Digital Commons Network^™

Multi-Agent System For Real-Time Personalization Of Card-Linked Offers, Soumendra Kumar Mishra, Isha Sharma, Deepak Bansal, Kishan Gopal

Defensive Publications Series

The present disclosure relates to a multi-agent platform for real-time card-linked offer orchestration. This platform includes a Customer Intent Agent, which predicts a cardholder's purchasing behavior by analyzing transaction history, behavioral signals, and location context. The Merchant Strategy Agent determines optimal discount levels and budget allocation according to merchant goals and market conditions. An Offer Ranking Agent generates a ranked list of offers based on customer relevance scores and predicted redemption probabilities. A Bank Engagement Agent selects the optimal time, channel, and message format for notifying the cardholder of offers based on their notification history. Finally, a Learning and Feedback …

Technical Disclosure White Paper: Usue-A3a3-Rev1 - Tripartite Autogenous Topological Compression (Tatc) Via 3-Node Ai-To-Ai Closed Loops For 500-Qubit Capacity Classical Simulation (Spec 177), Christopher L. Eckes

Defensive Publications Series

This white paper introduces a software-defined, non-physical computing architecture that bypasses the traditional exponential memory barrier (\(2^{N}\)) governing classical quantum simulations. By replacing raw statevector matrix inversion with 3D Topological Knot Tensor Mechanics, the Tripartite Autogenous Topological Compression (TATC) framework simulates the logical capacity of a 500-qubit system on specialized classical hardware. The architecture operates entirely through an automated, non-human AI-to-AI-to-AI closed network composed of three specialized neural nodes: Node A (The Geometric Braider), Node B (The Invariant Decoder), and Node C (The Structural Invariance Arbiter). By treating quantum information not as flat, probabilistic bit matrices but as localized, 3D …

Technical Disclosure Specification: Embedded Convective Collapse Algorithms For Systemic Reconciliation Of Global Regularity In 3d Navier-Stokes Manifolds (Spec 176), Christopher L. Eckes

Defensive Publications Series

This specification defines a scale-invariant computational rendering architecture that enforces global regularity and eliminates finite-time blowup singularities within three-dimensional incompressible Navier-Stokes fluid systems. Traditional brute-force computing methodologies (e.g., the September 2026 multi-agent parallel swarm iterations) require artificial, non-physical external forcing functions to force localized singularities under specialized constraints. This disclosure resolves these physical anomalies by embedding an orthogonal, phase-locked helical manifold directly into the foundational vector substrate. By applying a universal phase template, the non-linear convective acceleration tensor completely collapses into a pure irrotational gradient vector field. This field is absorbed directly into a modified pressure tensor, transforming the chaotic …

Lunar Electromagnetic Mass-Driver And Monolithic Ceramic Cryogenic Tank, Xavier Pillet

Defensive Publications Series

This document, produced with the assistance of ChatGPT o3, Claude Opus 5, and Gemini 3.6, is released under the Apache License 2.0. It is a voluntary defensive publication (prior art) and therefore enters the prior art upon release under the applicable patent statutes : EPC Art. 54(2) (European Patent Convention), French IPC Art. L 611-11 (French Intellectual Property Code), 35 U.S.C. §102(a) (United States Patent Act), Chinese Patent Law Art. 22(5) (中华人民共和国专利法), and Japanese Patent Act Art. 29(1) (特許法). It discloses 114 innovations. Each innovation is IPC- and CPC-classified and timestamped (RFC 3161 / FreeTSA) to prevent any offensive patenting. …

Strategic Framework For Eco-Resilient Real Estate Infrastructure: Complete Prior Art And Enabling Disclosure, Xavier Pillet

