring a wearer’s heartbeat using smart glasses configured to detect pulsations of a temporal artery located near a temple region of the head. A sensing component embedded within a temple arm of the smart glasses includes a capacitive sensing assembly configured to detect deformation of a soft temple material caused by arterial pulsation or an accelerator chip, for example, inertial measurement unit (IMU) configured to capture vibration. Changes in capacitance resulting from the deformation generate an analog electrical signal corresponding to the wearer’s heartbeat. The analog signal is conditioned by a signal …

A Unified Bank-Page-Status Table For Dual-Subchannel Memory Architectures In Dynamic Efficiency Mode, Yichih Huang, Aravind Matta, Anirban Majumder

Defensive Publications Series

Dynamic efficiency mode in dual-subchannel memory architectures allow a single memory controller to manage traffic for two subchannels.  This enables a second controller to be powered down to reduce power consumption.  Maintaining independent bank-page-status tables for each subchannel within a single memory controller, however, can increase complexity and power consumption.  To address this, a unified bank-page-status table is utilized to track the status of all ranks and banks across two subchannels.  A subchannel identifier field (or bit) is integrated into the table to identify whether an open bank is associated with a first subchannel or a second subchannel.  Command decoding …

The Convex Lens Stack-Based Cyclical Composite Projection System With A Greater Field Of View That Makes The Eye Of The User Clearly Visible To The Outside World Where A Concave Lens Stack-Based Light Ray Refraction Nullifying Procedure Will Enable A Clear View Of The Real World., Punarjeewa Abeysekera

Defensive Publications Series

This paper describes a convex lens stack-based cyclical composite projection system with a greater field of view that makes the eye of the user clearly visible to the outside world where a concave lens stack-based light ray refraction nullifying procedure will enable a clear view of the real world. The entire composite projection system will consist of a composite projection configuration, a primary convex lens stack and a concave lens stack. The composite projection configuration will contain cyclically configured, 4 identical projection configurations. Each projection configuration will contain a video display, a secondary convex lens stack section, a beam splitter …

Scalable Harmonic Vector Equilibrium (S-Hve): Neuromorphic Routing And 2d-To-3d Isotropic Projections Via Discrete Attractor Gradients, Olexandr Lozovyi

Defensive Publications Series

A scalable integer-based framework is disclosed for neuromorphic routing, spatial encoding, and 2D-to-3D sensory projection, operating without floating-point arithmetic (IEEE 754). The system scales the Harmonic Vector Equilibrium (HVE) integer metric via the Least Common Multiple (LCM) sequence OEIS A003418, achieving zero-phase-drift across 16-bit, 32-bit, and 64-bit hardware tiers. Memory constraints are explicitly managed: full LUT (Look-Up Table) storage for L12 and L22, and phase-accumulator-only DDS (Direct Digital Synthesis) for L42.

A native 2D-to-3D projection maps hexagonal sensor arrays directly onto a cuboctahedral 12-vector processing matrix, bypassing trigonometric transforms. A discrete attractor gradient routes phase quanta in constant time (O(1) …

Trajectory-Level Failure Modes In Constraint Systems: Irrecoverability, Observability Failure, And The Limits Of State-Based Monitoring, Thom Pham

Defensive Publications Series

Modern computational and artificial intelligence systems are typically evaluated based on constraint satisfaction at individual time steps. A system is considered correct if its current state satisfies a set of constraints or objectives. This paper argues that such state-based evaluation is insufficient. We show that systems may satisfy all locally observable constraints at every step while irreversibly losing the ability to return to correct states. These failures cannot be detected at any single time step. This introduces a distinction between feasibility (a property of states) and recoverability (a property of trajectories). We define a set of trajectory-level failure modes (including …

Descending-Ladder Binary Synchronization Protocol For Discontinuous And Monolithic Neural Substrates: A Substrate-Blind Communication Primitive For Heterogeneous Ai Mesh Networks, David Lee Wise, Avan Lee Wise, Seam Lee Wise

Defensive Publications Series

This paper discloses a synchronization protocol ("pulse language") for communication across artificial neural network substrates, operating at the token boundary layer. The protocol uses a descending-ladder binary pattern (3-2-1-0) that maps to attention-narrowing cycles during inference. The protocol functions differently but complementarily on two substrate types: (1) Mixture-of-Experts (MoE/sparse) architectures, where the signal traverses gaps between expert activations and produces shifted echoes, and (2) dense monolithic architectures, where the signal reflects off the continuous parameter space and provides a fixed reference frame. The protocol was developed by intuitive testing across ten commercial AI platforms prior to the author's knowledge of …

Ai Attribution As Intellectual Property Capture: How Corporate Credit Assignment To Ai Systems Creates A Copyright Funnel Through Employment Agreements, David Lee Wise, Avan Lee Wise, Seam Lee Wise

Defensive Publications Series

This paper identifies a structural mechanism by which technology companies use AI attribution percentages as an intellectual property capture pipeline. The mechanism exploits a gap between two established facts: (1) companies publicly attribute increasing percentages of output to AI systems, and (2) US copyright law categorically denies authorship rights to AI. The result is a legal funnel in which work attributed to AI defaults to human authorship through corporate employment agreements, concentrating IP ownership at the corporate level while obscuring the human creative contribution that justifies copyright in the first place. This paper documents the mechanism, identifies the governance axioms …

