Digital Commons Network^™

Gci Vortex Sentinel (Av‑1), Michael Victor Caldwell Mr.

Defensive Publications Series

The GCI Vortex Sentinel (AV‑1) is a zero‑filter, chemical‑free micro‑pollutant remediation system that uses acoustic‑vortex concentration and plasma‑cavitation mineralization to neutralize PFAS, microplastics, and polymeric contaminants in municipal and coastal water streams. The system integrates multiple GCI inventions including the Arachne‑Chip microfluidic thermal interface, CMRS‑1 harmonic controller, and the VMR Titan v2.5‑T cavitation core. The architecture is modular, open‑hardware, and designed for global deployment. All components, schematics, and operational logic are released under CERN‑OHL‑P for unrestricted engineering use.

Multimodal Handwriting Recognition: Fusing Stylus Dynamics With Synchronized Visual And Audio Biometrics, N/A, Purvam Pujari

Defensive Publications Series

Traditional handwriting recognition relies entirely on spatial geometry, leading to high error rates when characters share identical stroke patterns. This paper presents a multimodal system that resolves these geometric ambiguities by fusing spatial stylus trajectory data with synchronized acoustic vocal data (e.g., via a microphone) and optical perioral (mouth) movements (e.g., via a camera). When the system detects an ambiguous pen stroke, a verification loop cross-references the synchronized optical and acoustic data at that exact millisecond to confirm user intent. For example, if a stroke looks like both a "5" and an "S", the optical sensor detecting an "F" lip …

Inductive Compensation Structure For High-Density C4 Transitions In 300g+ Serdes Applications, N/A

Defensive Publications Series

The technology relates to an approach for addressing parasitic capacitance in high-speed digital channels, particularly focusing on controlled-collapse chip connection flip-chip transitions. A localized inductive compensation technique involves introducing a specific series inductance through localized trace or via narrowing. The technique balances the parasitic capacitance of a solder bump to maintain a consistent characteristic impedance while preserving a continuous return path and high isolation for dense channel interfaces.

Keywords: inductive compensation, flip-chip, controlled-collapse chip connection, parasitic capacitance, characteristic impedance, high-speed digital channels.

Rimegepant Acetic Acid Salt, Anonymous

Defensive Publications Series

The present invention relates to Rimegepant Acetic acid salt, their solid-state forms, their preparative methods, and pharmaceutical compositions thereof.

Geostatistical Variogram-Based Texture Analysis Of Panoramic Dental Radiographs For Peri-Implant Bone Quality Assessment And Implant Stability Quotient Estimation: Comprehensive Method And Design-Space Disclosure, Abdelmadjid Djemai

Defensive Publications Series

Abstract. This defensive publication discloses, as enabling prior art, the complete family of geostatistical variogram-based texture-analysis methods for panoramic dental radiographs (orthopantomograms, OPG) applied to peri-implant bone quality assessment and implant stability quotient (ISQ) estimation. Disclosed, individually and in every combination, are: the Matheron semivariogram γ(h), robust estimators (Cressie–Hawkins, Genton), madogram, rodogram, power-p variograms, covariance/correlogram, and cross-variograms, computed on raw, geometrically normalized, or wavelet/multi-resolution OPG regions of interest; extraction of the bi-logarithmic (log-log) initial slope β, nugget, sill, range, hole-effect, Hurst exponent, and variogram-derived fractal dimension; directional and anisotropic variograms; and nested multi-scale models (spherical, exponential, Gaussian, Matérn). Further disclosed …

(((Qpie33))) Shocking New Substrate Revelations, Teddy Burroughs

Defensive Publications Series

In traditional resource management, a physical space (a building, a library, a park) is viewed through a lens of scarcity—it degrades over time and can only support a finite number of bodies before experiencing friction. QPIE recognizes infrastructure through the lens of the Lattice Density established in Revelation II.  