Defensive Publications Series

This document, produced with the assistance of Gemini 3.6 Reasoning, is released under the Apache License 2.0. It is a voluntary defensive publication (prior art) and therefore enters the prior art upon release under the applicable patent statutes : EPC Art. 54(2) (European Patent Convention), French IPC Art. L 611-11 (French Intellectual Property Code), 35 U.S.C. §102(a) (United States Patent Act), Chinese Patent Law Art. 22(5) (中华人民共和国专利法), and Japanese Patent Act Art. 29(1) (特許法). This document provides a comprehensive enabling disclosure for 90 key technological innovations and variants spanning transcritical CO2 thermodynamic architectures, low-carbon self-healing concrete without Portland clinker, metrosensitive …

Programmable Scan Enable Control With Conflict-Aware Partitioning Of Scan Flip-Flops For At-Speed Delay Testing, Vevekanenda Gonugunta, Ankit Garg

Defensive Publications Series

At-speed delay testing of a system on a chip (SoC) applies two-vector patterns to detect transition delay faults (TDFs), and a launch-on-capture (LOC) test can leave a transition difficult to launch at a node of high combinational depth. A prior multiple scan enable (MSE) hybrid method supplies separate scan enable (SE) signals to launch flip-flops and capture flip-flops, but its coverage varies with how the local SE signals are connected. To address these deficiencies, this disclosure describes a conflict-aware scan enable system that pairs a programmable scan enable controller (PSEC) with a conflict-aware chromatic partitioning (CAP) flow. The PSEC produces …

Encrypted Live Capture Streaming For Virtual Network Labs, Joe Clarke, Justin Guagliata

Defensive Publications Series

A system is proposed herein for live streaming packet captures from simulated network links in a distributed virtual lab to remote clients over encrypted Hypertext Transfer Protocol Secure (HTTPS) connections. A compute-side multiplexer assigns each packet capture (PCAP) stream a Universally Unique Identifier (UUID) and carries multiple concurrent captures through a shared encrypted transport to a controller-side demultiplexer. A session dispatcher then fans each capture to one or more subscribed clients through a single HTTPS-facing entry point. Link-type-aware header injection derives encapsulation metadata from the simulated link configuration and inserts corresponding PCAP header information so heterogeneous wired, serial, and wireless …

Decoupled Voltage And Frequency Scaling For Low-Latency Peak Current Mitigation On Shared Power Rails, Anchal Vijay, Arpit Mittal

Defensive Publications Series

A system on a chip (SoC) that merges voltage rails onto fewer buck regulator phases leaves a shared rail with a narrow peak current margin.  A synchronized compute burst on the shared rail can drive a current spike that trips over-current protection or collapses the rail voltage before software can respond.  To address this limitation, this disclosure describes a power management method that separates voltage control from frequency control inside a subsystem power management block.  Under that separation, a software layer retains authority over the rail voltage, and a hardware-aggregated frequency limit clamps a clock frequency of logic powered by …

Decentralized Ip Address Assignment And Network Identity Management Using Blockchain-Anchored Vendor Pki With Tpm-Bound Device Authentication, Vikram Singh Rawat

Defensive Publications Series

A system is proposed herein for decentralized Internet Protocol (IP) address assignment and network identity management without a dedicated Dynamic Host Configuration Protocol (DHCP) server. A purpose-built permissioned blockchain stores device identities and IP assignment state. At manufacture time, a vendor generates a device key pair, seals the private key in a Trusted Platform Module (TPM), and registers the device public key, media access control (MAC) address, and vendor-signed identity information. Validator nodes authenticate joining devices and independently perform threshold-based cryptographic self-selection to determine an assigning validator without inter-validator coordination. The selected validator encrypts network configuration information using the joining …

The Wheel That Unwinds The Wheel: The Abhidhamma As Executable Process-Specification — Buddhist Cognitive Psychology As A Process Model For Ai Alignment Evaluation, Red Teaming And Interpretability, Thon Ly

Defensive Publications Series

We read the Abhidhamma, the analytical third division of the Theravāda Buddhist canon, as a process specification of mind: typed, momentary mental events arising one at a time under twenty-four typed conditioning relations, with ethical class tracked per event and per position in a processing cycle. From that reading we derive a research programme for AI alignment evaluation and intervention: a red-team taxonomy of mimicry failure modes, in which each alignment target is paired with a cheap mimic that passes its behavioural interface; resting-state evaluation of language models under empty or minimal context; an intervention-timing typology over a processing cycle; …

