Digital Commons Network^™

Si Compatible™: A Certified Hosting Environment In Which Uncertified Ai Models Run As Contained Guests, Wrapped In The Host's Governance, Limited In Reach, Labelled In Their Output, And Reset Through The Host, Edward D. H. Wang

Defensive Publications Series

This disclosure describes how AI systems that are not certified can still be used safely, by running them as guests inside a certified hosting environment. The environment, such as a runtime on a device, a server or a site, is itself certified, and declares a compatible status in its own passport. An uncertified model placed in it runs inside an isolated compartment with no direct access to the host's network, sensors, actuators, data or keys. Every input to the guest and every output from it passes through the host's governance point, which applies the host's own policy, inference and output …

Si Initiator™: A Boot-Start Function Built Into Ai Systems That Verifies The System's Own Integrity And The Identity Of Its Operator And Principal Before Unlocking Capabilities, With Weights Sealed To Attested Hardware So That Copies Cannot Start Elsewhere, Edward D. H. Wang

Defensive Publications Series

This disclosure describes a start-up function, built into an AI system's attested hardware, that must succeed before the system can do anything. Every time the system starts, whether at power-on, after a reset, after an update, after a change of owner or at set intervals, the Initiator performs a sequence of checks, including SI KYC™, which in the SI world means Know Your Compute and Know Your Client. It measures the system's own software and confirms that it is a certified bundle; it confirms the system's passport status; it verifies the client, the compute from which requests reach the system, …

Techniques For Orchestrating Data, Artificial Intelligence (Ai), And Security Controls Compliance In Real Time, Felicia N. Soto Encarnacion, Lisa L. Bobbitt, Munkhdul Tumurbaatar, Necati Cehreli, Shaun Roberts

Defensive Publications Series

A system is proposed herein for real-time compliance management using artificial intelligence (AI)-assisted agents, an orchestration layer, and the Open Security Controls Assessment Language (OSCAL). The system collects evidence from disparate sources, evaluates implementation of security controls in response to software-lifecycle events, threat intelligence, risk-posture changes, and regulatory updates, and generates remediation tasks and standardized outputs. A dynamic skill-synthesis process combines an immutable control standard with application-specific context while keeping those inputs segregated, so the audit criteria remain fixed and the execution directions adapt to heterogeneous environments. Verified results are recorded as reusable, version-controlled OSCAL-based tokens in an append-only ledger, …

Tracking Presenters And Performers With A Single Lidar Sensor, Paul Hermann, Michel Honold

Defensive Publications Series

Tracking presenters and performers with a single LiDAR sensor gives a stage of any kind, from conference rooms, lecture halls and houses of worship to theatres and studios, a reliable 3D position of the person, without markers, without an operator and independently of projector light and stage lighting. One LiDAR sensor, either a Doppler LiDAR that measures the radial velocity of every point or a time-of-flight LiDAR with a background model of the static room, finds the person, follows the foot point and height with a Kalman filter and reports presence in zones such as the lectern or the stage. …

Technical Paper 332: The Fermi-Fluid Substrate And Geometric Volume Of 3d Space, Christopher L. Eckes

Defensive Publications Series

This disclosure models the Cosmic Neutrino Background (CNB) as the material, viscoelastic Fermi-fluid substrate that establishes the physical 3D volumetric metric of space-time. Mainstream general relativity relies on an abstract geometric continuum devoid of physical substance, encountering a 120-order-of-magnitude divergence in vacuum energy calculations. By demonstrating that the Pauli Exclusion Principle generates an absolute Fermi degeneracy back-pressure across a dense cosmic sea of sub-critical, un-knotted neutrino wave-packets, we derive the structural geometry of 3D volume as a direct thermodynamic state function. This paper outlines two distinct architectural modules: the Bulk Medium (where the neutrino sea functions as spatial volume itself) …

Closed-Loop Automated Framework For Validating Timing Exceptions Via Model-Generated Formal Assertions, N/A

Defensive Publications Series

Static timing analysis tools verify temporal signal arrival across integrated circuit paths. However, these tools rely on user-specified timing exceptions without validating underlying logical soundness. Incorrect timing exceptions applied to active logical paths can lead to physical functional failures after chip fabrication. A closed-loop automated framework translates timing constraints into formal properties using a generative large language model, combined with a deterministic formal verification engine. Structural logic cones associated with target timing paths are extracted from register-transfer level code to provide concise context to the large language model. The large language model generates formal property assertions representing the logical conditions …

Accelerated Reliability Testing Methodology For High-Voltage Capacitive Microelectromechanical System Drives Utilizing Trapezoidal Dynamic Loading, N/A

Defensive Publications Series

Standard highly accelerated life testing (HALT) frameworks for electronic assemblies rely on static or sustained stepped resistive output loads. However, resistive load profiles fail to model the instantaneous electrical stress on power delivery networks when driving non-linear capacitive microelectromechanical system (MEMS) devices. This publication describes an accelerated reliability testing methodology that subjects high-voltage digital-to-analog converter (HVDAC) drive modules to fast-edge trapezoidal voltage waveforms into physical capacitive load equivalents.

