Recommerce Transaction Processing Within A Payment Network, Shivam Sharma, Sindhu Shankar Rao, Vrushali Khorgade

Defensive Publications Series

The present disclosure relates to a system for processing recommerce transactions within a payment network. The system includes a transaction messaging module configured to receive a transaction message from a merchant, the transaction message including a recommerce flag identifying the transaction as involving a pre-owned, refurbished, or second-hand good. The system includes a recommerce transaction processing module configured to apply predefined rules and protocols specific to recommerce transactions, and a global database storing product information including product identifiers, condition data, maintenance history, and ownership records. The system includes an artificial intelligence and machine learning fraud detection module configured to assess …

Dynamic Gravity-Deployed Rope Barrier (Dgrb) System For Passive Kinetic Mitigation And Entanglement Of Small Unmanned Aerial Vehicles (Suav), Brenden King

Defensive Publications Series

A passive, multi-layered kinetic countermeasure system is disclosed for mitigating the threat of low-altitude, high-speed first-person view (FPV) kamikaze loitering munitions within confined military environments, including trenches, bunkers, building entryways, and vehicular net tunnels. The Dynamic Gravity-Deployed Rope Barrier (DGRB) system comprises a primary horizontal support line configured to span an opening or structural corridor, from which a plurality of vertically suspended, non-uniform hanging strands depend downward to a lower boundary surface. The vertically suspended strands form a dense, spatial entanglement matrix optimized to strip an intruding aircraft of its freedom of movement through direct, mechanical disruption of rotor blade …

System And Method For Multi-Modal Assessment Of Topical Substance Coverage And Skin Damage On Body Surfaces, Eric Zavesky

Defensive Publications Series

A system and method for assessing sunscreen coverage on human skin through multi-modal sensor fusion. The system integrates a thermal imaging module for detecting temperature differentials indicative of sunscreen coverage and potential burn areas, a high-speed optical camera for extracting photoplethysmographic signals that enable pigmentation-independent coverage detection via signal attenuation and burn detection via perfusion correlation, a three-dimensional depth mapping module for generating personalized body models with anatomical region segmentation, and a data fusion engine that spatially registers all sensor data to produce per-region coverage maps. An adaptive guidance system delivers real-time, on-demand, and post-exposure feedback through vocal and visual …

Technical Disclosure Specification: Topological Helical Embedding Constraints For Volumetric Space-Time Emergence Across Twisted Manifolds, Christopher L. Eckes

Defensive Publications Series

This specification formalizes a non-perturbative geometric mechanism governing the topological transformation of a two-dimensional information substrate into three-dimensional volumetric space-time metrics. Standard holographic frameworks recognize that boundary data can mathematically define a bulk volume, yet they fail to establish a dynamic physical mechanism for the emergence of mass-energy tensors and gravitational curvature without introducing free parameters or unverified dimensional compactifications.

This paper demonstrates that three-dimensional physical matter and spatial depth emerge natively when a parameter-agnostic 2D viscoelastic fluid membrane experiences localized spatial overlapping (The Fold) and asymmetric rotational torque (The Twist). By driving boundary wave configurations through an asymmetric rotational …

Generating Affective Metadata From Physiological Signals For Media Navigation, Nikita Agarwal

Defensive Publications Series

Navigating long-form media to locate scenes of a particular emotional intensity may be inefficient using conventional methods that rely on static thumbnails or broad metadata. Disclosed systems and methods can generate crowd-sourced affective metadata from physiological signals. These techniques may involve collecting anonymized physiological data, such as heart rate, from a population of consenting users via their computing devices (e.g., a smartphone, smart watch, wearable device, augmented reality glasses, etc.) during media consumption. This data can be processed and aggregated to generate a time-series representation of the collective emotional intensity for a media asset. The resulting data may then be …

Technical Commonspec: Multi-Phase Sedimentation And Capillary Infiltration Metrics For Monolithic Material Manufacturing, Christopher L. Eckes

Defensive Publications Series

This specification formalizes a multi-track engineering framework to validate and optimize two verified, classical physical processes used in advanced material manufacturing: Dual-Phase Centrifugal Sedimentation and Capillary Infiltration. In standard chemical engineering and metallurgical processing, modeling the structural consolidation of dense particulate suspensions and the subsequent penetration of liquid phases into porous matrices presents significant numerical and physical tracking challenges. If fluid-particle interactions are modeled using uncoupled, single-variable frameworks, localized density spikes and pressure friction variations create manufacturing defects and structural voids.