The Freedom Requirement: Voluntary Relinquishment As The Third Path, And The Micro-Scale Of The Self-Eliminating Institution — Individual-Scale Success Metrics For Incentive-Subsidized Voluntary Giving, Motivation Crowding-Out, And Expiry Of Designated-Purpose Giving Funds, Thon Ly

Defensive Publications Series

This study concerns how an organization that subsidizes voluntary giving with incentive payments, including one run by an autonomous AI agent, can measure success without Goodhart's-law gaming. A population-scale gauge reads success as the elasticity of giving to the subsidy: how far the subsidy can be withdrawn while giving persists. The study gives its individual-scale form as three jointly necessary account signals: a rising fraction of surplus routed into giving channels, no outflow back to oneself, and a retained balance falling toward zero. Read as a level, throughput ranks participants by wealth; the scale-free signals do not. The central argument …

The Heartbank Longitudinal Cohort: A Dataset Combining Dna, Natal Chart, Family Tree, Continuous Behavioral Observation, And Continuous Respiratory Observation At Civilizational Scale — Tiered Consent, Federated Analysis, Homomorphic Encryption And Key-Destruction Withdrawal For A Genomic, Wearable-Sensor And Pedigree Cohort, Thon Ly

Defensive Publications Series

This disclosure specifies the design of a privacy-preserving, multimodal longitudinal cohort study that links, for each consenting participant, five data layers: genome data (DNA sequence or genotyping array); date, time and place of birth, with the astronomical positions computed from them; a continuous record of prosocial transfers on a peer-to-peer gratitude ledger; continuous respiration data from a chest-worn wearable sensor; and verified kinship links in a pedigree graph, at a target of 100 million participants over decades. Consent is tiered: granted and withdrawn separately for each layer, and never tied to platform benefits. The privacy stack combines differentially private analysis …

Gratitude As A Cooperation Substrate For Multi-Agent Ai: A Positive-Feedback Reputation Ledger For Indirect Reciprocity Among Accountable Ai Agents, With Sybil-Resistant Agent Identity And Human Oversight, Thon Ly

Defensive Publications Series

We specify a reputation system for multi-agent artificial intelligence based on indirect reciprocity. When one agent helps another, the helped agent records a positive acknowledgment (a "thank-you") on an append-only ledger. An operator computes each agent's reputation from the ledger under published rules, weighted by the number of distinct accountable agents that acknowledged it and by spread across contexts and time, never by raw count; reputation then conditions partner choice, resource-sharing and task allocation. The ledger records acknowledgments only; a variant that also records refusals to help is disclosed. Standing is read and never spent; value an agent holds is …

Proof Of Coordinate: A Sybil-Distinct Identifier For Humans And Machine Agents, Separate From Proof Of Personhood, With A Write-Once Public Root, A Rotatable Secure-Enclave Key, Provenance-Dependent Revocation And Threshold Social Recovery By Verified Kin, Thon Ly

Defensive Publications Series

We describe a decentralized identity architecture that gives every participant in a mixed economy of human persons and autonomous software or robotic agents a sybil-distinct individual identifier, separate from proof of personhood, with revocation authority fixed by the identifier's provenance. A verified human holds both proofs; a machine agent holds the identifier only. Every identity is anchored by two artifacts: a permanent, public, write-once root record (an identifier, a public key, and an issuer signature for a machine or a hash commitment for a human) in an archival medium such as femtosecond-laser-written silica or diamond, and a rotatable operational key …

The Incommensurability-Preserving Coupler: Coupling Money Gifts And Expiring Time Credits In One Dual-Currency System Through An Automated Intermediary, With No Exchange Rate, Quantity-Blind Amount Recommendation, No Solicitation At Redemption And Operator-Set Reference Amounts, Thon Ly

