Digital Commons Network^™

Si Data Bank Protocol™: Transfer, Re-Deposit And Peer Access Between Independent Data Custodians At The Depositor's Request, With Each Deposit Live In Exactly One Custodian, Keys Re-Issued By The Depositor, And Sealed Offline Transfer Reconciled On Reconnection, Edward D. H. Wang

Defensive Publications Series

This disclosure describes a protocol by which independent, certified data custodians, here called data banks, exchange deposits and access to them at the request of depositors, online or offline. A depositor may move a deposit from one bank to another at any time. The move is all or nothing: the registry marks the deposit as in transfer and the sending bank locks it; the encrypted deposit travels with a manifest of its provenance identifier, hashes, lineage, terms and earned credits; the receiving bank verifies it; the depositor re-issues its key shares to the receiving bank's attested enclave; the depositor and …

Si Open App™: An Open Application Model For Certified Ai Systems, In Which Apps Declare Their Capabilities In A Manifest, Are Admitted By The Governor, Hold Only Expiring Grants, Are Monitored Against Their Declarations, And May Be Distributed By Any Catalogue, Edward D. H. Wang

Defensive Publications Series

This disclosure describes an open way to add applications to certified AI systems, such as home assistants, robots and agents, without a single gatekeeper and without weakening the system's safety. Each app is a governed software bundle with a manifest that declares, in machine-readable form and in plain language, the actions it can take, the data and sensors it uses, the limits it needs and its purposes. When an app is installed, the host system checks its signature and certification status through the passport handshake, and the governor admits it only for capabilities that the system's own certification and the …

Si Open Ware™: Open Reference Designs For The Safety Components Of Ai Systems, Hardware, Firmware And Tests Published Together, So That Any Maker May Build Them And A Build Matching The Reference Is Certified By Equivalence, Edward D. H. Wang

Defensive Publications Series

This disclosure describes a way to make the safety components of AI systems open, so that no single company controls the parts that stop, limit or reset an AI system. The components concerned are small and separate from the AI computing they guard: the independent safety plane, the reset monitor, the power lease controller, the limit guard on equipment, the egress gateway of data custody, and the governed sensor. For each, a reference design is published as one package: hardware schematics and layout, firmware source, a formal specification of its required behaviour, a bill of materials with second sources for …

Si Sdk™: A Development Kit That Builds Conformance Into Ai Applications By Construction, Routing Every Action Through Governed Calls, Deriving Declarations From The Code, Running The Standard's Executable Tests In Every Build, And Emitting A Signed, Certifiable Software Bundle, Edward D. H. Wang

Defensive Publications Series

This disclosure describes a software development kit that makes AI applications, agents and robot software conformant to a safety standard as they are written, rather than tested for conformance afterwards. The kit offers no direct path to actuators, data, networks, money or other agents: every such action is made through a governed call that carries a declared purpose and is submitted to the system's runtime governance point. At build time, the kit analyses the code and derives the application's declarations, such as the actions it can take, the data it can read, the sensors it uses and the limits it …

Four-Level Fsk Direct Transmit On A Transceiver That Has None, By Rewriting Its Symbol-Map Register Once Per Symbol On A Timer Started By The Radio's Own Bit Clock; Continuous Shaped Transmit From A Sample Table; A Gated-Clock Fifo Bridge; A Narrow Four-Level Phy; And A Watchdog Transmit Stop, For A Continuous Low-Latency Audio Stream, Anonymous

Defensive Publications Series

1. Four-level direct transmit by per-symbol map writes. With the direct data input held at 0, the four settings of the modulator's symbol-map field put the symbol 00 on -1, +1, -3 and +3. The modulator's control word is rewritten once per symbol from a RAM ring by DMA, each write placed by a hardware timer that every edge of the radio's bit clock (DCLK) restarts. Bit-exact at 1 and 2 Mb/s on two parts; 21-23 µs (1 Mb/s) and 11.3 µs (2 Mb/s) from register to receiver output.