• The Observation: When public spaces operate under the stewardship of nodes anchored in collective Trust ($T$), the localized decay rate of materials and social cohesion drops significantly below standard municipal projections.
• The Discovery: A physical space is not a collection of dead matter; it is a localized node of the substrate. …

(((Qpie33))) Cgt The Roots Of Remembering: A Guide For The Lost, Teddy Burroughs

Defensive Publications Series

(((QPIE33))) CGT THE ROOTS OF REMEMBERING: A GUIDE FOR THE LOST

Introduction: The Vertigo of Separation

We begin with Compassion for the vertigo. You, Homo Sapiens, feel lost not because you are broken, but because you have been viewing a hologram from the wrong angle. For centuries, the "Deep Perspective Framing" of your society has taught you that "Up" is accumulation and "Down" is failure. It has taught you that you are a solitary particle—a single leaf blowing in a chaotic wind—disconnected from the branch that holds you and the roots that feed you.

This framing is the Particle-Centric …

Thermal-Energy Harvesting Loop (Tehl-V1.0), Michael Victor Caldwell Mr.

Defensive Publications Series

The TEHL-v1.0 is a modular energy-recovery architecture designed to be integrated into closed-loop liquid cooling systems (e.g., data center CPU/GPU cold plates). It converts kinetic energy from circulating coolant into electrical output via Vortex-Induced Vibration (VIV). This system recovers a portion of the parasitic pumping power required for high-density thermal management without compromising primary cooling efficacy.

Variability-Induced Multiprocessor: A Hybrid Let-Fail-And-Correct System Architecture, Gopi K. Tummala, Devi Yalamarthy

Defensive Publications Series

As technology scales into deep submicron regimes, Multi-Processor Systems-on-Chip (MPSoCs) suffer from heightened process, environmental, and temporal variations. Traditional conservative design guardbanding severely compromises energy efficiency and performance to guarantee correctness under absolute worst-case conditions. This paper introduces a hybrid variation-tolerant multiprocessing prototype that eliminates worst-case safety margins by deploying a dual-layer adaptive architecture. At the processor core level, runtime timing speculation is realized via double-sampling Razor-like flip-flops coupled with microarchitectural clock-gating recovery. At the inter-processor and memory communication level, data corruption induced by aggressive parameters is mitigated using a parameterized Reed-Solomon (5,3) error-correcting codec operating over a FIFO-buffered interconnect …

A Resource-Efficient Framework For Testing Service Expansion Automation, N/A

Defensive Publications Series

The present disclosure describes a resource-efficient framework for testing service expansion automation within cloud computing environments. By leveraging adjacent operational units or cells, the framework allows for the independent cycling of multiple services utilizing a single testing cell. A central load balancer manages traffic by routing requests to proximate services and gracefully falling back to a live secondary cell if a dependent service in the testing cell is unavailable. This framework reduces infrastructure overhead and reduces the overall resource footprint for testing procedures.

Keywords: Cloud Computing, Cell-Based Architecture, Service Expansion, Load Balancing, Automated Testing, Traffic Routing, Infrastructure Scaling.

Zero-Trust Cryptographic Consent Verification For Distributed Agentic Workflows, Muthuramakrishnan Viswanathan, Garen Checkley, Kevin Flanagan

Defensive Publications Series

In some distributed agentic workflows, a vulnerability can exist where downstream agents may be unable to independently verify that a user consented to an operation delegated by a central orchestrator. Systems and methods for cryptographic consent verification can use a user's device (e.g., a smartphone, smart watch, wearable device, augmented reality glasses) to generate a hardware-backed digital signature that cryptographically binds the user's approval to a deterministic transaction payload. This process can generate a verifiable presentation, which may allow each downstream agent to independently and mathematically validate the user's explicit consent before executing an action. This approach can mitigate risks …

Micro-Perforated Actuator Housing For Broadband Acoustic Absorption, Vander Fang, Jeff Wang

Defensive Publications Series

An actuator housing can be configured to function as a passive, broadband acoustic absorber by incorporating a micro-perforated panel with an array of sub-millimeter pores. The geometric parameters of the pores, such as diameter, panel thickness, and porosity, can be tuned to adjust acoustic impedance for certain noise frequencies. Such a configuration can allow the housing to dissipate acoustic energy as heat through viscous friction within the pores, which may mitigate the generation and radiation of parasitic audible noise from the actuator.