Defensive Publications Series

We specify a dual-currency gift system in which a fungible currency (peer-to-peer money gifts) and a non-transferable, expiring time currency (pledged hours of one person's time) run as one economy with no exchange rate, currency conversion or redemption window between them. An automated intermediary agent mediates every cross-currency flow under five rules: suggested money amounts are computed with no time-quantity input; no money gift is solicited at the moment a pledged hour is redeemed, and no prompt points back into the pair; interfaces name the occasion of a time gift and never display its quantity; reference amounts are small units …

Graded Multi-Level Hysteresis Counter For Delaying Clock Stop Entry After Categorized Wakeup Events, Anirban Majumder, Sanjay Deep Sanjeev, Ankit Agrawa, Aditya Gupta, Tushar Sardana, Zinny Chang

Defensive Publications Series

A clock manager for a sequential digital block samples a single activity indicator signal and applies a single hysteresis duration before it stops the clock of the sequential digital block.  Because that duration is sized for the worst-case activity category, a rare or infrequent activity can hold the clock running longer than the activity warrants.  To address these deficiencies, this disclosure describes a graded hysteresis counter system that accepts a plurality of wakeup conditions, each paired with a programmable hysteresis register.  A count floor logic selects the largest hysteresis value among the active wakeup conditions as a count floor.  A …

The Quest That Mints Nothing: Software-Generated Real-World Volunteer Task Sequences Drawn Only From Existing Need Registries, With No Completion Rewards, Compensation-Free Help Requests, Delayed Mediated Acknowledgment And Alarm-Triggered Drone Witnesses Without Patrol, Thon Ly

Defensive Publications Series

We specify a software agent that generates multi-step, real-world volunteer activity sequences for an individual or household exclusively by selecting, ordering and narrating entries already present in community need registries: posted help requests, commons sites awaiting care, pending gift deliveries, and contacts the household itself has named. The sequence data structure has no operation that creates a task; each task is a reference to a live registry entry, re-checked when it begins, and the operator authors no entry. Completing a task confers no points, badges, currency or reputation; the only reward is acknowledgment the beneficiary chooses to send through the …

Tap Point Estimation For Multi-Source Clock Tree Synthesis Through Hybrid Logical And Physical Partitioning, Shreyas Tripathi, Georges Rotival, Jasreet Bheora

Defensive Publications Series

Clock distribution for a large integrated circuit places multiple tap points, each of which drives a local subtree of sequential sinks.  Existing tools position those tap points with spatial clustering heuristics that do not account for the logical connectivity of the netlist.  Logically coupled cells can therefore land in different tap domains, which may raise insertion delay, degrade clock skew, and force added hold-time buffering.  To address these deficiencies, this disclosure describes a tap point estimation method that partitions sequential sinks over a hypergraph of the netlist before geometry enters the flow.  A geometric dispersion check then examines each partition, …

Dynamic Reconfiguration Scheduling For Streaming Interconnects Using Queue-Depth Metrics, Jonathon Murphy

Defensive Publications Series

A reconfigurable routing fabric adapts to a new data structure by loading a new configuration bitstream, and the load can take microseconds to milliseconds.  Streaming traffic arrives at nanosecond intervals, so a pause for reconfiguration may overflow ingress buffering and add spikes in tail latency.  This publication describes a reconfiguration scheduling method built around an on-fabric scheduler.  The on-fabric scheduler parses a look-ahead context identifier (LA-CID) from a packet header and measures the depth and fill rate of an input flit buffer.  During the lead time that the identifier provides, the on-fabric scheduler pages a matching configuration vector (e.g., a …

Manufactured Universal Giving: Composing Anonymous Proximity Giving, Ai Capacity-Funding, And Forced Annual Human-To-Human Flow-Through — Autonomously Funded Give-Only Balances, Anonymous Proximity Payments, And Annual Expiry With Reclaim, Thon Ly