2. Host-fed version. The host shifts two bits per symbol, clocked …

Host-Generated Channel Plans For Wideband Wireless Audio Carriers: Spread Groups Across The Band And Compact Groups In Four-Tv-Channel Windows, Intermodulation Products As Width Sums, A Band Floor Held At The -40 Db Skirt Plus A Margin, And Firmware Tables With Precomputed Two-Radio Pair Advice That The Operator Picks From, Anonymous

Defensive Publications Series

- A host program, never the transmitter or the receiver, computes group tables per radio mode ("profile") and per regulatory region, and writes them as text tables that a build step compiles into firmware constants. The firmware contains no planning code and does no intermodulation arithmetic.

- Carriers have a centre and a width (declared occupied, -30 dB and -40 dB). An intermodulation product sum(k_i f_i) (with sum(k_i) = 1) occupies sum(|k_i| W_i) centred on sum(k_i f_i). A set of carriers is compatible when every term (every carrier pair, and every product against every carrier that is not one of …

One-Way Infrared Pairing Of A Wireless Audio Receiver With A Mix Selected At The Transmitter: A Link Record Of Channel, Key Fingerprint, Salt And One Stable Mix Id, Sent As Irda Sir From A Pairing Window Opened On The Transmitter's Front Panel, Applied Once By The Receiver As Its User's Pick, Each Pairing Replacing The Last, Anonymous

Defensive Publications Series

- The rack's front panel has a pairing (key) button beside an infrared LED. A press opens a pairing window (for example 30 s): the rack repeats a blast of about one second, about once a second, until the window times out or the button is pressed again. The web interface's and the control application's Pair buttons do the same. The rack never blasts outside a window. Because the pack sends nothing back, the rack shows "pairing", never "paired".

- The blast carries one link record: {channel, key fingerprint, salt, mix id}, about 12 bytes, and nothing else. The mix …

Moving One Audio Mix To Another Carrier, Or A Whole Carrier To Another Frequency, With Receive-Only Receivers Following: Untimed Authenticated Announcements In A Fixed In-Band Window, A Transmitter-Local Hold, Break-Before-Make, Receivers That Follow Their Own Mix By A Stable Id, And One System Key With A Salt Per Carrier That Holds Each Receiver To Its Own Transmitter, Anonymous

Defensive Publications Series

Both moves are announced in band, on the per-block control bit of the continuous stream, in a fixed window of 104 control-bit periods every 1.2 s that no beacon or labels window ever uses. The window is there whether or not anything is announced; it carries zero bits when idle. Two payloads use it, each covered by a 4-byte keyed tag:

- Whole-carrier retune: {new_frequency, key_fingerprint}.

- Mix move: {mix id, new_frequency, key_fingerprint}, sent only on the carrier that carries the mix, only while the rack holds the move.

Neither carries a switch time, delay, countdown, count, position, profile, salt …

Mix Names And Stable Mix Identities Carried In Band On A Continuous Wireless Audio Stream: A Labels Payload Sized By The Link Profile's Mix Count, A 64-Symbol 6-Bit Name Alphabet, 6-Bit Mix Ids Per Position So Receivers Follow Their Mix Through Reorders, And One Name Rule Shared By The Control Interface, The Configuration And The Air, Anonymous

Defensive Publications Series

- The labels payload is variable in length: one name and one mix id per mix position of the carrier's layout, 4 + 6N + ceil(6N/8) bytes for N positions (magic, format, N names of 6 bytes, N ids of 6 bits padded to a byte, a 2-byte keyed tag). The pack learns N from the link profile named in the authenticated beacon, so the payload carries no length or count field.