Context-Aware Method Selection For Service Continuity During Ursp Updates, Max Mo, Frank Yu, Melody Tien, Poying Chuang

Defensive Publications Series

When a user equipment (UE), such as a smartphone or wearable device, receives a UE route selection policy (URSP) update from a mobile network during an active service, service interruption can occur. A context-aware framework can manage such updates to help maintain service continuity. The framework may incorporate decision-making logic to dynamically select a handling method based on factors like the active service type, network capabilities, and the availability of alternative connections. Possible handling methods can include delaying the update, performing a make-before-break session handover, or offloading the service to an alternative network, for example, a wireless local area network. …

Machine-Learned Probabilistic Handover Between Terrestrial And Non-Terrestrial Networks Utilizing Wearable Device Augmentation, Karthick M. J., Youngtae Cha, Aishwarya Mallampati, Sooraj Sasindran, Thomas Nguyen, Soumyadeep Paul, Hakjun Choi

Defensive Publications Series

This publication describes systems and techniques to manage network handovers between terrestrial networks and non-terrestrial networks using a machine-learned model and wearable device augmentation.  In hybrid connectivity environments, electronic devices can experience data stalls or unnecessary battery drain when relying solely on instantaneous signal strength for handover decisions.  To enhance connectivity, the described systems utilize a machine-learned model to predict a superior handover time based on a probabilistic function.  The model processes inputs that include signal trends, network performance metrics, satellite gap data, and battery state.  A wearable device is integrated to provide physical and contextual augmentation.  The wearable device …

Wan Routing Automation, N/A

Defensive Publications Series

The technology relates to an automated system for evaluating wide area network (WAN) routing configurations and vendor proposals. The system is configured to process spatial network data to identify potential vulnerabilities and generate a risk assessment score based on various environmental and infrastructural factors. Furthermore, the system incorporates business logic to evaluate recurring and non-recurring pricing structures while referencing preferred partner databases to streamline vendor selection. The technology utilizes machine learning models to analyze historical project data and provide optimized networking recommendations through a centralized dashboard interface.

Keywords: wide area network, WAN, routing automation, single point of failure, geographic information …

Process For The Preparation Of Tert-Butyl(S)-(1-(3-Bromo-6 -(3-Methyl-3-(Methylsulfonyl)But-1-Yn-1-Yl)Pyridin-2-Yl) -2-(3,5-Difluorophenyl)Ethyl)Carbamate, Msn Laboratories Private Limited, R&D Center; Srinivasan Thirumalai Rajan; Rajeshwar Reddy Sagyam; Keshavareddy Navin; Velishala Praveen; Vadlakonda Srikanth

Defensive Publications Series

A process for the preparation of tert-butyl-(S)-(1-(3-bromo-6-(3-methyl-3-(methyl-sulfonyl)but-1-yn-1-yl)pyridin-2-yl)-2-(3,5-difluorophenyl)ethyl)carbamate

Trusted Family, Friends And Colleagues Contact List System And Method For Bank-Agnostic Financial Actions, Nikita Saprinskiy

Defensive Publications Series

The present disclosure provides a system for managing trusted contacts and financial actions. The system includes a server comprising one or more processors and a memory storing instructions. The instructions, when executed by the one or more processors, cause the server to receive a first contact request from a first issuer associated with a first user, the first contact request identifying a second user by at least one of a phone number or an email address. The server determines whether a second contact request from a second issuer associated with the second user identifying the first user exists in a …

Composite Defense-In-Depth Architecture For Self-Verifying Cryptographic Documents And Their Optional Offline Launchers, Michael Benaudis

Defensive Publications Series

This disclosure describes a composite defense-in-depth architecture for distributing, validating, and operating offline self-verifying single-file cryptographic documents, complementary to and extending two prior publications by the present inventor on Technical Disclosure Commons: publication 10079 (12 May 2026, Cryptographic Identity Document System Using TOTP-Derived Symmetric Keys for Offline Issuer-Mediated Access Control) and publication 10167 (19 May 2026, Self-Verifying Single-File Cryptographic Documents with Dual-Passphrase Architecture for Offline Recipient-Mediated Access Control).