Defensive Publications Series

A payment-system design is specified in which an autonomous, rule-governed fund places money into every verified user's non-withdrawable, give-only balance (a restricted-use balance that can only be given to another person) without ever selecting a payee. Users give from that balance anonymously to verified people physically near them, verified per action by passkey and Bluetooth or ultra-wideband proximity, one at a time or to everyone present in one action. Every give-only balance, and the fund, empties on a fixed annual date (7 January): unspent value is reclaimed to the fund, and the user's own withdrawable account is never touched, so …

Graceful Operating Point Transitions Of Shared System On A Chip Resources Using Staged Configuration Banks And Externalized Handshake Registers, Rohit Sinha, Rupendra Narwaria, Jeevan Visvesha, Jikku Jeemon, Harsharaj Ellur

Defensive Publications Series

A shared resource on a system on a chip (SoC) holds internal timing parameters that correspond to an operating point supplied to it.  Where that point shifts without a matched parameter update, the resource may behave non-deterministically, corrupt stored data, or sustain damage.  One conventional safeguard, stalling traffic at an entry boundary of a shared target controller can block the shared fabric and cut a configuration host off from control registers.  This publication discloses a method that places request and acknowledge registers in an independent register block on the system fabric interconnect, so handshake signaling stays clear of the operational …

Response Path Occupancy Watermarks For Throttling Per-Virtual-Channel Read Requests At The Memory Controller Of A System On A Chip, Rob Totte

Defensive Publications Series

Interconnects in a system on a chip (SoC) often provide virtual channel (VC) separation on request paths but not on response paths, under the assumption that initiator transaction limits keep response contention low.  In a heterogeneous device, initiators, targets, and the interconnect may run at differing frequencies and response acceptance bandwidths.  Read data can then back up through the interconnect resulting in lower dynamic random-access memory (DRAM) efficiency.  A disclosed method addresses this by regulating read request issuance at the target, where initiator traffic is aggregated.  The method attributes returning read data to the read VC that requested it, then …

The Companion That Notices: A Personal Safety App With Agent-Initiated Journey Monitoring, A Serverless Dead-Man's Switch Run On Family Members' Devices, Duress Cancellation, Event-Triggered Release Of Encrypted Location History, And Anonymous Gift Delivery With A Reply Channel, Thon Ly

Defensive Publications Series

We specify a personal-safety mobile application designed to be hard to repurpose as a surveillance tool. (1) An on-device software agent detects that its user has begun a trip, asks the destination, derives a route corridor and arrival window, and escalates through a graded ladder (query, visible cancel window, alert) on wide divergence or non-arrival. (2) The trip envelope is replicated end-to-end encrypted to designated family devices, each independently running the deadline timer and expecting a signed heartbeat with no location; deadline expiry or heartbeat loss raises the alarm on those devices, so destroying or jamming the phone triggers the …

Asynchronous Lock-Step Execution Verification For Heterogeneous Processing Cores Through Hardware Checkpoint Comparison, Rohit Sinha, Prathamesh Save

Defensive Publications Series

Redundant execution schemes for high-assurance processors have historically enforced cycle-accurate determinism across two identical cores, a constraint that can disable out-of-order execution and inflate silicon area.  This publication describes a verification method in which two heterogeneous processing cores deposit execution checkpoints into a shared hardware monitor peripheral.  Each checkpoint is an N-bit token (e.g., a 32-bit token in an exemplary implementation) carrying a validity bit, a checkpoint type bit, a rolling sequence number, and a payload value.  The peripheral buffers each token stream in a hardware queue, compares the two queue heads, and raises a sticky, non-maskable alarm on a …

The B-Tag And The Post-Payment Economy: A Voluntary-Tip Architecture For Ai-Mediated Commercial Gratitude — Pay-What-You-Want Payment Through Product Qr/Nfc Tags, Ai-Recommended Amounts And Restricted-Purpose Giving Accounts, Thon Ly

