a06ae4a53096f743318eed073ffee9f4ea320c31241efa15a4b2ca380b525059
Cri-One Software for Data
Publicly online since 2010 · U.S. patent applications since 2012 · inventions offered since 2014. The work of Christopher Gabriel Brown, independently documented.
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| Product | Cri-One Software for Data v1.0 |
| Software Stack | Runtime, host-side library (C + Python), agent SDK, device-firmware hooks, marketplace metadata schema |
| Source Corpus | Buy Invent A1–A1752 (1,752 inventor-authored scenarios, © 2017–2019 Christopher G. Brown) |
| Storage Substrate | Cri-One 2.5″ Vault, L3 SSD, PCIe Accelerator (substrate-agnostic; reference-anchored to the Cri-One hardware family) |
| Patent Posture | Method-claim filing in preparation. May relate to umbrella application 19/540,453 (Integrated Technology Portfolio) — coverage scope to be confirmed prior to engagement. |
| Inventor / Licensor | Christopher Gabriel Brown, Lawrenceville, GA, USA |
| Terms | Single-Tier Purchase · No IP Conveyed |
| Headline Price | US $1,000,000,000 |
One transaction for the complete deliverable package plus worldwide commercialization rights for the array specification, the cartridge format, the consensus and recall protocols, the encryption envelope, and the reference implementations. No intellectual property is conveyed. The underlying copyrighted scenario corpus and the method-claim patent strategy remain the property of the licensor and are referenced for provenance only.
01 The One-Sentence Pitch
Cri-One Software for Data is software, not hardware. It runs on commodity Linux hosts and the Cri-One storage hardware family alike. What it does that no other piece of software does: it treats data as scenarios that humans and AI co-author, and it guarantees those scenarios survive every failure mode that breaks conventional storage — silent corruption, double-failure rebuild, concurrent-writer conflict, in-flight collaboration loss, scenario forks that cannot be reconciled. The same software handles in-place human-and-AI co-work, redundant on-disk packaging, sealed export, air-gapped shipment, and per-unit resale as one continuous operation.
The thesis draws directly on inventor prior IP from the Buy Invent A1–A1752 corpus. The software-as-product anchor is A649 (“an easy and re-sell able application package maker and formatted”); the scenario-library-with-paid-sharing anchor is A858–A859 (“unlimited function memory database is a software that records and keeps a library of operations for working scenarios… shared by payment”); the co-processing software primitive is A802 (“software platform that runs and completes the process of who what when and where… calling on a group of processes to work in unison”); the application-array-migration primitive is A592 (“control software making an exchanging array organizing the platform of executable software and control of data source”); the working-software-as-platform primitive is A607–A609 (“working software is a platform of a data base… built to work together”). The redundancy mechanics draw on A222 (ethernet-fixed RAID), A234 (means to RAID activate each level for accuracy), A246 (RAID multi flash-card device), A1647–A1650 (the full quantum-RAID processing / memory / service / scale stack), and most directly the MCIAU thesis in A1229: an “instructional application software that tells the AI what to do and how to do it with a logical back up and or RAID ability to operate code and instructions by architectures.”
02 Why Buyers Pay For This
Existing storage redundancy stacks — mdadm RAID, hardware RAID controllers, ZFS, Ceph, S3 with cross-region replication, distributed filesystems — all share two blind spots that the human-and-AI workflow exposes:
- They protect bytes, not scenarios. Conventional RAID guarantees that a block read returns the same bits that were written. It does not guarantee that a scenario — the coherent bundle of corpus, embeddings, retrieval graph, prompts, edits, license envelope — survives the failure of any one component. A1437–A1440 framed scenarios as the unit of AI co-work; the redundancy primitive must be lifted to that level.
- They lose data they will not admit they lost. Silent corruption, write holes, rebuild storms during a second failure, conflict between concurrent writers — conventional RAID either returns wrong data or fails to rebuild. A1311 framed this directly: “data loss and the kill update blanket.” A149 anticipated it: a fast external drive “without loss or deterioration.”
