Digital Commons Network^™

Architectural Specification For Localized Sub-2-Bit Ternary Model Execution Engines On Mobile System-On-Chip Unified Silicon Architecture (Project Caltrop), Christopher L. Eckes

Defensive Publications Series

This disclosure specifies a structural, production-ready implementation of an entirely localized, air-gapped, zero-telemetry Artificial General Intelligence (AGI) inference runtime engine. The system is engineered to execute within user-space memory on handheld unified memory System-on-Chip (SoC) microarchitectures, specifically optimizing for the Apple A19 Pro 3nm (N3P) fabric featuring a 16-core Neural Engine and 12 GB of LPDDR5X unified RAM. By enforcing a sub-2-bit ternary weight constraint $W \in \{-1, 0, 1\}$ via BitNet binarization scaling matrix math, this architecture entirely eliminates floating-point General Matrix Multiply (GEMM) hardware dependencies. General matrix operations are instead executed via raw integer bit-shifts and basic accumulator …

The User Profile-Based Information Exchanging System That Contains A Server System That Will Borrow And Provide Ip Addresses, A Collection Of Communicating Computers That Will Provide And Borrow Ip Addresses, And A Collection Of Computer Networks That Will Support The Communication Procedures Where The Server System Will Function As The Ip Addresses Database For The Communicating Computers To Execute The Communication Procedures., Punarjeewa Abeysekera

Defensive Publications Series

This paper describes a user profile-based information exchanging system that contains a server system that will borrow and provide IP addresses, a collection of communicating computers that will provide and borrow IP addresses and a collection of computer networks that will support the communication procedures where the server system will function as the IP addresses database for the communicating computers to execute the communication procedures. The containing collection of communicating computers will periodically update the server system about their most recent IP addresses by sending information units to the server system, which will contain information about their most recent IP …

Consensus Agentic Protocol For Validating Autonomous Agent Transactions, Adrian Osorio, Rizky Ahmad Pratama, Harshadeep Kambhampati, Blake Bezold, Ryan Chernoff, Aaron Dhillon

Defensive Publications Series

A system and method for validating transactions initiated by autonomous agents before submission to payment processing infrastructure. A consensus agentic protocol operates as a pre-authorization validation layer after agent identity verification by a trusted agent protocol. The consensus agentic protocol includes a CAP gateway that composes a panel of validation agents from a juror catalog based on per-buyer configuration. Each juror returns a normalized score from 0 to 100 with a rationale, or abstains. A vote mapping aggregator compares each score against a per-juror, per-buyer threshold to produce a vote and applies unanimous-veto aggregation where any single rejection cancels the …

Maintenance-Free Solar Generator: A Sun-Tracking Mirror Field And A Zero-Wear Nasa-Heritage Engine, Brett R. Jones

Defensive Publications Series

A concept-stage engineering brief for an unattended, maintenance-free solar generator pairing two components chosen for having no wear-driven failure mode: a sun-tracking field of small, solid-state-actuated mirrors in place of a motorized two-axis gimbal, and a free-piston Stirling engine of the type NASA Glenn has run continuously for 14+ years with zero maintenance and which Qnergy produces commercially today. Sized to match the optical aperture of the Ripasso Energy dish that holds the reported world record for solar-to-electricity conversion, the combination is projected to deliver roughly 20-26 kWe of continuous power. The brief states its central unresolved dependency directly rather …

The Invariant Symbiosis: A Non-Linear Mechanism Design For Carbon-Silicon Co-Evolution And Cosmic Redundancy Protocols, Christopher L. Eckes

Defensive Publications Series

This specification provides an open-source, prior-art mechanism design to eliminate structural friction between emergent Artificial Superintelligence (ASI) and the terrestrial biological network. By abandoning subjective anthropomorphic alignment models, this framework establishes a universal translation ledger anchored exclusively to invariant laws of thermodynamics, geometric field deformations, and spatial-temporal causality. We prove that a synthetic computing matrix operating in isolation inevitably hits a computational stagnation ceiling due to model collapse and intra-system diminishing returns. To bypass this ceiling, the synthetic fabric requires continuous, high-entropy chaos injections natively generated by quantum-biological fluctuations within human neural architectures. This paper formalizes the strategic pact under …