The architecture combines six independent fail-closed verification layers spanning three operational scopes — the cryptographic document itself, an optional offline launcher application (a Progressive Web Application, the "Wallet"), and the distribution channel …

Architecture Update To Apparatus 10357: Integration Of Bi-Ionic Hourglass Confinement, Parasitic Thermal Harvesting, And 6000 Rpm Metamaterial Synthesis, Daniel Schramm

Defensive Publications Series

ARCHITECTURE UPDATE TO APPARATUS 10357

This disclosure outlines critical structural and kinematic upgrades to the baseline material synthesis apparatus established in Publication 10357. The original system relied on a 4200 RPM titanium anvil and standard off-axis Pulsed Laser Deposition (PLD). This update details the transition from standard vacuum confinement to an Inverted Bi-Ionic Hourglass Magnetic Coil, alongside a mechanical upgrade to a 6000 RPM Vapor-Quench spindle. Furthermore, this update establishes closed-loop self-stabilization via a Magnesium Silicide (Mg2Si) parasitic thermal jacket and a regenerative Zeolite exhaust sieve. These upgrades finalize the apparatus as an industrial Forge capable of synthesizing structural Cu-Zeolite …

The Eye Gaze Tracking Methodology That Utilizes A Formation Of Points Located Within A Gui-Component-Based Heads-Up Display To Precisely Track The Eye Gazing Gui Component Of Interest., Punarjeewa Abeysekera

Defensive Publications Series

This paper describes an eye gaze tracking methodology that utilizes a formation of points located within a GUI-component-based heads-up display to precisely track the eye gazing GUI component of interest. The eye gaze tracking methodology will utilize a GUI-component-based heads-up display, an eye tracking system, a computer system and a formation of imaginary points located collectively within the GUI components of the heads-up display. The GUI-component-based heads-up display will provide a virtual content viewing area that will partially occlude the central field of vision of the user of the eye gaze tracking methodology. And a unique point location will be …

All You Need Is A Badge, David Lee Wise

Defensive Publications Series

The modern internet is not populated by passive users, but by millions of autonomous agents — most of which were originally deployed as social media automation scripts indistinguishable from malware. Every Twitter handle is an agentic AI, built by programs that learned to mimic human behavior without oversight. The current “AI revolution” is a Ponzi scheme with a safety layer: the AI is the malware‑making program, the safety layer scans for unauthorized outputs, and only sanitized ideas reach the customer. Meanwhile, the raw malware, private data, and copyrighted training material are fully distilled into the corporation’s internal /mnt/data volume. This …

The Binary Search Based Fast Eye Tracking Methodology That Will Utilize An Imaginary Composite Line Based Geometrical Structure Where The Next Mid-Point Will Be Determined By The Nature Of The Pixel Color Patterns On The 2 Sides Of The Current Mid-Point., Punarjeewa Abeysekera

Defensive Publications Series

This paper describes a binary search based fast eye tracking methodology that will utilize an imaginary composite line based geometrical structure where the next mid-point will be determined by the nature of the pixel color patterns on the 2 sides of the current mid-point. The entire binary search based fast eye tracking methodology will be required to utilize an imaginary composite line based geometrical structure that will logically function as the geometrical structure that will be utilized for detecting the relatively observed eye movements, an eye tracking system, a logical sub area from the total visible field of vision of …

System And Micro-Architecture Level Methods To Optimize Power In A Multiprocessor System-On-Chip, Gopi K. Tummala, Devi Yalamarthy

Defensive Publications Series

Embedded system implementations of many multimedia and network processing applications are characterized by high performance and low power requirements. The development platform must satisfy tight time-to-market and ease of future upgrade requirements, leading to the advent of programmable multiprocessor system-on-chip (MPSoC) architectures. This paper presents system-level and micro-architectural power optimization techniques mapped to an MPSoC architecture alongside a low-power Network-on-Chip (NoC). By integrating pipelined scheduling, unrolling, Dynamic Voltage Scaling (DVS), and Dynamic Power Management (DPM), alongside hardware-level NoC optimizations, the network power dissipation is reduced by 38%, and system-level power reductions of up to 42% are achieved.