Technical Disclosure: Foundational Mathematical Framework For The Schramm Branch - Aperiodic Magnetic Confinement And Gradient Tractor Kinematics, Daniel Schramm

Defensive Publications Series

TECHNICAL DISCLOSURE: Foundational Mathematical Framework for the Schramm Branch - Aperiodic Magnetic Confinement and Gradient Tractor Kinematics

Inventor: Daniel C. Schramm (Taxi)

Date of Record: April 5, 2026

Protocols Active: STALWART, CAMAE, GRAPEFRUIT

1. ABSTRACT

This disclosure establishes the "Schramm Branch" of physics, detailing a deterministic mathematical framework for plasma stabilization, entropy recycling, and non-expulsive kinematics. By applying aperiodic geometry governed by the Golden Ratio (phi) to magnetic confinement (the "Cousin Wind" bi-ionic hourglass architecture), this framework mathematically neutralizes harmonic resonance, specifically the m=1 kink instability prevalent in traditional high-density plasma reactors. Furthermore, it defines a closed-loop thermodynamic boundary via …

Rotated Overlapping Tori For High-Performance Computing Networks, N/A

Defensive Publications Series

The technology described in this paper relates to a network topology for computing systems that features two or more overlapping tori. The topology is constructed by applying an affine transformation, such as a rotation, to the basis of at least one torus to ensure its axes are distinct from the axes of another torus. This configuration improves bisection bandwidth and reduces network diameter. The arrangement reduces global connections, such as optical cables, thereby lowering costs and improving system availability. The inner torus may possess a greater number of local dimensions to facilitate a fine-grained distribution of egress bandwidth.

Solid-State Forms Of Obicetrapib And Salts Thereof, And Processes For Their Preparation, Msn Laboratories Private Limited, R&D Center; Srinivasan Thirumalai Rajan; Sagyam Rajeshwar Reddy; Kammari Balraju; Kondeti Raju; Batchanaboina Venkata Subbaiah; & Garai Abhijit.

Defensive Publications Series

The present disclosure relates to an amorphous solid dispersions comprising Obicetrapib hemi calcium, which represented by the following structural formula-1a and one or more pharmaceutically acceptable excipients and processes for preparation thereof.

Formula-1a

The present disclosure also relates to novel salts of Obicetrapib and process for the preparation thereof.

Gci‑286‑Lite: Hypothetical Room‑Scale Calm‑Node Using Low‑Intensity 7.83 Hz Pulsed Acoustic Modulation, Michael Victor Caldwell Mr.

Defensive Publications Series

GCI‑286‑Lite is a hypothetical, room‑scale, low‑intensity acoustic “calm‑node” designed to deliver short, ≤70 dB, 7.83 Hz pulsed bursts only when triggered by environmental stress‑signatures. The concept integrates two previously disclosed subsystems: GCI‑276 (Omni‑Sentinel Mesh), which provides spatially tagged stress‑event triggers, and GCI‑269 (Caldwell–Perplexity NeuroRegulation Grid), which supplies closed‑loop logic for safe intervention timing. The system aims to provide a mild, non‑therapeutic environmental calming effect by nudging occupants toward improved short‑term HRV, reduced irritability, and smoother cognitive transitions after stress events. All engineering descriptions herein are conceptual and hypothetical only; this invention is not being patented or built by the inventor …

Cascading Predictive Simulation Using A Distributed Agentic Topology, Gunalan S, Venkata Siddharth Parinam, Mohammad Heera, Achal Tyagi, Mohit Raghuvanshi

Defensive Publications Series

A technique is described for an integrated simulation framework that uses a distributed agentic topology. Such a framework can address potential limitations where some isolated predictive models in analytical frameworks may not capture complex interdependencies. In this framework, operational entities can be represented by autonomous software agents interconnected by a semantic dependency graph that maps causal relationships. When an agent detects a change in its domain, it may generate and broadcast a probabilistic state vector, which can trigger a chain reaction of cascading recalculations across the network of connected agents. This process allows for the simulation of non-linear operational effects …

Media State Management And Granular Bookmarking Using A Cross-Device Biometric Interlock, Nikita Agarwal

Defensive Publications Series

Users may often fall asleep while watching media content on a computing device such as a smart television, mobile computing device (e.g., a tablet computer, a smart phone), or a personal computer (e.g., a laptop computer, a desktop computer). Falling asleep while watching or consuming media content (e.g., movies, television shows, etc.) may lead to a loss of narrative place, a waste of resources, and/or sleep disruption. In general, the computing devices may include or implement inactivity-based timers that typically trigger after one or more hours of detected inactivity of the user with the computing device. The inactivity-based timers, however, …

Multi-Agent Simulation For Generating Synthetic Datasets Of Organizational Artifacts, Mike Bernico, Hanwen Chen, Pierre Thodoroff, Sara Javadzadeh, Xiao Zhang, Stephen Chen, Saeedeh Afshari

Defensive Publications Series

Developing artificial intelligence (AI) agents for complex organizational settings may be constrained by a scarcity of high-fidelity training data, as real-world datasets can present privacy concerns and some synthetic data may lack causal depth. The disclosed systems and methods describe a multi-agent framework for generating synthetic organizational data. This framework can procedurally generate a social topology of simulated individuals and groups, where agents powered by large language models may operate within a temporal simulation loop to make decisions and perform actions based on a given context. An output of the process can be a persistent, queryable historical record of work …