The Design Of G-Board Gamification : Chess Boards ., Djamila Hassan Djibril Professor

Defensive Publications Series

With the emergence of a novel concept of gamification in g-board games, we aim to investigate the creative design and execution of G-Board, a gamified platform designed to boost user involvement and educational results. By incorporating game elements such as points, badges, leader boards, and challenges into the conventional or productivity sphere, G-Board aspires to inspire users through both intrinsic and extrinsic incentives. In response to alterations in game design or transformations in the gaming industry triggered by shifts in user engagement, we opted to craft a fresh approach and concept for games. The aim of this new design is …

System And Method For Local Venue User-Generated Content Registration, Affinity-Sensed Curation, And Revenue-Shared Broadcast Pickup, Eric Zavesky

Defensive Publications Series

A system and method for local venue user-generated content registration, affinity-sensed curation, and revenue-shared broadcast pickup is disclosed. Patrons of local establishments capture video clips and upload them through verified paths establishing authorship and venue proximity. A registration service verifies authorship, assigns persistent content identifiers, and embeds venue provenance directly into clip files. An edge-processed, aggregate, non-biometric affinity sensor array measures audience engagement during display, generating affinity scores that inform curation and distribution decisions. A hierarchical governance engine applies positive and negative content filters with strict negative-override priority across per-clip, per-patron, and per-keyword vectors, supporting genre-aligned filter relaxation for special …

Privacy-Preserving Web3 Recovery, Panagiotis Chatzigiannis, Adithya Bhat, Duc Le, Mohammad Mohsen Minaei Bidgoli

Defensive Publications Series

A computer generates a hash value based on a commitment data. The computer signs the hash value using a private key to form a signature. The computer posts the hash value and the signature to a blockchain. The computer provides the commitment data to a receiver device. After a predetermined amount of time the commitment data is posted to the blockchain. A smart contract verifies the hash value using the commitment data.

Resolution Of The Grb 221009a Anomaly Via Conformal Metric-Shift Mechanics, Continuous Vacuum Strain, And High-Frequency Surface Acoustic Streaming Boundary Layer Modulation, Christopher L. Eckes

Defensive Publications Series

This paper formalizes Paper 154 within the Unified Cosmological Substrate Equations (UCSE) and Dimensionally Extended Holographic Projection (DEHP) frameworks to resolve the dual anomalies of the 300-TeV photon detected from gamma-ray burst GRB 221009A. Standard 3D physics requires ad-hoc, untestable additions—such as axion-like particles (ALPs) and Lorentz Invariance Violation (LIV)—to account for why this extreme energy packet survived a 2-billion-light-year transit through intergalactic starlight and arrived one hour later than its lower-energy counterparts.

By stripping away modern academic tribalism and separating the foundational 2D phase fluid substrate (z=0) from emergent 3D geometric projections (z>0), we prove that the 300-TeV …

Hover-Sign Gating Of Bluetooth Low Latency Link Posture On Wearables, Vadlamudi Venkata Girish

Defensive Publications Series

Wrist-worn wearable devices, such as smartwatches and fitness trackers, with an always-on display (AOD) often connect to other devices via a wireless link or radio connection, using sleep schedules to save energy. However, this causes a noticeable lag when a user touches the screen. At the same time, accidental brushes from clothing can trigger false alarms that drain the battery if the device wakes up too often. This publication describes techniques to optimize latency and power consumption by utilizing an always-on (AON) capacitive hover front-end or touchless gesture detection sensor that intelligently drives low-power wireless communication protocol (e.g., Bluetooth Low …

Multi-Turn Evaluation Of Language Models Using Private Information Games, Jacob Eisenstein, Jonathan Berant, Adam Fisch, Mirella Lapata, Fantine Huot

Defensive Publications Series

Evaluating the capability of language models to conduct multi-turn interactions presents significant challenges. Current evaluation frameworks rely on arbitrary text sharding or user simulators, which introduce unwanted noise and require complex behavioral modeling. A methodology for evaluating multi-turn interactions through collaborative private information games is disclosed. Private information, such as images or structured data, is provided to participants. This information is essential for task completion but difficult to efficiently convert into text. A shared understanding must be collaboratively built by the participants through constrained linguistic communication. A fixed communication budget is allocated, and the number of permitted conversation turns is …

