CRI-ONE · Christopher Gabriel Brown

A Public Invitation

Open letters to American industry — every engineering project, addressed by name. Offered non-exclusively to everyone, on equal terms — U.S. patent-pending where noted, not a monopoly but an open race.

The open letter

A Public Invitation to American Industry

I have been writing to your companies for a long time, and the letters do not get through. There is a wall in front of every inbox that matters, and the people paid to stand at it are good at their jobs. So I am going to stop sending letters that one gatekeeper reads and discards, and post them where everyone can see them instead.

My name is Christopher Gabriel Brown. I work as CRI-ONE. From a desk in Georgia, by myself, I have engineered 114 projects — chips, batteries, boards, machines, the tools to fabricate them, and the research underneath — and I built them to manufacture, not to daydream about. Most of it is U.S. patent-pending; all of it is offered to all of you at the same time.

Here is the part I most want you to understand. I hold the U.S. patents so the record of who made each of these is permanent — not so I can wall it off. Then I license every one of them non-exclusively, to anyone who will build it, on the same terms for everybody. That is the lever: because no single company can own these alone, none of you can be cornered by a competitor who got there first, and no one can turn any of it into a monopoly. The only thing left to compete on is who builds it best and gets it to people fastest. That is the American patent system and American capitalism pointed at helping instead of hurting. I am not offering you a monopoly. I am inviting you into an open race.

What I am offering is two problems solved, not one. The energy problem: a quantum battery line that stores and delivers power from a single die up to a tower. The compute problem: a chip architecture built to do more work per watt than what is shipping today — a number I would like you to set next to your own. Both in silicon, both American.

The first real answer I ever got did not come from an executive. It came from inside one of your own companies: a person in a mail room read what I had sent and called me when I was not even taking calls, to say they liked it and wanted to help. That is the whole mechanism. One person inside who sees it and carries it upstairs. So I am addressing these letters to all of you, by name, out in the open, and I am asking that one person to read.

Why now, instead of later? Because waiting until it is critical is the mistake. The grid is already straining under the compute we are racing to build. The economy does not have to break. The engineering is done, and it is sitting right here.

Every performance figure on these pages is an engineering design target, U.S. patent-pending, and open to being checked. I will answer anything you put to me, in writing, under a mutual NDA. Nothing here is hidden. Read it.

— Christopher Gabriel Brown · CRI-ONE · christopher@cri-one.com · cri-one.com
Sector letter · 1 of 11

Energy & Power

Addressed, in the open, toGE Vernova, NextEra Energy, Duke Energy, Southern Company, Constellation Energy, Tesla, Bloom Energy, Fluence Energy, First Solar, Form Energy, the U.S. Department of Energy national laboratories.

To the people who keep America's lights on — and who can feel the next decade coming. The load is not slowing down. Every data center we race to build wants more power than the last, and the grid is already answering with waiting lists. The question is no longer whether we need more generation and better storage. It is who delivers it, and how soon.

I have engineered a quantum battery line that works the same way at every size — stored charge cycled fast and handed back to a load — from a single die up to a sealed tower, with the farm, tunnel and microwave-cooling designs it stands on. Here is the whole line:

These are design packages and foundry dossiers, U.S. patent-pending, offered to all of you at once and non-exclusively — not a monopoly, an open race. Every figure is a design target, open to being checked under NDA. If one engineer on your side reads this and wants to put it to the test, that is all I am asking.

— Christopher Gabriel Brown · CRI-ONE · christopher@cri-one.com
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Chips & Processors

Addressed, in the open, toIntel, NVIDIA, AMD, IBM, Texas Instruments, Qualcomm, Broadcom, Micron Technology, Marvell, Analog Devices, onsemi, GlobalFoundries.

To the companies that make America's processors. You already know the wall you are hitting, because you hit it every generation now: not how many operations, but how many operations per watt. Power is the ceiling, and the ceiling is getting closer.