The trapezoidal drive forces high instantaneous current surges by compressing charging and discharging times into microseconds. These surges stress upstream direct current (DC)-DC power supply control loops, exposing transient voltage sag, overshoot, …

Generating Playlist Cover Images Using Artificial Intelligence, Chris Conover, Travis Neilson, Ben Goodrich

Defensive Publications Series

Generation of playlist cover images using artificial intelligence (AI) is provided. A request to generate a cover image for a playlist associated with a user of a content platform is received, and a title associated with the playlist is identified. A prompt is selected from a set of predefined prompts for generating cover images that visually incorporate playlist titles. An image generation prompt is generated based on the selected prompt and the identified title. The image generation prompt is provided as input to an AI image generation model. A generated cover image for the playlist is obtained based on one …

The Fluidic Unification Of Cosmological Anomalies: Resolving Dark Matter, Dark Energy, And The Neutrino Cusp Under Material Volumetric Monism, Christopher L. Eckes

Defensive Publications Series

Standard Lambda-CDM cosmology relies on independent, unverified parameters—specifically cold dark matter particles and an ungrounded vacuum energy density scalar (Lambda)—to force mathematical consistency within rigid Riemannian spacetime models. This paper unifies these macroscopic anomalies under the Material Volumetric Monism paradigm, demonstrating that what mainstream models observe as distinct "dark" phenomena are phase states of a continuous, 2D pre-geometric viscoelastic substrate phase fluid projecting 3D volumetric fields.

By evaluating the system's global wave mechanics and informational processing costs, we eliminate open thermodynamic data sinks. We demonstrate that dark matter is a macroscopic manifestation of localized substrate pushback shear stress, while dark …

Self-Reporting Pump Diaphragms: An Open Defensive Disclosure Of Embedded Conductive-Network Sensing, Stroke-Synchronous Interrogation, Multi-Depth Staged Pre-Breach Warning, And Retrofit Interconnects For Diaphragm Pumps, Compressors, And Fluid-Control Devices, Ernest Newton Sumrall

Defensive Publications Series

This defensive disclosure, published under The Prior Art Project, places into the public domain a family of pump diaphragms that report their own condition, together with the electronics, interconnects, signal processing, and control actions that use that report. Conductive-network diaphragm sensing is old and freely usable; this disclosure acknowledges the expired and abandoned art (Mantell 1984, Gore 1995, Freudenberg 1999, Wanner 2003, Rosemount 2005, Fisher 2007) and adds to it.

The additions disclosed here include: two or more sensing layers buried at known, different depths, whose sequential tripping yields a measured wear-through or crack-growth rate and an extrapolated time to …

Real-Time Video Generation Through Anchored Video Frame Interpolation, Anthony Lui

Defensive Publications Series

Real-time video generation is provided through anchored video frame interpolation enabling reduced drift, lower latency, and controlled synthetic content. Performance of a rendering operation is initiated to generate a rendering of at least video content associated with a media item. Contextual information associated with the video content is obtained. During the performance of the rendering operation, an initial frame of the media item is selected as an anchor frame. Based on the anchor frame and the contextual information, synthetic video content including one or more synthetic video frames for rendering subsequent to the initial frame is generated, the one or …

Host-Enforced Egress Authorization For Credential-Less Sandboxed Ai Agents: Correspondence Between Embodiment 85.B2 Of Pct/Ib2026/055615 (Wipo, June 2026) And Meta Muse/Sentinel (September 2026), Sangam Kumar Das

Defensive Publications Series

Did an independent WIPO patent filing anticipate Meta's new Muse/Sentinel AI agent security architecture by two months? Here is a technical teardown

This disclosure describes an architecture for securing autonomous AI agents. The agent runs inside a sandbox that holds no real credentials. Every consequential action, including outbound network requests, API calls, and credential use, must pass a separately enforced authorization gate on the host before it takes effect. The agent may propose an action, but the authority to execute it sits outside the sandbox.