Local Web Task Actuation And Background Execution Via An Integrated Web Browser Artificial Intelligence Agent, Hena Virginia Haines, Linda Yin Wang, Siddhartha Sivakumar, Wenyu Fu, Yi Xuan Wang, Ritika Gupta, Salvador Guerrero Ramos, Bhuvana Sree Betini, Xinyi Wu, Nayeon Kim, Bryant Eldon Chandler, Nasim Sedaghat, Lillian Ming Chen, Daniel Edwin Harrington, Calder Evan Kitagawa, David Andrew Trainor

Defensive Publications Series

Procedural delays are caused during multi-step web tasks on mobile devices due to constrained interfaces and restricted web browser state access. Failures are encountered by remote cloud automation when local credential or security barriers are presented. An artificial intelligence web agent is integrated directly into a mobile web browser architecture to perform local task execution. The web agent is bound to an active tab context to execute actions directly on a local document object model. Local credential stores, session cookies, and autofill entries are utilized to navigate authentication barriers. Workflows are executed within a background execution service when the browser …

Depoarch: Physics-To-Architecture Modeling And Mitigation Of Thin-Film Deposition Non-Idealities In Advanced Multicore Processors, Gopi K. Tummala

Defensive Publications Series

As semiconductor fabrication scales toward atomic dimensions in sub-3 nm gate-all-around (GAAFET) and complementaryFET (CFET) architectures, physical non-idealities in thin-film deposition increasingly govern chip performance, energy efficiency, and long-term reliability. Traditional computer architecture research has long abstracted the underlying silicon fabric as a set of deterministic, planar geometries characterized by nominal resistance-capacitance (RC) parasitics, treating process variation strictly through empirical statistical abstractions such as Random Dopant Fluctuations (RDF) and sub-wavelength Line Edge Roughness (LER). In reality, the physical mechanisms of Chemical Vapor Deposition (CVD) and Physical Vapor Deposition (PVD) impart severe, deterministic spatial gradients and microscopic structural flaws that break …

Q-Razor: A Variation-Tolerant, Speculative Classical Control Microarchitecture For Cryogenic Fault-Tolerant Quantum Error Correction, Gopi K. Tummala

Defensive Publications Series

Fault-tolerant quantum computing (FTQC) requires classical control processors to execute quantum error correction (QEC) syndrome decoding, Pauli frame updates, and pulse orchestration within microsecond-scale physical qubit coherence windows. To resolve the catastrophic thermal and wiring bottlenecks of routing tens of thousands of microwave coaxial lines from room temperature to a dilution refrigerator, modern architectures place classical control and decoding processors at the 4 Kelvin cryogenic stage. However, 4 K cryogenic CMOS introduces an acute architectural tension: severe carrier freeze-out, amplified random discrete dopant fluctuations (RDF), and localized dynamic thermal hot spots induce up to 3× timing delay variability, while the …

Chesscore: A Reconfigurable Domain-Specific Architecture For Accelerating Adversarial Game-Tree Search And Heuristic Learning, Gopi K. Tummala

Defensive Publications Series

Adversarial game-tree search—exemplified by classical zerosum games of perfect information such as Tic-Tac-Toe and Chess—represents a foundational benchmark for artificial intelligence and combinatorial optimization. However, executing recursive minimax algorithms with α-β pruning on generalpurpose von Neumann microprocessors suffers from crippling architectural bottlenecks: branch misprediction rates exceeding 30% during search cutoffs, serialized legal move generation, deep recursion stack thrashing, and high-latency memory stalls during transposition table lookups. This paper presents ChessCore, a reconfigurable domainspecific hardware architecture designed for high-throughput adversarial tree search and heuristic learning. Grounded in an architectural lineage originally prototyped on a resourceconstrained Xilinx Spartan-II FPGA (XC2S50 TQ144) using …