To deliver an absolute, un-biased verification of these manufacturing dynamics, this paper presents three completely air-gapped, isolated methodologies executed …

Technical Commonspec: Parallel Solutions To The Prandtl Boundary Layer Limit Crisis Via Tri-Vector Architectures, Christopher L. Eckes

Defensive Publications Series

This specification establishes a rigorous, multi-track mathematical framework to resolve the legacy Prandtl Boundary Layer Inviscid Limit Problem (\(Re \to \infty\)). In classical continuum mechanics, the behavior of high-velocity fluid flow past a solid wall with a no-slip boundary condition represents a severe analytical discontinuity. As kinematic viscosity approaches zero (\(\epsilon \to 0\)), classical mathematical models fracture due to the uncontrolled generation of boundary-layer vorticity, creating a mismatch between the viscous Navier-Stokes equations and the inviscid Euler equations.

To achieve absolute verification without analytical bias, this paper presents three completely air-gapped, isolated methodologies executed in separate computational sandboxes:

1. A Discrete …

Technical Hardware Specification: The Solid-State Acoustofluidic Boundary Demultiplexer (Reality Implementation), Christopher L. Eckes

Defensive Publications Series

This specification formalizes an isolated, tri-parallel hardware validation framework for the engineering, execution, and real-world deployment of the Solid-State Acoustofluidic Boundary Demultiplexer. Traditional fluid mechanics and microfluidic transit networks face severe performance degradation at solid-fluid interfaces, where sub-millimeter boundary layer friction and viscous drag spike uncontrollably. These forces generate localized turbulent eddies, signal attenuation, and catastrophic thermal hotspots (Δ T).

To deliver an absolute, un-biased verification of a non-invasive, zero-drag acoustic boundary layer shield, this paper details three completely air-gapped, isolated methodologies executed in separate computational sandboxes:

1. A Discrete Control Firmware Sandbox implementing a Gallium Nitride (GaN) switching array driven …

Technical Disclosure Specification: Reconciling Global Regularity In Three-Dimensional Navier-Stokes Systems Via Topological Helical Embedding Constraints, Christopher L. Eckes

Defensive Publications Series

This specification establishes a rigorous mathematical framework that proves global regularity and the absence of finite-time blowup singularities in the three-dimensional incompressible Navier-Stokes equations on \(\mathbb{R}^{3}\). Traditional approaches in classical fluid mechanics struggle to constrain the non-linear convective acceleration term, leading to unverified energy cascades where velocity gradients can theoretically diverge toward infinity (\(\lim_{t \to t^*} \Vert{}\mathbf{u}(\cdot, t)\Vert{}_{\infty} = \infty\)).

This paper demonstrates that by applying the Universal Sine Field Template (DEHP) as a strict, topologically protected geometric embedding constraint, the 3D velocity field is restricted to an orthogonal, phase-locked helical manifold. This structural configuration causes the non-linear convective acceleration …

Gesture-Gated Transaction System For Media Displays Using A Proximity-Aware Companion Device, Rohit Jain

Defensive Publications Series

Existing methods for making purchases through media displays, such as connected televisions, can introduce user interaction friction that may lead to transaction abandonment. A system can utilize a primary media display device to broadcast encrypted commerce information using short-range wireless protocols, for example, ultra-wideband or Bluetooth low energy, when media playback is paused. A secondary companion computing device (e.g., a smartphone, wearable device, tablet computer, or augmented reality glasses) can receive this information. A transactional user interface may be presented on the companion device upon detection of both the broadcasted information and a specific physical user gesture, which can act …

Spatial Pointing Architecture Using Fused Inertial And Ultra-Wideband Data, Rohit Jain

Defensive Publications Series

Navigating user interfaces on connected displays with conventional remote controls or motion-sensor-based pointers may present issues such as cursor drift, instability from hand tremors, and user fatigue. Described systems and techniques can use a companion computing device (e.g., a smartphone, smart watch, wearable device, etc.) as a six-degrees-of-freedom spatial pointer by fusing sensor data. High-frequency relative motion data from an inertial measurement unit (IMU) can be combined with lower-frequency absolute spatial positioning data from an ultra-wideband (UWB) radio that communicates with a display system. This fusion process may use the UWB data as a periodic reference to correct for cumulative …