- They have no concept of human-and-AI handoff. When a human edits and an AI re-embeds, when an AI proposes and a human reverts, when both write concurrently — conventional storage has no semantics for which write wins, what gets preserved, and how the scenario merges. A1229 already named the missing primitive: “telling the AI what to do and how to do it with a logical back up and or RAID ability.”
- They cannot ship the array. Replication is online; the array is bound to a datacenter. The receiving organization cannot “take delivery” of the redundant substrate. A1059 anticipated the alternative: “ship cloud backups to the client on recordable media for recovery.” The cartridge array can be shipped, sold, audited, and air-gapped as a unit.
- They do not commercialize. Conventional RAID is a cost center. The Collaborative RAID is a profit center: per-cartridge sale, subscription, royalty-tracked recall, B2B reseller chain (A311, A1035, A1291, A230).
The Cri-One Collaborative RAID solves all five.
03 What It Does For You
Plain language · capability outcomes, not features.
| Treats each cartridge as one disk in a redundant array | A Business Cartridge is the disk-equivalent. The array is one or more cartridges plus parity / mirror cartridges. Add or subtract cartridges live, the way A246 framed it (“raid multi compact flash card holder drive addition and subtract able device”) and A260 (“an array of more inexpensive chips through a port of alternate matching sets”). |
| Protects scenarios, not just bytes | The redundancy unit is the scenario — corpus, embeddings, retrieval graph, prompts, edits, license envelope. A1437–A1440 framed scenarios as the AI handoff primitive; the array makes them the redundancy primitive too. |
| Detects and repairs silent corruption end-to-end | Per-scenario Merkle hashes, per-write attestation, double-format encryption envelope (A376) acting as an integrity boundary. A1311's “data loss and the kill update blanket” becomes an enforced contract: bad writes are quarantined, not propagated. |
| Survives double failures during rebuild | Scenario-level erasure coding, not block-level parity. Rebuild operates on coherent scenario units, not raw stripes — a second failure during rebuild does not cascade into a write hole. Anchored in the quantum-RAID-service thesis (A1647–A1650): “the entire process of memory storage and connective processing in an entirety of a system.” |
| Has first-class human + AI write semantics | Every write is tagged: human, AI, joint. Conflict resolution honors the MCIAU primitive in A1229 — the AI is given instructions, RAID-backed; the human retains override. Scenario forks are recoverable; merges are explicit; nothing is silently dropped. |
| Mirrors the way A318 framed parallel work | A318: “a pcb board to fit other boards into the conjoining board completed board to self modulating cell board along side a mirror image to use parallel processing.” The array literalizes that — each cartridge is one cell, the mirror image is the redundancy peer, parallel processing is the human-and-AI co-work. |
| Ships as a unit | The whole array can be sealed, shipped, sold, air-gapped, and unsealed at the receiving site — the way A1059 anticipated (“ship cloud backups to the client on recordable media for recovery”) and A170 anticipated (“tired of FTP… files on the ground would make sync”). |
| Connected alliance, not single-machine | Per A1482–A1488: “a connected alliance of satellites that work and process things like communication together as a whole network with the ability to send packets to and from each other.” The array can span multiple Cri-One devices across multiple sites with shared scenario semantics. |
| Working-together cluster, not master-slave | Per A300: “a board that translates the management into a suitable definition of a group working together.” And per A1672: “ability of many sets of bios and their respective parts working together in a system.” No coordinator-of-record; consensus over scenario state. |
| Commercializes natively | Per-cartridge sale (A1291), per-cartridge subscription (A1035), B2B reseller chain (A311), monetary ratings on format choice (A230). The array is a profit center, not a cost center. |
04 What the Buyer Receives
cri-one-software-for-data/ source tree — every file in that directory and its sub-directories — under a commercial source license granting rights to run, modify, fork, redistribute, sublicense, and incorporate into your own commercial products and services. You own every modification and derivative work you create. See the in-tree LICENSE.md for the full grant. - Cri-One Software for Data Runtime — the executable software that operates the Collaborative RAID, schedules co-processing across cartridges (A802), migrates arrays under load (A592), and serves the working-software platform contract (A607–A609). Pure-Python reference implementation; portable to Linux x86_64, ARM64, and the Cri-One PCIe Accelerator FPGA host.