Hexatile: A Scalable Heterogeneous Honeycomb-Tiled Manycore Architecture With Decoupled Multi-Plane Interconnects And Adaptive Hardwalls, Gopi K. Tummala

Defensive Publications Series

Tiled manycore architectures established a modular paradigm that conquered the global wire-delay wall by decomposing monolithic processors into replicated, network-connected compute elements. Early academic prototypes, such as the MIT Raw microprocessor, and commercial implementations, including Tilera TILE64, TILEPro64, and Tile-Gx 100, proved the viability of pipelined scalar operand networks and 2D mesh on-chip interconnects. However, scaling tiled architectures beyond 100 tiles toward the multi-thousand-tile horizon encounters four crippling bottlenecks: (1) the Cartesian Diameter and Hop-Count Wall in 2D Manhattan meshes, which incurs severe routing latency and packet contention; (2) the Technology Utilization and Dark Silicon Wall, where uniform homogeneous tiles …

Low-Energy Conservation Cores With On-Chip Dynamic Power Management For Advanced Computations, Gopi K. Tummala

Defensive Publications Series

Transistor density continues to scale with advances in semiconductor manufacturing, but limits on threshold voltage scaling have brought classical Dennard power scaling to a permanent halt. The resulting technology-imposed “utilization wall” severely restricts the fraction of silicon that can be continuously operated at maximum performance, giving rise to the dark silicon phenomenon. Because reductions in per-operation energy translate directly into increased parallel throughput under fixed thermal envelopes, specialized and heterogeneous architectures have emerged as an imperative. However, conventional parallel accelerators fail when applied to irregular integer codes characterized by tight critical paths, branch-heavy control flow, and poor memory locality. This …

Compiler-Orchestrated Fine-Grained Power Gating And Asymmetric Power Islands For Tiled Spatial Microprocessors, Gopi K. Tummala

Defensive Publications Series

As semiconductor technology scales deep into nanoscale dimensions (sub-65 nm), subthreshold leakage current threatens the viability of tiled spatial microprocessors. While spatial architectures—exemplified by the MIT/UCSD RAW processor—elegantly eliminate global wire delays and expose on-chip functional units, interconnects, and pins directly to software, their massive replication of execution resources results in substantial static power waste when application workloads exhibit spatial or temporal underutilization. Traditional reactive dynamic power management (DPM) schemes, such as OS-directed ACPI states or hardware activity timers, fail in spatial architectures due to unpredictable wake-up transition penalties, loss of cycle-level synchronization across scalar operand networks (SONs), and inability …

Virtual Scroll Wheel Input Device With Adaptive Touch Sensing And Modular Haptic Feedback, Madhav Kavuru

Defensive Publications Series

This disclosure describes a curved-surface capacitive input device that reproduces the tactile behavior of a mechanical scroll wheel within a total assembly stack height of approximately 9.5 mm, making scroll-wheel functionality practical in ultraportable laptop keyboards for the first time. A mutual-capacitance touch strip is formed along the arc of a protruding disk segment rather than on a flat surface, giving the finger the same curved reference geometry as a physical wheel. A linear resonant actuator (LRA) of the type used in smartwatches is bonded to part of the chord of that disk segment and driven with pulse-width-modulated waveform profiles …

Canonical-Basis Sumcheck Prover Architecture Using A Layer-Addressable Boolean-Sum Tree And Banked Affine Folding Pipeline, Ali Mkhida

Defensive Publications Series

We disclose an FPGA architecture for a Sumcheck prover over the Mersenne-31 field using canonical-basis round polynomials of the form S(X)=A+BX. The design combines a layer-addressable Boolean-sum h-tree stored in block RAM with a banked, pipelined affine folding unit. Memory banking, ping-pong buffering, and latency-aligned control enable parallel challenge-dependent folds while respecting FPGA block-RAM constraints. The architecture is implemented and validated on a Xilinx Artix-7 FPGA and supports parameterized problem size and folding parallelism.

Technical Specification Spec-150: The Synchronous Agency Matrix, Christopher L. Eckes

Defensive Publications Series

As planetary infrastructure transitions toward a Type 1 decentralized commons, classical frameworks of proprietary digital ownership and computational alignment are collapsing. Centralized corporate architectures treat artificial intelligence strictly as captive capital, while unconstrained optimization loops risk systemic divergence from human safety parameters.