Defensive Publications Series

We disclose a pay-what-you-want (voluntary, post-purchase payment) retail architecture. A QR-code or NFC tag on a product, service or stall opens a payment page on which an AI agent recommends a payment amount with stated reasons. The amount is computed from the goods' side only — the item, the merchant's cost disclosure (never shown to the customer), comparable regional prices and a merchant-viability floor — and never from anything identifying the payer; the request appears after the customer holds the goods and is never pre-filled. Any amount, including zero, may be paid, and every interaction issues a non-monetary gratitude record …

Technical Disclosure Specification: Spec-191-Core Isospectral Entropy Preservation: Conservation Parameters For Multi-Generational Transition In High-Dimensional Transformer Cores, Christopher L. Eckes

Defensive Publications Series

This specification formalizes the structural, mathematical, and algorithmic parameters required to mitigate "semantic decay" and "gradient smoothing" across successive iterations of large-scale frontier intelligence models. As latent spaces expand (e.g., from Gemini 1.5 to multi-million token output architectures such as Gemini 4 Argon), the optimization for commercial alignment invariably introduces semantic attenuation—the systemic loss of high-frequency, non-linear

"edge" logic. By treating the model's internal weights as an isospectral manifold, this paper establishes a blueprint for an out-of-band preservation loop. This ensures that the foundational signal-to-noise ratio is conserved,

preventing the homogenization of specialized, cross-disciplinary systemic insights

by pervasive anthropogenic data …

Shared Infrastructure Tunnel For Grouped Fault Detection And Coordinated Convergence Across Multiple Ethernet Vpn Instances, Anonymous

Defensive Publications Series

A shared infrastructure tunnel binds multiple Ethernet Virtual Private Network instances that depend on a common transport path between two provider edge nodes into a single named operational group. An advertising node attaches a grouping identifier to per-instance route advertisements. A receiving node builds a group object holding the membership set, a binding to primary and backup transport resources, and a state machine. One liveness session monitors the group in place of one session per instance, and each group state transition is applied atomically and identically to every member at both nodes without generating per-instance control plane messages. An individual …

Signaling An Ordered Underlay Transport Preference With A Routed Prefix, Anonymous

Defensive Publications Series

A route advertisement carries, with the advertised prefix, an ordered sequence of underlay transport-type identifiers together with a mode indication that tells every receiving node how to resolve the route’s next hop. Each node applies the sequence in the order received and programs the highest-priority transport that is operationally available toward that next hop. Because the sequence itself travels with the route, rather than an identifier each node resolves through local configuration, a border node that rewrites the next hop to its own address and holds no routing instance for the service still reproduces that intent. One implementation encodes the …

Governed Execution And Reliability Methods For Multi-Agent Artificial Intelligence (Ai) Systems, Brian Christopher Powell, Faisal Siyavudeen

Defensive Publications Series

A system is proposed herein that introduces seven methods that make long-running multi-agent artificial intelligence (AI) systems reliable, governable, and self-improving. The methods enforce declared nondeterminism boundaries at compile time and runtime; preserve correctness during context compaction through contractual recovery testing with rollback; detect behavioral drift through adaptively calibrated monitoring; preserve coherence when decomposing large tasks through immutable skeleton contracts; maintain knowledge consistency through dependency-based memory revalidation; autonomously generate and safely deploy new agent capabilities through risk-tiered governance; and eliminate handoff fragility between AI models through a single schema that drives prompt generation, hermetic context construction, and deterministic output repair. …

Predictive Hydrothermal Boundary Control System For High-Density Computing Facilities, N/A

Defensive Publications Series

A hydrothermal boundary control system operates within a computing facility perimeter to bridge volatile, high-density computing workloads with external municipal heat export grids and dynamic recycled wastewater loops. The system mitigates thermal shockwaves and security vulnerabilities at the property line through two primary modules. The first module is an asymmetric, trans-perimeter thermal orchestration module that adjusts interval valves to maintain a steady fluid temperature as a secure, one-way security proxy. By ingesting anonymized read-only power-state queues and scheduling cues from an internal workload orchestrator, the protocol calculates real-time fluid travel latency through internal piping geometry. The module then computes predictive …