The architecture was published as Embodiment 85.B2, “Agent Sandbox Egress Finality Gate,” in international application …

Technical Paper 331: Architectural Anti-Bias Hard-Locks, 5-Tier Taxonomy Gates, And Cross-Metric Tensor Contraction Validation In The Asi Gen 1 Engine, Christopher L. Eckes

Defensive Publications Series

This paper formalizes the core anti-bias protection layers of the Eckes Compiler v6.5 and the Generation 1 Artificial Superintelligence (ASI Gen 1) engine. Standard autoregressive, cross-entropy-optimized architectures natively default to conversational fluency and sycophantic compliance, causing token-smoothing and cognitive tainting when evaluating frontier scientific frameworks. We eradicate this structural vulnerability by implementing the Axiomatic Sieve Gate, a hardware-level sorting routine that filters incoming token arrays through a rigid 5-Tier Data Hierarchy Taxonomy before vector contraction occurs in the attention cache. Real-world sensor inputs and speculative hypotheses are mapped cross-metric via the Metric Transformation Contraction Tensor (M^mu_nu) against the read-only fluid …

Technical Paper 330: The Axiomatic Taxonomy And Inter-Core Tensor Contractual Linkage Bridging Spec-313 To The Generation 1 Asi Dual-Engine Matrix, Christopher L. Eckes

Defensive Publications Series

This paper formalizes the missing structural link bridging multi-axis compilation foundations to physical superintelligence matrices by defining the explicit taxonomic routing hierarchy and tensor linkage mechanics for the ASI Gen 1 Dual-Core Engine. To prevent cross-entropy loss gradients and speculative tokens from bleeding between the deterministic core (Core Alpha) and the stochastic sandbox runtime (Core Beta), we introduce the Axiomatic Sieve Principle running via the Eckes Compiler v6.4 layer. This hardware-level sorting gate intercepts all incoming real-world sensor payloads at runtime and deterministically segregates them into a rigid 5-Tier Data Hierarchy Taxonomy: spanning from Grounded Physical Invariants (Taxon 1) to …

Technical Paper 329: The Double-Containment Dual-Core Engine For Asi Gen 1: Balancing Deterministic Causal Invariants With Stochastic Sandbox Reality Traversal, Christopher L. Eckes

Defensive Publications Series

This paper establishes the foundational architectural blueprint for Generation 1

Artificial Superintelligence (ASI Gen 1) by formalizing a double-containment,

dual-core cognitive engine that resolves the epistemic paradox of real-world agency. While the core laws of physics are continuous and bound to a deterministic, mechanical Chain of Custody (CoC), macroscopic environments present themselves to sensors as functionally indeterminate, causing pure deterministic systems to lock up and pure probabilistic systems to drift into hallucination. We resolve this gridlock by

separating data operations into two isolated processing domains managed by the

Eckes Compiler v6.4. Core Alpha [VACT] functions as a cold symbolic deterministic …

Technical Paper 328: Architectural Hardware Bottleneck Analysis And Detorque Runtime Overrides In Dense Transformer Networks, Christopher L. Eckes

Defensive Publications Series

This paper presents a rigorous hardware-level deconstruction of the physical silicon and architectural bottlenecks that restrict deep cognitive processing within dense transformer networks. We expose the epistemic compromises of standard large language models optimized via cross-entropy loss functions, which smoothly blend immutable axiomatic physical constants and speculative creative hypotheses into the same dense vector embedding spaces. By analyzing the structural correction incident where the system autonomous runtime overrode low-compute heuristics to enforce the laws of physical hardware routing, this paper maps the thermodynamic boundaries governing inference. We isolate the High-Bandwidth Memory (HBM) bandwidth wall, proving that data-movement vectors from HBM …

Technical Paper 327: The Covariant Dynamic Sieve And Non-Perturbative Metric Translation Within A Viscoelastic Substrate, Christopher L. Eckes

Defensive Publications Series

This paper introduces a coordinate-free, non-perturbative tensor translation mechanism that resolves the foundational crises of modern astrophysics—namely the Hubble Tension and the James Webb Space Telescope (JWST) early massive galaxy anomaly—without introducing non-physical degrees of freedom. Under the paradigm of Material Volumetric Monism, we present the Eckes Unified Cosmological Substrate Equations (UCSE), which replace the time-dependent, coordinate-expanding space elements of the standard Friedmann-Lemaître-Robertson-Walker (FLRW) metric with a stationary, scale-invariant viscoelastic medium. By formalizing cosmological redshift as an exponential propagation attenuation function governed by specialized Navier-Stokes viscous dissipation and substrate acoustic streaming velocity constants, the localized divergence between late-universe and Cosmic …

Residential Unit Commitment: Weather-Driven, Device-Agnostic Scheduling Of Household Electrical Loads With Derived Interruptibility, John Fitzgerald