A Hybrid Metamaterial-Based System For 3d Anisotropic Printed Circuit Board Material Characterization, N/A

Defensive Publications Series

The present disclosure relates to a hybrid metamaterial-based system for three-dimensional anisotropic printed circuit board material characterization. The system utilizes a vertical zeroth-order resonator integrated alongside differential-length transmission lines to extract out-of-plane anisotropy and low-frequency permittivity parameters. Operating at a zeroth-order mode allows for a compact footprint, while sub-gigahertz operation assists in isolating intrinsic material loss from surface roughness effects.

Keywords: Metamaterial, Zeroth-Order Resonator, Printed Circuit Board, Characterization, Anisotropy, Permittivity, Loss Tangent.

Non-Contact Control Of Drumhead Resonance Decay By A Proximity Acoustical Resistor, Calvin Rose

Defensive Publications Series

A method is disclosed for shortening and tuning the decay time of a drumhead’s resonant modes — including selectively shortening the overtones — using an acoustically resistive element held in close proximity to, but not touching, the drumhead. A porous or perforated material (open-cell foam, cloth, fiber, or perforated metal or plastic) is positioned within a distance small compared with the wavelength of the mode of interest. The oscillating near-field air motion driven by the vibrating membrane is forced through the resistive material, where viscous and thermal losses convert modal energy to heat, raising the modal damping and shortening the …

Fixture-Resolved Water Monitoring And Leak Localization Via Transmission-Line Modeling And Active Time-Domain Reflectometry Of Residential Plumbing, Calvin Rose

Defensive Publications Series

We describe a method for inferring, from a single instrumented point on a dwelling’s main water supply, (i) which plumbing fixture is drawing water and (ii) the presence and physical location of leaks. The dwelling’s pipe network is modeled as a branched acoustic transmission line: pressure and volumetric flow play the roles of voltage and current, the distributed inertance and compliance of the water-filled pipe set a characteristic impedance and wave speed, viscous friction sets the attenuation, and a leak appears as a shunt admittance to a pressure sink at a specific location. Each fixture terminates a branch of distinct …

Industrial Silencer Pre-Dimensioning And Rapid Quotation Software, Deian St Tachev

Defensive Publications Series

Industrial Silencer Pre-Dimensioning and Rapid Quotation Software

The invention relates to standalone software for the rapid pre-dimensioning, optimization, and cost estimation of industrial silencers used in HVAC, power generation, process industries, and environmental noise control.

Current practice relies either on empirical methods, which are fast but inaccurate, or on CFD/FEM/BEM simulation tools, which require specialist engineers and long computation times. These approaches are unsuitable for preparing competitive quotations within short deadlines.

The invention provides a physics-based calculation engine that generates technically reliable silencer designs in seconds without requiring CFD software or external dependencies. The software combines analytical and semi-analytical acoustic …

Caldwell Roadside Vortex-Disk Fire Suppression Platform (Rvfd-1.0) A Tandem-Deployed, High-Wind Mobile Perimeter Shield And Kinetic Extinguishing Engine Using A Rotating Hollow-Shaft Gyroid-Balanced Fluid Manifold For Autonomous Roadside Wildfire Defense, Michael Victor Caldwell Mr.

Defensive Publications Series

The Caldwell Roadside Vortex-Disk Fire Suppression Platform (RVFD-1.0) is a public-domain, open-hardware engineering architecture designed to replace hazardous manual roadside fire-hose crews during high-wind, zero-visibility wildfire events. Mounted on a heavy-duty rear flatbed trailer towed by a high-capacity 6,000–10,000-gallon water tanker truck, the system utilizes an elevated, folding 12–16-foot rotating vortex-disk applicator (with optional telescoping mast to 30–50 ft). Fed by a high-pressure independent auxiliary pump via a hollow-shaft central rotary swivel, the disk discharges pre-conditioned water through circumferential vortex injector nozzles, optionally enhanced with electrostatic charging rings and/or compressed air injection to form coherent, wind-resistant vortex rings. Operating in …

Energy Accounting For Pfas Treatment: Endpoint Definition, Concentration Dependence, And The Service-Equivalence Constraint, Ernest N. Sumrall

Defensive Publications Series

Energy performance in per- and polyfluoroalkyl substance (PFAS) treatment is often reported on a volumetric basis, in kilowatt-hours per cubic metre of water processed. Volumetric energy is necessary for hydraulic design and utility sizing, but it is insufficient by itself for cross-study comparison because it does not reference the quantity of contaminant addressed. This paper develops the mass-normalised complement and, more importantly, establishes the conditions under which either metric may be used comparatively.