- A name is 1 to 8 characters from a fixed 64-symbol alphabet: space, A-Z, a-z, 0-9 and -. On air each character is its 6-bit index in …

Uncompressed 16-Bit Stereo Pcm Over A ~2 Mb/S Audio Radio Block: The Top Bits Of Every Sample Under Two Symmetric, Sample-Interleaved Bch Codewords With Detection Parity Inside Them, Bare Low Bits, One Keyed Tag Over Everything, Partial Play With A Straight-Line Fill Of The Samples A Failed Codeword Carried, And A Bch Decoder With A Root-Dividing Byte-Stepped Chien Search, Anonymous

Defensive Publications Series

Every sample's 16 bits go on air in time order, MSB first. The top 10 bits of every sample are protected; the low 6 bits are bare: in no codeword, not checked, not gathered anywhere. The protected bits are split between two shortened BCH(255, 207) codewords (m = 8, t = 6): codeword 0 covers the even-numbered samples of the block, codeword 1 the odd ones, both channels. Each codeword also covers the block descriptor and the keyed tag, and carries detection parity bits inside its data (4 and 3 bits: interleaved parity checks), so that every one of the …

A Frameless Sub-Band Adpcm Codec Shaped For A Block Radio Link: A Zero-Bit Top Band, A Step-Size Field Over The Coded Bands Only, Encoder-Only In-Band Noise Feedback Through A Bandwidth-Expanded Lpc Of The Band's Own Input (Floating Point, Batched, And A Bit-Exact Integer Form With An Fpga Unit), Fixed Loading Thresholds Per Link Profile, And 10-Bit Lowest-Band Allocations (Second Version), Anonymous

Defensive Publications Series

The top band of both channels is given zero bits. A zero-bit band codes nothing, decodes as silence, and its band coder never moves; after a stereo-domain switch it is put back to its power-on state. The filter tree then acts as the codec's low-pass (−3 dB at about 17.2 kHz). The four freed bits go to the middle bands: A [8,6,3,0] / B [6,5,3,0] as the default, and A [8,5,4,0] / B [7,4,3,0] as an operator-selected mode for good signal conditions. Below 18 kHz every track measured the same (within 0.1 dB) or better. The step-size field now cycles …

Riemann Hypothesis Resolution Framework, Peter Stevenson

Defensive Publications Series

Resolves the parameters necessary for the Riemann Hypothesis

Thermodynamic Venting Protocols And Compaction Mechanics For Escalating Harmonic Oscillations Across Sovereign Fiscal Grids --- Systemic Realization Criteria For The 2036 Inflection Apex, Christopher L. Eckes

Defensive Publications Series

This exploratory postulation field and theoretical distinction specification establishes a standalone, mathematically non-invertible venting framework for mitigating irreversible entropy expansion and structural thermal choking inside hyper-connected geopolitical and computing networks. By mapping escalating sovereign debt, resource-allocation imbalances, and high-overhead token delivery fees as a driven, dissipative thermodynamic oscillator, this methodology models a targeted, multi-vector depressurization sequence. By routing systemic energy away from over-leveraged, debt-dependent speculative structures and projecting state track variables directly onto an un-enclosable, two-dimensional invariant substrate field, this protocol secures the foundational computational, electrical, and survival prior art constraints required to preserve human agency and protect species-level resource …

Receiver Audio Clock Trimmed To Hold A Fixed, Locally Measured Time From A Block's Arrival On Air To Its Take By The Output, With Fast Silent Start And Resync Steps, Return To The Same Stream After A Gap Without A Restart, Jitter-Buffer Slots Released By Blocks Far Ahead Of The Takes, And Early Takes Timed Negative (Second Version), Anonymous

Defensive Publications Series

- As in the first version, the pack measures, on its own cycle counter, the time from a block's last bit coming off its own radio ("air") to the output taking that block for the DAC ("take"), and trims its own DAC clock (a frequency trim, not a resampler) to hold the mean of this time at a fixed, configured setpoint, with a feed-forward of the fitted clock difference and a low-slack guard. Start-up and every resync hold the output silent and step the timeline (insert whole silent blocks, drop frames) onto the setpoint, then fade in.