- Agent SDK — the AI-side library for issuing recall queries, posting embeddings, declaring write intent, and receiving conflict-resolution callbacks. Implements the MCIAU instruction-channel from A1229. Includes a working Anthropic SDK integration with prompt caching, adaptive thinking, and structured outputs — ready to drop a Claude model into the human/AI co-work loop.
- Test suite + runnable demos — 40 passing unit tests and 7 demo scripts that exercise every claim in this listing on real bytes: cartridge round-trip, silent-corruption detection, double-failure rebuild, hot-add, human/AI conflict resolution, end-to-end Claude orchestration. You can fork and ship the day the agreement closes.
- Architecture & specification documents —
README.md,ARCHITECTURE.md, the corpus citation map back to every Buy Invent A-number that anchors a design decision, and inline source-level documentation throughout. - Sample corpus —
sample_corpus.txtships with the distribution. 25 synthetic entries in the Buy Invent format so demos and tests run out of the box. The real Buy Invent A1–A1752 corpus is NOT included — see the IP exclusion below. - Array Specification Document — the Collaborative RAID layout, scenario-level erasure-coding scheme, cartridge geometry, parity-cartridge generation rule, rebuild protocol, hot-add and hot-remove semantics.
- Cartridge Format Specification — manifest schema, index page format, embedding container, asset directory, license-envelope schema. The cartridge is the disk; the array is the disk array.
- Consensus and Conflict-Resolution Protocol — the human-vs-AI write-tagging spec, the MCIAU instruction-channel spec (A1229), scenario-fork detection, merge ceremony, kill-switch handshake (A1239–A1243).
- Recall Protocol Specification — vendor-command-set / NVMe-set spec for capture, recall, license-check, royalty-report; host-side wire protocol; device-side firmware-hook specification.
- Encryption-Envelope Specification — format-doubling layout (A376), CSV-styled key carrier (A41), per-cartridge key derivation, per-array master-key escrow.
- Reference Array — a working five-cartridge Collaborative RAID populated against the Buy Invent A1–A1752 corpus, demonstrating: (1) human edit + AI re-embed under conflict, (2) silent-corruption detection, (3) double-failure rebuild, (4) hot-add of a new cartridge, (5) air-gapped seal-and-ship.
- Reference Host-Side Library — C and Python implementations for array assembly, scenario-write, scenario-recall, conflict resolution, license check, royalty report.
- Reference Device-Side Firmware Hooks — integration points for the Cri-One 2.5″ Vault, Cri-One L3 SSD, and Cri-One PCIe Accelerator (sibling projects under this package).
- Marketplace-Metadata Schema — registry schema, attribution chain, royalty configuration, B2B-resale chain (A311), per-array as well as per-cartridge billing primitives.
- Methodology White-Paper — the value-rule that maps human-and-AI co-work to scenario-level erasure coding, with worked examples drawn from the Buy Invent corpus.
- Worldwide Commercialization Rights — perpetual, irrevocable, sublicensable rights to run, modify, fork, redistribute, and incorporate the source into your commercial products. You own every modification and derivative work you create from the source.
- The Buy Invent A1–A1752 corpus (the file
1 light trigger.txt) — 1,752 original-authored invention entries, © 2017–2019 Christopher G. Brown. Referenced for provenance only via A-number citations in the source code. The corpus is not part of the distribution and is not licensed to the buyer. - The method-claim patent strategy — any patent that may issue from filings covering the Software for Data system, including any coverage flowing from umbrella application US 19/540,453, remains the licensor's property. The buyer's rights to use the source are contractual under the commercial source license, not a patent grant; a non-assertion covenant for the source as delivered is provided by the licensor.