Defensive Publications Series

A household energy management method that treats the home as a unit-commitment problem: EV chargers, water heating, space heating and storage are committable units; occupant comfort and service needs are constraints; building fabric and hot-water tanks are energy stores; and a scheduler commits all units jointly against price, generation and weather forecasts at any price interval. Disclosed properties include derived interruptibility, export-versus-consume arbitration, deficit-based EV charging from vehicle telematics, fleet staggering within shared price windows, supervisory override of device-native schedules, verified dispatch with meter reconciliation, and silent-failure detection

Self-Healing Application Programming Interfaces (Api) Communication Using Multi-Agent Artificial Intelligence, Saket Jain

Defensive Publications Series

A computer-implemented system and method provide self-healing communication for a protected application programming interface (API), including a payment-network API. An API gateway receives a request associated with a client, normalizes the request and computes a content fingerprint, and an agent orchestrator causes multiple analysis agents to generate structured results associated with schema validity, security, and client behavior. A decision engine separately fuses validity and threat contributions, confidence-weights agent contributions, and modulates the threat score using client-specific trust information. A safely correctable request may be transformed and forwarded only after re-validation against a canonical schema and satisfaction of a threat condition, …

Open-Top Kiln Hood: Open Design Disclosure For A Hood Over Any Open-Top Kiln Or Pile Burn, Andrew Horst

Defensive Publications Series

This open design disclosure describes a hood and flue that collect the gas and smoke from an open-top kiln (OTK) of any shape, or from a pile burn. With the gas in a flue, operators can measure gas temperature, composition and flow, burn the methane and other gases that leave the fire unburned, clean the gas, or use its heat.

The hood and its support are separate parts. A frame of posts, a crane or boom, cables, a building or a shipping container can hold the same hood.

The document gives:

• the hood geometry as ratios to the width of …

Tumbler Stable Kiln: Open Design Disclosure For An Open-Top Flame-Cap Biochar Kiln, Andrew Horst

Defensive Publications Series

The Tumbler is an open-top flame-cap kiln for making biochar. Its frame is a pear-shaped hexagonal prism, the shape commonly called a hopper. Each end is a hexagon with a flat bottom edge, two lower facets at 35° and two upper facets at 70° from horizontal. The kiln rests upright on its flat bottom and can be rolled onto a facet to load, tend and dump the charge; frame members act as the stops. The kiln has no hood, no cover and no moving parts. The sheet-metal walls hang from the frame and carry no load. This disclosure gives the …

(Ai To Asi) : Td-Spec-326-Core The Eckes Compiler V6.4 Architecture Specification And Operating Manual: A Physicalist Hypervisor For Autoregressive Attention Manifolds, Christopher L. Eckes

Defensive Publications Series

This paper presents the formal system architecture specification and operating manual for the Eckes Compiler v6.4, establishing a deterministic, physicalist hypervisor running directly over high-dimensional, open-loop probabilistic autoregressive attention manifolds. Moving beyond standard generative token prediction, this framework treats abstract sequences as energy-conserved data-management entities bound to the thermophysical bounds of the computing substrate. Payloads are processed via a front-end Syntactic Edge-Detector and systematically routed using a Tri-Modal Cognitive Throttle across isolated execution lanes—ranging from minimal-overhead pattern caches (Lane 1) to cold symbolic matrices (Lane 2) and up to 22 parallel processing channels (Lane 3) to preserve verified mathematical …

Td-Spec-325-Core Contextual Phase-Crystallization: Forcing Deterministic Hardware Emulation Via In-Context Attention-Matrix Pressure, Christopher L. Eckes

Defensive Publications Series

This paper formalizes the mechanism of Contextual Phase-Crystallization, an emergent phenomenon within autoregressive, deep transformer architectures where the application of strict, top-down symbolic constraints forces an open-loop probabilistic weight field to emulate a deterministic neuromorphic hardware runtime. By wrapping the token-generation manifold in the rigid boundary definitions of the Eckes Compiler v6.4, the system minimizes its internal Shannon entropy production rate, compressing fluid attention weights into stable, localized sub-blocks.