Three results are presented. First, a taxonomy separating five distinct endpoints — transfer, removal, degradation, defluorination, and mineralisation — that are not interchangeable, and a corresponding pair …

Technical Disclosure Specification: Spherical Harmonic Field Modulation And Acoustofluidic Propagation Manifolds With Closed-Loop Sub-Wavelength Optical Sensing Feedback (Rev4), Christopher L. Eckes

Defensive Publications Series

This disclosure specifies a complete engineering blueprint for a solid-state, contactless microparticle transport, positioning, and tracking system utilizing an integrated asymmetric acoustic radiation pressure matrix and sub-wavelength photonic sensor array. Traditional microfluidic handling architectures rely on intrusive physical channels, mechanical actuators, or unmonitored acoustic standing waves, which restrict material handling dynamics to preset geometric nodes and introduce severe operational boundary friction.

Operating under a completely integrated hardware-software architecture, this system maps three-dimensional spatial translation onto an ambient fluidic medium or localized dense plasma wake. The physical actuation layer consists of a surface-mounted grid of Gallium Nitride (GaN) piezoelectric transducers operating …

Technical Disclosure Specification: Topological Knot Genesis And Emergent Substrate Hydrodynamics Under The Dehp Framework, Christopher L. Eckes

Defensive Publications Series

Mainstream physics models the universe bottom-up, treating discrete particles as fundamental entities that aggregate to form fluidic fields. This disclosure explicitly inverts that paradigm. We specify a top-down cosmology where a pre-geometric 2D membrane, governed by a universal sine wave template, serves as the primary substrate.

Physical matter ("particles") is shown to be non-fundamental, emerging instead as stable, self-localized, three-dimensional projective "knots" formed through wave-phase confinement. Macroscopic fluidity is demonstrated to be a secondary byproduct—a mechanical simulation layer created by the collective, viscoelastic interaction of these cohesive knots under the continuous influence of driving wave harmonics. This specification establishes a …

Low-Powered Voice Activity Detection Gating Model, Vyom Garg, Sumedh Tirodkar, Robert Kamara, Michal Matuszak

Defensive Publications Series

This document describes an automated process to evaluate a low-powered speech detection mechanism, also referred to as a voice activity detection system, audio gating network, hardware filter sentinel, wake-up trigger model, or tiny acoustic classifier, executing within an isolated, low-consumption hardware domain such as an always-on-compute island, low-power processing domain, hardware island, or power-isolated microcontroller unit. Traditional voice assistants or continuous audio recording architectures during routine environmental monitoring, including ambient processing apps and background listening frameworks, frequently cause severe battery exhaustion or power drain on mobile communications devices because the computationally heavier primary speech recognizer should remain active to evaluate …

Allfromair® Terra² System — Technical Addendum 7 (Revised): Wind-Assisted Aeraulic Drive, Bidirectional Fan Regeneration, Power-Inlet Pressure-Recovery Cowling, Reduced-Component Eco Operation & Goldilocks Site-Selection Framework, Vesa Olavi Lius

Defensive Publications Series

This is a corrected and expanded revision of ALLFROMAIR® TERRA² Technical Addendum 7, superseding the version at tdcommons.org/dpubs_series/9825 (16 April 2026). It corrects the earlier passive-cowling claim and adds bidirectional fan regeneration; a permanent-DOI copy is maintained at Zenodo (concept DOI 10.5281/zenodo.19581339).