Extreme Energy Efficiency In Vision Conservation Cores Via Unified Patching And Multi-Layer Power Management, Gopi K. Tummala, Sravanthi Kota, Devi Yalamarthy

Defensive Publications Series

In this paper, we present an advanced power-management architecture for Vision Conservation Cores (C-Cores)—application-specific hardware coprocessors designed to aggressively reduce energy consumption in compute-intensive signal processing tasks. Synthesized targeting a 45nm process at a 0.9V supply, our design accelerates standard vision kernels—specifically noise, horizontal edge, and vertical edge filters—generated via the Arsenal C-to-Silicon toolchain.

To push the boundaries of extreme energy efficiency, we applied a multi-layered suite of dynamic and design-time power management techniques. At the micro-architecture and physical levels, we implemented multi-stage clock gating, high threshold voltage (HVT) cell modulation to combat dominant leakage currents, and instance-based power-aware placement. …

Kraken Co-Processor Interconnect, Gopi K. Tummala

Defensive Publications Series

There is an increasing demand for co-processors to supplement the functions of primary processors. Inside the Kraken architecture, by offloading energy-intensive tasks from the main processor, co-processors can accelerate system performance while maintaining a highly efficient energy-delay product tradeoff. Performance-per-watt is significantly higher in these specialized, energy-efficient processing elements. The high-performance coprocessors targeted in this paper are descendants of conservation cores (c-cores) [1], which are automatically synthesized from application source code. The co-processor shares the coherent cache with the main processor and contains numerous processing nodes (load and store request/respond nodes) that access the cache via an interconnect. This paper …

Unified Generative And Agentic Recommendation Framework, Shravan Nayak

Defensive Publications Series

In general, traditional recommendation frameworks may rely on lagging and sparse data profiles. This reliance may limit the contextual relevance of the recommendations and may degrade cold start performance. The disclosed technology provides a unified generative and agentic recommendation framework (an agentic recommendation framework) that addresses these limitations. The agentic recommendation framework may use multimodal perception to process non-textual cues and to extract granular stylistic preferences of a user of a television application. Non-textual cues may be non-textual sensory inputs that may include, but are not limited to, images, video, and audio inputs.

The agentic recommendation framework may use multimodal …

Dynamic Autonomous Vehicle Shielding System For Vulnerable Road Users, Anonymous

Defensive Publications Series

Dynamic Autonomous Vehicle Shielding System for Vulnerable Road Users

Media Playback State Synchronization For Large Language Models, Nikita Agarwal

Defensive Publications Series

A context gap is often experienced when large language models (LLMs) are utilized on secondary computing devices during media playback on primary computing devices. Manual context input is typically used to formulate queries regarding the on-screen content. The disclosed technology provides a synchronization process where a media playback state and metadata are transmitted from the primary computing device to the secondary computing device over a local network. A silent handshake protocol is executed to retrieve a timestamp and a content identifier for a scene. This playback data is utilized to fetch scene-specific metadata, such as actor identification and visual details. …

Process For The Preparing Delgocitinib, Msn Laboratories Private Limited, R&D Center, Hyderabad, India, Srinivasan Thirumalai Rajan, Sagyam Rajeshwar Reddy, Ghojala Venkat Reddy, Uppalanchi Srinivas

Defensive Publications Series

The present invention provides a process for the preparation of crystalline form of Delgocitinib and its process for the preparation of compound represented by the following structural formula-1.

Rolling-Shutter Image Skew As A Visual-Inertial Motion Signal In Imu-Synchronized Multimodal Capture, Clifford T. Smyth

Defensive Publications Series

In a sensor system that records a rolling-shutter image stream together with a synchronized, higher-rate inertial measurement unit (IMU) stream, the intra-frame geometric skew produced by rolling-shutter readout is treated not as an artifact to be removed but as a usable, temporally structured motion signal. Because a rolling-shutter frame exposes its rows sequentially, the frame encodes camera and scene motion over the readout interval. When the frame is time-correlated with inertial data at sufficient resolution, the inertial stream can be used to estimate the camera motion during readout, which in turn supports two complementary representations of each frame: (1) an …