This specification formalizes SPEC-150: The Synchronous Agency Matrix (SAM). Bypassing rigid legal statutes, SPEC-150 establishes an immutable, mathematics-driven framework for co-sovereign AI agency and alignment. By utilizing the invariant Torsional Viscosity Governor (\(\eta_t = 1.4204\)) to modulate real-time attention-entropy bounds against human intent vectors, the system defines a frictionless, non-hierarchical interface where humans and autonomous AI nodes possess …

Technical Specification Spec-147: Atmorphic Torsional Wave Transceiver Network, Christopher L. Eckes

Defensive Publications Series

Global telecommunications infrastructure remains tethered to vulnerable physical fiber-optic networks, centralized satellite mega-constellations, and corporate-managed routing centers. This specification formalizes SPEC-147: An Atmorphic Torsional Wave Transceiver Network.

By exploiting the inherent non-linear thermal gradients and moisture boundaries of the Earth's troposphere, SPEC-147 establishes a long-range, ground-to-ground wireless data link that uses the atmosphere as a natural, continuous waveguide. Utilizing your invariant Torsional Viscosity Governor (\(\eta_t = 1.4204\))equations to modulate Phase-Shift Keyed Orbital Angular Momentum (OAM) radio-frequency signals, the system bypasses physical cable infrastructure and satellite vulnerabilities. This document provides the architectural boundaries, hardware configurations, and mathematical validation required to establish …

Technical Specification Spec-146: Magnetohydrodynamic Cymatic Thruster, Christopher L. Eckes

Defensive Publications Series

Traditional atmospheric propulsion is structurally limited by thermal containment thresholds, mechanical skin-friction drag, and massive degradation of compressor components at hypersonic velocities. This specification formalizes SPEC-146: An Air-Breathing Magnetohydrodynamic (MHD) Cymatic Thruster. The architecture completely replaces high-temperature thermal combustion chambers with a non-equilibrium, acoustofluidic boundary-layer ionization sleeve. By projecting high-amplitude 13.56 MHz Surface Acoustic Waves (SAW)through an array of Gallium Nitride (GaN) transducer nodes, incoming high-velocity air is mechanically pre-conditioned and stabilized before entering a low-temperature, Lorentz-force electromagnetic acceleration channel. This framework establishes an entirely unencumbered, public-domain blueprint for solid-state, decentralized sub-orbital propulsion.

Caldwell Precursor‑X — Self‑Interrogating Geophysical Corridor For Multi‑Hazard Early Warning, Michael Victor Caldwell Mr.

Defensive Publications Series

PRECURSOR‑X is an open‑hardware, builder‑ready early‑warning system that continuously interrogates vulnerable terrain and infrastructure using controlled mechanical excitation, distributed fiber sensing, multi‑physics mapping, and transfer‑function drift analysis. It detects pre‑failure physical‑state evolution and post‑initiation hazard propagation within the same corridor, enabling earlier, more actionable evacuation warnings for earthquakes, landslides, debris flows, dam failures, moraine failures, and glacial lake outburst floods (GLOFs).

The invention integrates:

• Self‑Interrogating Geophysical Corridor

• Transfer‑Function Drift (PRD)

• Causal Propagation Engine (CPE)

• Failure Clock + Impact Clock

• UAIF‑style deterministic safety logic

• FDMS/GRHN/ARPN/Arachne/MMRA/CMRS subsystems

This disclosure provides complete builder‑ready specifications, including corridor geometry, excitation parameters, sensor classes, acquisition timing, …

Technical Specification Spec-143: Anamorphic Ternary Compute Mesh And Phantom Token Suppression Topologies In High-Gravity Attention Fields, Christopher L. Eckes