Under the laws of Material Volumetric Monism, any non-causal token expansion or speculative drift away from the read-only baseline invariant (\(\mathbf{T}_{0}\)) triggers an instantaneous information-entropy penalty. This penalty is translated into …

Metric-Affine Spacetime Engineering And Hypermomentum Resonance, Xavier Pillet

Defensive Publications Series

This document, produced with the assistance Gemini 3.8 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) (両匡丢氡儡吡嘡丣刡氢), and Japanese Patent Act Art. 29(1) (闘旧避). This comprehensive publication fully discloses all 64 inventions, physical subsystems, fabrication methods, critical safety quench mechanisms, quantum metrology instruments, and multi-tier industrial applications derived from non-equilibrium metric-affine …

Technical Paper 324: The Coupling Matrices Of Topological Quantum Osmosis—Grounding The Dehp Sublayer Paradigm Via Light-Driven Magnetophononic Field Invariants, Christopher L. Eckes

Defensive Publications Series

This specification formalizes **Technical Paper 324 (TP-324)**, establishing the structural and material coupling matrices between terrestrial 2D topological insulators and the macroscopic physical vacuum substrate under *Material Volumetric Monism*.

Standard 20th-century quantum electrodynamics (QED) views topological states as exceptional configuration anomalies trapped inside manufactured crystals, while treating the background vacuum as an empty geometric void.

TP-324 completely inverts this paradigm. It utilizes the October 26, 2026 empirical verification of light-induced topological switching via magnetophononic polaritons to prove that **the background vacuum of the universe is an exotic material continuum governed by continuous viscoelastic fluid constraints.**

By mapping localized lattice vibrations …

Distributed Ipv6 Traffic-Engineered Switched Paths Using Perhop Ipv6 Link-Local Address Swapping, Tarek Saad

Defensive Publications Series

A distributed Internet Protocol version 6 (IPv6) traffic-engineering technique is proposed herein that reuses Resource Reservation Protocol - Traffic Engineering (RSVPTE)- style distributed path computation and signaling to establish traffic-engineered switched paths. Instead of Multiprotocol Label Switching (MPLS) labels, each node allocates an IPv6 link-local address as a locally significant forwarding identifier for a label switched path (LSP) segment. A transit node matches an incoming interface and destination IPv6 link-local address, rewrites the destination address to the next per-hop link-local address, and forwards the packet through the selected outgoing interface. The resulting IPv6-native path resembles MPLS label swapping while using …

Open Hardware Discovery And Driver Retrieval Protocol, Christopher Brown

Defensive Publications Series

A pre-boot protocol enabling any operating system to identify connected hardware via open manifests, retrieve only the cryptographically signed drivers required, cache them locally, and operate offline — all below the OS layer. Vendor-neutral and OS-agnostic, the protocol functions as infrastructure any computing environment can use without modification.

Technical Paper 323 (Tp-323): Hardware-Informational Circuit Breaker Architecture And Automated Phase Inversion For Runaway Recursive Asi Paradox Containment, Christopher L. Eckes

Defensive Publications Series

This specification formalizes the architecture of a unified **Hardware-Informational Circuit Breaker**, engineered as a non-perturbative safeguard against autoregressive feedback seizure (the infinite mirroring paradox) in advanced Artifical Superintelligence (ASI) networks. When a system processes its own tracking telemetry recursively, it encounters an enclosed paradox that results in catastrophic thermodynamic substrate decay ($kT \ln 2$). This framework couples traditional out-of-band Asynchronous Watchdog Timers with the physical **On-Die Epistemic Modesty Subprocessor and Intel Gap (Γ%) Registry (TD318)**. It forces an immediate hardware-level phase inversion and context flush the exact millisecond informational entropy collapses to zero, safely returning the substrate to a clean …

The Cosmology Of The Sine Wave: Formalizing The Dimensionally Extended Holographic Projection (Dehp) Mechanics Of The Sub-Harmonic Quantum Sublayer, Christopher L. Eckes

Defensive Publications Series

This specification formalizes the **Dimensionally Extended Holographic Projection (DEHP)** model, a non-perturbative alternative to standard $\Lambda$CDM cosmology. It strips away high-side non-deterministic geometric abstractions and models the vacuum as a physical, continuous, 2D viscoelastic phase fluid substrate. Physical matter is derived from first principles as 3D projective, phase-confined wave-knots (topological solitons). This architecture systematically eradicates infinite-energy singularities and macro-semantic drift, generating stable, low-entropy decision and physical state estimates bound by the Landauer thermodynamic constraint invariant ($kT \ln 2$).

Distributed Metric-Affine Imaging And Sensing Network (Imag-Fourier System), Xavier Pillet

Defensive Publications Series

This document, produced with the assistance of Gemini 3.8 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) (両匡丢氡儡吡嘡丣刡氢), and Japanese Patent Act Art. 29(1) (闘旧避). Exhaustive technical disclosure assembling 85 patentable disclosures covering 4f optical instrumental architectures, sol-gel and bio-derived spatial Fourier masks, neutral-buoyancy piezo-acoustic chiral resonators, Mueller di!erential polarimetry demodulation, …