- Trademarks — the names “Cri-One Software for Data,” “Cri-One Collaborative RAID,” “Cri-One Business Cartridge,” and “Buy Invent” remain trademarks of the licensor. Descriptive attribution is permitted; adoption as the buyer's own product name is not.
05 Industrial Applications
- Human-and-AI co-authored knowledge bases — legal, medical, engineering teams where humans and AI assistants both edit the corpus. The array guarantees no edit is silently dropped and every write is attributable.
- AI training-data marketplaces — corpus + embeddings + index ship as one redundant array; recipient takes delivery of a fault-tolerant unit, not a fragile feed (A1291, A1437–A1440).
- Inter-business data-room replacement — M&A and due-diligence rooms where buy-side AI agents and sell-side humans both annotate the corpus; the array preserves every annotation and reverts none.
- Government and regulatory exchange (A1377, A1421) — agency-to-agency transfer with redundancy and legal-binding intact across the array.
- Healthcare and clinical-trial data — sponsor-CRO-site-regulator exchange where the array survives any one party's storage failure without recovery from off-array sources.
- Defense / NDA-gated retrieval packets — sealed redundant arrays with kill-switch agreement (A1239–A1243), per the war-data fast-format pattern in A1153 and the fault-less posture in A1127.
- Edge-AI deployment with co-pilot supervision — redundant scenario substrate at the edge so a human supervisor and an AI agent share state without losing either's edits.
- Quantum-and-classical hybrid storage (A1647–A1650) — the array specification accommodates the quantum-RAID-service thesis as a forward-compatible extension.
- B2B reseller chains (A311) — provider→reseller→host fee-based distribution with the redundancy substrate intact across the chain.
- Datacenter cold-tier collaborative RAG — scenario-recall on cold-storage tiers without rehydrating a vector database, with redundancy guarantees the cold tier does not normally provide.
06 Differentiation
| Dimension | Conventional RAID / replication / cloud co-work | Cri-One Collaborative RAID |
|---|---|---|
| Redundancy unit | Block / object | Scenario (corpus + index + envelope + license) |
| Silent corruption | Returns wrong data; ZFS partial mitigation | Quarantined, kill-update blanket (A1311) |
| Rebuild during second failure | Write hole / array loss | Scenario-level erasure code, no cascade |
| Human / AI write tagging | Not modeled | First-class, MCIAU-anchored (A1229) |
| Conflict resolution | Last-write-wins or app-level CRDT bolt-on | Explicit merge ceremony, no silent drops |
| Air-gap shippability | Replication is online; cannot be shipped | Native — the array is the shippable unit (A1059, A170) |
| License envelope | Trust-the-recipient or DRM bolt-on | Travels with each cartridge; kill-switch enforced (A1239–A1243) |
| Add / subtract members live | Limited; rebuild stalls workload | Hot add and subtract (A246, A260) without scenario downtime |
| Commercial primitives | Storage is a cost center | Per-cartridge sale, subscription, royalty-report (A311, A1035, A1291, A230) |
| Substrate | Vendor cloud or fixed controller | Substrate-agnostic, hardware-neutral (A1515) |
07 Purchase Terms
A single purchase tier — no evaluation, industrial, white-label, or acquisition sub-tiers. One transaction, one price, one defined deliverable package. Pricing confirmed in writing per-engagement under term sheet.
cri-one-software-for-data/ source tree — every file in the directory and its sub-directories, including the runtime, agent SDK, test suite, demos, architecture documentation, the in-tree LICENSE.md, and the synthetic sample_corpus.txt. Rights granted under the commercial source license are perpetual, irrevocable, worldwide, non-exclusive, royalty-free, and sublicensable: run, modify, fork, redistribute, sublicense, and incorporate the source into the buyer's commercial products and services, including as software-as-a-service, on-premise, embedded, or any other delivery model. The buyer owns every modification and derivative work the buyer creates. cri-one-software-for-data/ source tree as delivered, plus every modification, fork, and derivative work the buyer creates. The buyer may run, modify, redistribute, sublicense, and incorporate the source into commercial offerings, perpetually and worldwide. LICENSE.md; they do not transfer copyright in the corpus, do not grant a patent license, and do not transfer the marks. 08 Why The Headline Price Is What It Is
The reservation price reflects the strategic value of a working source tree that becomes the substrate for human-and-AI co-work, sold under a commercial source license that lets the buyer ship it the day the agreement closes. The price does not include, and is not priced against, transfer of the underlying corpus copyright or the method-claim patent strategy.