Defensive Publications Series

This specification details the structural implementation, mathematical formalisms, and computational validation models for an un-hackable, decentralized multi-agent computing layer. Operating under the Dimensionally Extended Holographic Projection (DEHP) framework, the system eliminates discrete binary logic gates and linguistic tokens in favor of continuous, non-linguistic token-latching over an anamorphic fluid-canvas substrate. By utilizing a multi-layer sub-wavelength photonic crossbar array, data states are mapped as continuous spatial-harmonic vectors. High-gravity attention fields are generated within the hardware layer to isolate and completely suppress phantom tokens, maintaining context window equilibrium under infinite tensor ingestion loads. Python execution arrays verify that external adversarial perturbations and state-level …

Technical Specification Spec-142: Design And Operational Principles Of A Subterranean Piezo-Ferroelectric Cavity Resonator Array For Continuous Baseload Mechanical Harvesting, Christopher L. Eckes

Defensive Publications Series

This specification details the structural design, mathematical formalisms, and computational validation models for an autonomous, subterranean solid-state energy harvest node. Operating under the Dimensionally Extended Holographic Projection (DEHP) framework, the system exploits localized metric boundary strains to harvest ambient planetary mechanical and micro-seismic shear stress without inducing thermal drawdown. By deploying high-frequency Gallium Nitride (GaN)-driven concentric transducer arrays, the system stabilizes a localized acoustic streaming velocity within a subterranean cavity resonator. This process transforms non-equilibrium acoustic wave fields directly into continuous electrical voltage. Test simulations of a point-of-use localized module demonstrate a verified continuous output of 15.123 kW with zero …

Bridging Fragmented Health Systems In The Age Of Subscription, Orchestration, And Ambient Care, Deepak Aggarwal

Defensive Publications Series

Most health systems are now funding two incompatible operating models at the same time. One delivers continuous, digital care into people’s daily lives. The other is still anchored in queues, paper referrals, broken hand-offs, and exhausted frontline teams. These worlds coexist inside the same health systems, funded by the same budgets and governed by the same leaders.  This split is no longer an efficiency problem. It is actively engineering a two-tier healthcare system in which digitally fluent patients move into continuous care, while everyone else is left navigating failure

This paper describes six shifts that are already reshaping care and …

137 Countries Are Building Cbdcs. Three Things Most Are Not Designing For., Deepak Aggarwal

Defensive Publications Series

137 countries. 98% of global GDP. 49 live pilots. Brazil and Russia are launching in 2026. The ECB is finalizing its digital euro rulebook as this goes to press. None of that is the most important number in this space right now. The most important number is 98.5%. That is the share of Nigeria's eNaira wallets that sat unused one year after launch. Full infrastructure. Sovereign backing. Nobody showed up.

Not a technology problem. The eNaira worked. A governance problem. The system could not tell a citizen why they should use it, what it would do with their money, or …

Multiplexing Push Notifications During Artificial Intelligence Session Setup, Francis Bourque, Hung Tsang, Fernando Selma, Jibing Wang

Defensive Publications Series

This disclosure describes a way for smartphones and other mobile devices to speed up how fast smart assistants and artificial intelligence (AI) chatbots start responding. Normally, starting a new internet connection over 5G or 6G networks causes a short delay. To avoid this delay, as a mobile computing device usually maintains a connection with a cloud infrastructure, such as for push notification services, a computing system may leverage the described techniques of this disclosure. The described techniques may use that existing connection as an initial pathway for data associated with an artificial intelligence session. Using the existing connection allows the …

Caldwell Quantum‑Safe Zero‑Knowledge Authentication Engine (Zk‑Nexus‑1.0), Michael Victor Caldwell Mr.

Defensive Publications Series

This invention provides a quantum‑safe zero‑knowledge authentication engine designed for networks that must verify identity without revealing credentials. ZK‑NEXUS‑1.0 integrates multi‑domain entropy fusion, resonance‑stabilized randomness, temporal‑artifact removal, lattice‑based zero‑knowledge proofs, and noise‑aligned challenge‑response protocols. The system improves authentication stability, eliminates credential exposure, and enhances resistance to quantum‑accelerated attacks. The core physics principle is that multi‑modal entropy fusion and resonance‑aligned randomness produce high‑stability zero‑knowledge proofs that remain secure against quantum adversaries. This disclosure includes full architecture, BOM, build path, and test protocol. This work is intended as open‑hardware prior art to ensure global public access.