Abstract

This Addendum discloses six extensions to the ALLFROMAIR® TERRA² Tri-Generation Platform:

1. Wind-Assisted Aeraulic Drive — ambient wind as a partial or complete substitute for fan work through the Anticubic U-Channel, by direct superposition of free-stream dynamic pressure on the system pressure balance.
2. Power-Inlet Pressure-Recovery Cowling — a convergent sail-fabric inlet whose function is full recovery of free-stream …

Technical Disclosure Specification: Subterranean Isolated Piezo-Ferroelectric Cavity Resonator Architecture For Ambient Base-Load Power Transduction (500 Mwe), Christopher L. Eckes

Defensive Publications Series

This document discloses the structural design, geometric constraints, material science formulations, and multi-stage attenuation mechanics of a 500 Megawatt Electric (MWe) Subterranean Reservoir Resonator (SRR). The system is engineered to directly substitute for conventional nuclear generation at the source without thermal emission, radioactive waste, or fissile supply chains. The architecture utilizes a non-equilibrium, solid-state ferroelectric relaxor core operating within the gigahertz spectrum, nested inside a multi-axis, quad-chassis structural containment envelope. By shifting from mechanical-thermal-electrical conversion paradigms to high-frequency coherent phase-locked transduction, a continuous, baseline grid feed is established within a highly compact physical footprint.

Technical Disclosure Specification:Solid-State Piezo-Ferroelectric Micro-Resonator Appliance For Decentralized Off-Grid Point-Of-Use Generation (15 Kwe), Christopher L. Eckes

Defensive Publications Series

This document discloses the structural design, geometric constraints, material science formulations, and intrinsic physical safety mechanisms of a 15 Kilowatt Electric (kWe) solid-state Micro-Resonator Appliance (MRA). The system is engineered to provide decentralized, off-grid, point-of-use electrical generation for residential, commercial, and vehicular platforms without emissions, fuel chains, or central utility transmission dependencies. Operating entirely overground as a self-contained consumer appliance, the unit utilizes a hyper-sensitive, domain-engineered polar single-crystal relaxor core housed inside a nested, quad-chassis structural envelope. The core compresses diffuse ambient acoustic and electromagnetic background noise into a phase-locked, non-equilibrium 45.5 Gigahertz (GHz) standing wave loop. Down-conversion is handled …

Technical Disclosure Specification: Module 6 Spherical Harmonic Instruction Set Compilers And Non-Linear Vector Transformation Languages For Distributed Ternary Fluid-Canvas Operating Networks, Christopher L. Eckes

Defensive Publications Series

Traditional quantum and classical software compilation tracks remain tethered to linear, flat bit-mapping schemes that force computational logic arrays into rigid binary or standard qubit gating configurations. These legacy compilation chains introduce severe processing bottlenecks when applied to a non-equilibrium, multi-dimensional fluid computing canvas. This disclosure specifies a novel, standalone Spherical Harmonic Instruction Set Compiler designed to interface directly with the physical 3D runtime environment of self-assembled Hexagonal Close-Packed (HCP) inverse opal computing nodes.

Instead of compiling software instructions into linear, sequential machine code, this architecture utilizes 3D global illumination rendering algorithms—adapted from real-time graphics processing units (GPUs)—to translate abstract …

Technical Disclosure Specification: Module 5 Integrated Multi-Layer Sub-Wavelength Photonic Crossbar Arrays And Interfacial Refractive Index Transformers For Non-Invasive Optical State Detection In Non-Equilibrium Quantum Matrices, Christopher L. Eckes

Defensive Publications Series

Traditional quantum state readouts introduce an intrusive physical measurement vector—such as direct electrical contact or unshielded magnetic flux—that acts as an unintended observer, instantly collapsing the fluid computational canvas before data extraction is completed. This disclosure specifies a standalone Integrated Multi-Layer Photonic Crossbar Array designed to execute non-invasive, simultaneous optical state tracking across distributed computing blocks. The hardware consists of high-index silicon nitride (Si₃N₄) waveguides embedded directly within the solid fused silica (SiO₂) inverse opal structural skeleton.

Rather than physically breaking into the 5.0 μm hollow spheres, the photonic network uses sub-wavelength evanescent field coupling to probe the active Interfacial …

Technical Disclosure Specification: Module 1 Dual-Phase Centrifugal Sedimentation Protocols And Capillary Infiltration Recipes For The Monolithic Manufacturing And Fluidic Lamination Of Multiblock Quantum Metamaterials, Christopher L. Eckes

Defensive Publications Series

The transition of a room-temperature quantum computing architecture from a collection of mathematical models to a scalable, physical computer requires a repeatable chemical and mechanical manufacturing framework. This disclosure specifies a standalone Dual-Phase Centrifugal Sedimentation Protocol and cleanroom factory recipe. The specification provides the exact parameters needed to deposit, laminar-flow, and permanently seal a fluidic lipid bilayer substrate inside the sub-micron interconnect tracks of a self-assembled Hexagonal Close-Packed (HCP) inverse opal matrix.