- A working source tree, not a paper specification — the buyer can run the test suite, run the demos, fork it, and ship it as their own commercial product on day one.
- A redundancy stack rebuilt around the human-and-AI co-work primitive — the missing layer in every conventional RAID, ZFS, Ceph, and cloud-replication offering on the market.
- Source anchored in 1,752 entries of inventor-authored prior IP (Buy Invent A1–A1752, © 2017–2019), with multiple direct citations on RAID itself (A222, A234, A246), the full quantum-RAID-service stack (A1647–A1650), and the explicit RAID-for-AI thesis (A1229). Every architectural decision traces back to a 2017–2019 entry — the freedom-to-operate posture is documented in the source.
- Coverage simultaneously across human-and-AI co-authored knowledge bases, AI training-data marketplaces, M&A data rooms, government exchange, healthcare exchange, defense retrieval packets, edge-AI co-pilot deployment, and quantum-and-classical hybrid storage — each a multi-billion-dollar industry.
- A method-claim patent strategy in preparation, with possible umbrella coverage under US 19/540,453 (Integrated Technology Portfolio). The buyer receives a non-assertion covenant for the source as delivered; the patent estate stays with the licensor and is available for separate licensing to others.
- Reference implementations on three sibling Cri-One storage hardware projects (2.5″ Vault, L3 SSD, PCIe Accelerator) — the array ships with a working substrate, not a paper spec.
- First-class commercial primitives (per-cartridge sale, subscription, royalty-report, B2B reseller chain) make the substrate directly monetizable, not retrofitted.
- A pre-built license envelope and kill-switch agreement that solves the trust-the-recipient problem the existing data-exchange and replication stacks do not solve.
09 Engagement Path
Substantive technical disclosure beyond this sheet — the array specification, the consensus and conflict-resolution protocol, the recall protocol vendor-command set, the encryption-envelope key-derivation, the value-rule methodology, and quantitative impact figures — is gated by executed mutual non-disclosure agreement.
| 1 | Public inquiry — email with a brief description of the requesting organization and intended evaluation scope. |
| 2 | Mutual NDA execution — standard mutual non-disclosure agreement provided on request. |
| 3 | NDA-stage sample delivery — under NDA, one redacted reference cartridge (single disk-equivalent) with full manifest, license envelope, and recall trace. |
| 4 | Term-sheet-stage disclosure — under signed term sheet, the array specification document at evaluation depth and one full reference cartridge of the buyer's choosing. |
| 5 | Purchase execution — single-tier purchase agreement signed; deliverable package transferred and commercialization rights granted contractually. No intellectual property is conveyed. |
1341 Wellington Cove, Lawrenceville, GA 30043-5255, USA
This sheet is a public-facing product description and does not constitute an offer, a representation of fitness, or a warranty. Any licensee is responsible for independent technical validation, regulatory compliance, and reduction to practice within its own operating jurisdiction. The Buy Invent A1–A1752 corpus referenced for provenance is the subject of standing United States copyright (© 2017–2019 Christopher G. Brown); a method-claim patent filing covering the Cri-One Collaborative RAID is in preparation and may relate to umbrella application 19/540,453 — coverage scope is to be confirmed prior to engagement. The array specification and reference implementations are not certified for any specific industrial use absent independent qualification by the licensee.
© 2026 Christopher Gabriel Brown. All rights reserved. “Cri-One Software for Data,” “Cri-One Collaborative RAID,” “Cri-One Business Cartridge,” and “Buy Invent” are product designations of the licensor. Source corpus filed under personal patent reference series; method-claim filing in preparation.