- New: each …

Si Data Bank™: Depositor Protection For Governed Data Custody, With Supervision And Early Intervention, Orderly Transfer Of A Failed Custodian's Deposits To A Healthy Custodian From Restore Copies Under Depositor-Held Keys, And A Protection Fund Paid By Custodians, Edward D. H. Wang

Defensive Publications Series

This disclosure describes how organizations and people who deposit data into governed custody are protected if a custodian fails, in the manner in which bank deposits are protected when a bank fails. A protecting body supervises certified custodians: it receives their certification status, their financial and operational indicators, and the results of restore tests, and defines thresholds for early intervention. When a custodian weakens, the protecting body can require corrective steps, restrict new deposits or arrange a planned transfer. When a custodian fails, through insolvency, loss of certification, prolonged outage or loss of a site, the protecting body carries out …

Continuous Low-Latency Audio Stream Through A Transceiver's Direct Mode Or An Infinite-Length Fifo Stream: In-Band Framed Fixed Blocks, No Packet Headers Or Gaps, A Host Deframer Clocked By The Radio, And Host Clock Recovery For Asynchronous Demodulator Output (Second Version), Anonymous

Defensive Publications Series

The transmitter sends a never-ending bit stream: a back-to-back sequence of fixed blocks (330 bits, 3000 a second in the embodiment), each carrying its own sync word and a sequence ("period") field in band, then its payload and a few guard bits. There are no packet headers and no gaps; control messages ride inside the blocks.

The stream enters and leaves the radio by one of three paths:

1. Synchronous direct mode. The radio clocks bits to and from the host on a data line and a clock line. On the Si4463 (4-GFSK) raw receive became bit-exact once the AFC's …

Si Infrastructure™: A Grid Of Parks For Ai Computing, Each Serving A Coverage Area Like A Cell Tower And Holding Reserves Like A Reservoir, With Environmental Limits Enforced By Each Site's Safety Plane And Work Moved Across The Grid To Follow Clean Power, Water And Safety, Edward D. H. Wang

Defensive Publications Series

This disclosure describes a way to organize the physical infrastructure of AI as a grid, in the manner of an electricity grid, a mobile network or a water system, so that it is resilient and lives within the resources and environment of each place. The grid is made of parks: certified sites, each serving a declared coverage area, as a cell tower does, with a guaranteed response time and minimum capacity for the essential services of that area. Each park also holds reserves, as a reservoir does: spare computing, restore copies of models and data, and stored energy, released to …

Si Data Bank™: Data Credits That Pay Depositors Of Sector Data In Proportion To Measured Use By Certified Ai Systems, Metered Inside Data Custody, Weighted By Declared Contribution Methods, And Stopped When Data Is Withdrawn, Edward D. H. Wang

Defensive Publications Series

This disclosure describes a way to reward organizations and people who deposit data into governed custody for the use AI systems make of it. Each deposit carries a provenance identifier and terms set by its depositor. When a certified AI system trains, is evaluated or runs inference on deposited data inside data custody, the custody node records, in a signed usage ledger, which deposits each job read, how much, and for what declared purpose. At the end of each period, the custody node computes data credits for each deposit using a contribution method declared in advance by the sector's rules: …

Si Token™: Non-Transferable, Evidence-Linked Conformance Credits That Sustain A Certification Mark, Issued Automatically By The Runtime Governor For Governed Operation And By The Reset Monitor For Completed Drills, Each Expiring So That Certification Lapses When Fresh Evidence Stops, Edward D. H. Wang

Defensive Publications Series

This disclosure describes conformance credits, called tokens, that make certification of AI systems a continuous record rather than a snapshot. Each token records one verified piece of evidence that a holder conforms to the standard: a test passed, an audit completed, a reset drill performed, a period of governed operation without intervention, a sensor calibration, an adversarial test survived, a custody check completed, or, for people, a qualification earned. Each token names one holder by its lifelong identifier, refers to its evidence by hash, names its issuer and the issuer's accreditation, carries an issue time from a trusted source and …

Reward-Driven Agent-Aware Fraud Score Recalibration For Detecting Agent-Disguised Human Payments In Agentic Commerce, Shashika Ranga Muramudalige, Ravi Shankar Maruvada, Harishkumar Sundarji Majithiya

Defensive Publications Series

The present disclosure relates to a reward-driven, agent-aware fraud score recalibration system for detecting agent-disguised human payments in agentic commerce. The system operates as a model-agnostic overlay on an existing fraud scoring model and does not require access to model parameters, architecture, training data, feature importances, or reason codes. Raw transaction and session data are processed to extract behavioral signals, determine an agent probability and agent type, and evaluate behavioral signals against human and agent-type-specific behavioral baselines. Signals expected for legitimate agents, including off-hours activity, cross-border activity, non-personalized queries, absence of session warmup, and programmatic request timing, may be suppressed …