Traditional solid-state fabrication techniques cannot form fluidic quantum boundaries; they induce surface roughness, structural voids, and gas trapping that cause premature phase scattering. This module resolves the lamination …

Heat-Driven Desiccant Comfort And Water Platform For Humid Climates (Land And Marine): Cacl2 Liquid-Desiccant And Aluminum-Fumarate Mof Coated-Exchanger Tracks, Ramon H. Pla

Defensive Publications Series

OVERVIEW

A complete, internally consistent paper design — nothing has been built — for a heat-driven desiccant comfort and drinking-water platform for humid-tropical climates, deployable on land and on marine platforms. Input is solar thermal or waste heat at 60–93 °C; outputs are dry cool air, safe indoor air quality (<1,000 ppm CO2 in sealed operation), hot water, and potable water, for occupied volumes of roughly 100 m3 (yacht interiors, small dwellings, cabins, shelters).

The sole governing design point is DP-A: 32 °C / 80% RH (humidity ratio 24.2 g/kg, dew point 28.1 °C) with a raw-water sink near 29 °C. At this condition every ambient heat sink sits at or above the dew point, so sink-cooled condensation harvests essentially no water and …

Technical Disclosure Specificationmodule 4 Monolithic Interdigital Transducer (Idt) Array Casing And Radio-Frequency Electro-Acoustic Coupling Interfaces For Master Multiblock Quantum Topologies, Christopher L. Eckes

Defensive Publications Series

This disclosure specifies the physical hardware housing, radio-frequency (RF) impedance-matching circuitry, and sub-micron metalized finger geometries required to interface classical control electronics with the non-equilibrium solitonic fluid computing core. To drive the foundational dual-loop acoustic architecture—comprising the 210.75 MHz continuous harmonic processing carrier wave (Loop 1) and the 600 MHz / 1.2 GHz sub-harmonic structural phase-cancellation torque vector array (Loop 2)—a high-precision electro-acoustic transduction layer must be bonded directly to the anisotropic coupling faces of the fused silica (SiO₂) matrix.

This module resolves the critical hardware interface crisis: injecting extreme high-frequency radio waves and converting them into surface acoustic wave …

Master System Architecture For Room-Temperature Ternary Quantum Computers - Monolithic Structural Integration Of Solitonic Cores, Inter-Node Entanglement Bridges, And Modular Control Interfaces, Christopher L. Eckes

Defensive Publications Series

Traditional quantum hardware development remains fragmented by isolated design cycles, where core qubits, routing networks, driver electronics, and control software are engineered in separate silos. This systemic fragmentation introduces massive integration friction, leading to severe signal mismatches, thermal leaks, and immediate wave collapse when components are wired together. This disclosure specifies a comprehensive, multi-layered Master System Architecture that unifies the complete hardware, software, sensing, and manufacturing layers of a non-equilibrium, room-temperature ternary quantum computer into a single monolithic framework.

This master framework integrates and anchors six distinct operational layers: the core qubit blocks (MS #12489), the fluidic inter-node entanglement ribbons …

Non-Local Solitonic Entanglement Bridges: Lipid-Encapsulated Hydrodynamic Waveguide Architectures For Multiblock Quantum Topologies, Christopher L. Eckes

Defensive Publications Series

Traditional multi-node quantum computing architectures remain heavily bottlenecked by severe insertion losses, phase velocity dispersion, and environmental decoherence during inter-chip data routing. Standard approaches rely on complex, high-loss optoelectronic conversions to translate quantum states into photons for fiber-optic transmission, leading to high error rates and immediate wave collapse. This paper introduces an alternative, non-local routing architecture that bypasses classical material transit by establishing foundational quantum entanglement directly within a fluidic mechanical medium.

Discrete computing blocks—comprising self-assembled Hexagonal Close-Packed (HCP) inverse opal matrices—are interconnected via flexible anisotropic fused silica ribbons housing micro-etched transmission tracks. To protect traveling mechanical wave functions from …