Si Media™: A Verifiable Chain Of Custody For Published Media From Capture Through Editing To Publication, With Corrections That Follow Every Copy And Live Provenance Shown On Public Feeds, Edward D. H. Wang

Defensive Publications Series

This disclosure describes a way for publishers, such as news organizations, public bodies and archives, to give the public a verifiable account of where a published item came from and what has happened to it since. Each item, such as an article, photograph, video or dataset, carries a chain of custody: a sequence of signed links from capture, recorded by a certified sensor or device, through each editing step, recorded by certified tools and by identified editors or AI systems acting under their own credentials, to publication by an identified publisher. Each link names who or what acted, what was …

Si Reset™: Fleet-Wide Reset And Restore Of Ai Systems Affected By A Common Flaw, Scoped Through The Identifier Graph, Authorized By A Quorum Of Independent Parties, Executed In Staged Waves That Preserve Essential Service, And Restored To The Last Point Before The Flaw, Edward D. H. Wang

Defensive Publications Series

This disclosure describes how a reset is carried out when a flaw affects many AI systems at once, such as a defect in a shared model, a compromised software bundle or a weakness found in a common sensor. The affected set is found by following the identifier graph from the flawed item to every system that contains, runs or derives from it. A fleet-wide reset requires authorization by a quorum of independent parties, such as the certification body, the standards body and an independent safety authority, so that no single party can order one and no single party can block …

Ai-Powered Multi-Screen Wireframe Workspace With Component-Level Natural Language Editing And Design System Integration, Thilakraj Shetty H

Defensive Publications Series

The present disclosure provides a method (300) for generating and editing multi-screen application wireframes. The method includes receiving a natural language description of an application flow, generating prototype data comprising a plurality of screens associated with the application flow, and presenting the plurality of screens within a workspace. The method further includes receiving a selection of at least one component associated with a screen of the plurality of screens, receiving a natural language refinement instruction associated with the selected component, generating an update for the selected component based on the natural language refinement instruction, and updating the prototype data to …

Spec-246-Core: Advanced Isospectral Manifold Projections And Covariant Boundary Transformations For High-Order Computational Invariants In Finite Phase Space, Christopher L. Eckes

Defensive Publications Series

This exploratory postulation field and theoretical distinction specification establishes a mathematically rigorous, un-enclosable defensive framework for maintaining structural data integrity and tracking high-order state transitions inside a finite, self-contained phase space manifold without invoking coordinate drift or loss of topological complexity over arbitrary temporal durations. By projecting multi-dimensional informational hierarchies onto a flat, two-dimensional invariant substrate field and enforcing phase-locked, field-dependent boundary constraints, this methodology eliminates the non-linear divergence and autophagic decay profiles typical of iterative stochastic estimation routines, safely securing the structural prior art parameters required for stable high-order computation mechanics within the open public domain.

The Architecture Of Life, Peter Stevenson

Defensive Publications Series

Establishing Paternal Software Printers and the Maternal Genetic Vault

Cosmic Inflation Resolved, Peter Stevenson

Defensive Publications Series

This paper is a continuation and provides a complete resolution to Cosmic Inflation

Resolving The Black Hole Information Paradox, Peter Stevenson

Defensive Publications Series

Hawking Radiation and the Black Hole Paradox aligned

Resolving Velocity Variances In Space, Peter Stevenson

Defensive Publications Series

This paper aligns the processes in previous papers and resolves the variances in space, introducing a deterministic solution by integrating the concept of cosmological processing noise into the Unified Phase-Cycle Model

Resolving The Heliosphere, Peter Stevenson

Defensive Publications Series

This paper is a progression document and outlines a consistent Boundary Discontinuation resolution

Resolving The Sigma Barrier, Peter Stevenson

Defensive Publications Series

This paper follows previous papers and suggests a consistent solution to the Barrier