I have engineered an original chip architecture — the AutoPhi stack and the designs and standards around it — built to do more work inside the same power budget than what is shipping today. I will not tell you it beats yours and expect you to take my word. I will give you a number and ask you to set it next to your own. Here is the line:

AutoPhi ModernA twelve-generation roadmap of AI processor designs with Verilog source and layout files, for teams studying an original chip architecture. AutoPhi Electromagnetic ICA design package for a chip combining light, magnetic and electronic switching, for researchers exploring alternatives to conventional transistor logic. AutoPhi FutureThe concept and roadmap behind the AutoPhi chip family, for readers who want the reasoning on chip size versus computing performance. AutoPhi On Demand TwoThe full AutoPhi Future design stack with a 1,000-configuration chip catalogue, for teams wanting foundry material beyond the concept alone. AutoPhi On Demand ThreeThe largest AutoPhi bundle, gathering six sub-projects and the V20 Epiphany design, for buyers who want the whole chip line together. AutoPhi V21 AscensionAn architecture-stage catalogue of 1,000 processor designs across ten tiers, for planning a chip family from 130 nm to 1.5 nm. PhantasmPhi CPULicensed RTL for an original 32-bit CPU with a built-in math coprocessor, simulation-tested and mapped to the open SKY130 process. Zetta FLOPSA design bundle for a single-slot PCIe 5.0 accelerator card and its chip, for hardware teams evaluating the AutoPhi architecture. AutoPhi Safety DriversDriver source code that puts every read, write and probe of a chip through a ten-step safety check before data moves. Normal ResonanceA drop-in safety block that keeps a chip inside its safe temperature band and cuts power cleanly at the limit. Performance RatioA written standard and dated study showing how hard a layered carrier can safely run inside its thermal partner's limits. Parts FutureA catalogue of 1,000 generated chip part designs across ten tiers, for buyers wanting a ready range rather than one design. New Path HeightsA research bundle tracing one path from a ranked semiconductor material to a manufacturing method for a stacked chip design. Semiconductor Material DiscoveryA ranked study of 2,000 candidate semiconductor material combinations, for chip and materials teams looking for substrate options to test. ScopePhi IC BlueprintThe complete design package for one full-reticle ScopePhi die, so a chip team starts from files, not from zero. ScopePhi Performance IC BlueprintThe two-reticle version of ScopePhi: one larger stitched die, designed for stitching processes foundries already offer. AutoPhi CalculatorAcquire the AutoPhi Seed Matrix calculator business: a web tool that estimates compute, power and cost for a planned chip size.

Every one of these is RTL, layout and design study you can read, U.S. patent-pending, offered to all of you at once and non-exclusively. That is the point: no one corners this, so the only race left is who builds it best and ships it first. Each figure is a design target, open to verification under NDA. One curious engineer is the whole ask.

— Christopher Gabriel Brown · CRI-ONE · christopher@cri-one.com
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Boards, Cards & Storage

Addressed, in the open, toWestern Digital, Seagate Technology, Micron Technology, Super Micro Computer, Dell Technologies, Hewlett Packard Enterprise, Jabil, Flex, Amphenol, TTM Technologies, Sanmina.

To the companies that build what the chips stand on. A processor is only as good as the board under it and the package around it, and the slowest part of any new silicon is the routed board, the interposer and the footprint library that never quite exist yet.

I have engineered those — routed PCIe cards, BGA packages, interposers, adapters and storage designs, from finished layouts to early concepts — so your team starts from checked files instead of a blank sheet. Here is the set:

AutoPhi PCIe5 1536The most complete AutoPhi card design: a routed 12-layer PCIe board carrying the large 1536-ball chip package. AutoPhi PCIe5 256A KiCad design for a PCIe accelerator card with optical ports, so your team starts from checked schematics, not a blank page. AutoPhi Quantum PCIe5A Python board engine that generates routed PCIe 5.0 add-in card layouts in KiCad, for hardware teams wanting a faster starting point. PCIe8 StandardAn early design package for an encrypted, compute-capable SSD aimed at the PCIe 8.0 standard expected around 2028. PCIe8 Standard PerformanceA concept-stage extension of the PCIe 8.0 storage chip design, aimed at many drives sharing work in large data centers. All AutoPhi BoardsEvery AutoPhi PCIe card design in one bundle, including 34 board variants that share one core layout. AutoPhi BGA256One checked source for the AutoPhi chip footprints and pin maps, so every board design uses the same parts. BGA Library ValidateA validation tool and new mid-size AutoPhi chip packages, filling the gap between the 256-ball and 1536-ball designs. 1536 InterposerA PCB design archive for a PCIe 5.0 accelerator card, so your board team starts from routed variants, not a blank sheet. ScopePhi Card BlueprintThe add-in card that carries the ScopePhi die, drawn to standard PCIe full-length size for normal server slots. ScopePhi Interposer BlueprintThe 28-layer board that connects the ScopePhi die's fine ball grid to the much wider grid of the card. UniPhi Wide AdaptersControl many computers or wired devices from one pointer over Wi-Fi, with software and adapter designs to make it work. WritePhi DevicesA PCIe card design that works as either a computing storage drive or an accelerator under Windows, chosen at purchase. WritePhi 2A design and product licence for a memory-slot module concept that writes photonic compute circuits onto a multilayer disc. Software Driven DataWorking data-management software that survives losing two storage cartridges, bundled with three custom storage hardware designs. Software Driven SSDA design for a 2.5-inch SATA SSD that fits HPE ProLiant server drive sleds, with storage software alongside.

These are design archives and licences, U.S. patent-pending, offered to all of you at once and non-exclusively — not a monopoly, an open race. Every figure is a design target, open to being checked under NDA. If one of your board engineers reads this and finds it real, that is the entire transaction I am asking for.

— Christopher Gabriel Brown · CRI-ONE · christopher@cri-one.com
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Chip & Board Making

Addressed, in the open, toApplied Materials, Lam Research, KLA, Onto Innovation, Intel Foundry, GlobalFoundries, Coherent, MKS Instruments, Bruker, Nano Dimension.

To the companies that make the machines that make the chips. The last five years taught America one lesson in plain language: a supply chain you do not control is a supply chain that can be taken away. The answer is to make it here — and to be able to make it when the usual suppliers cannot.

I have engineered the tools for exactly that — PCBWritePhi machines you can build to cut boards on site, ICWritePhi blueprints and studies for desk-scale chip printing, the writers and checkers, and the foundry hand-off. Here is the set:

Day One FabricationA foundry hand-off package for the AutoPhi Scale chip series, for teams ready to open a production conversation with a semiconductor foundry. Chip WriteBlueprints for a desktop chip-writing appliance family, for learners and makers who want to study small-scale chip fabrication. GDSII GeneratorA small standalone tool that turns foundry specification files into basic GDSII layout files for handoff. VerifyPhiVerification software that refuses to pass a chip design to the writer until every test passes. ICWritePhi — Full Family BlueprintAll six ICWritePhi parts in one set: printer, materials, software, stacking, clamp and design library. ICWritePhi — Engineering-Package AcquisitionThe top tier: full commercialization rights, a trademark licence and a hand-off from the inventor. ICWritePhi — Build-Help + Commercial LicenseThe commercial licence plus 40 hours of time with the inventor for support and custom design work. ICWritePhi — Commercial Blueprint LicenseMove from studying ICWritePhi to selling it: the right to build and sell products from the blueprints. ICWritePhi Study — 3-D Stack ProcessStudy how printed layers could be stacked into a three-dimensional chip with laser-cut connections between tiers. ICWritePhi Study — Clamp PackageA no-solder way to hold a printed die: a clamp socket you can swap parts in and out of by hand. ICWritePhi Study — Kits BlueprintStudy the material recipes that would form each printed chip layer: conductors, insulator and fill. ICWritePhi Study — Printer BlueprintStudy how a desk-sized printer could make chip layers using an LCD screen as a stencil. ICWritePhi Study — Slicer + RouterThe software side of the printer: turn a chip or board layout into print jobs you can inspect. ICWritePhi Study — Stencil LibrarySee how a ready-to-print design library for the printer would be organised and offered. PCBWrite — Schematic-to-Board SoftwareOne command turns a KiCad schematic into a laid-out, checked circuit board, skipping the manual layout session. PCBWritePhi — Home Hobbyist PackagePlans and working software to build a home bench machine that cuts two-sided circuit boards without etching chemicals. PCBWritePhi — Industrial / Wartime Production PackageMake circuit boards on site when outside suppliers are unavailable: no fab lead time, no etchant, no network.

These are blueprints, studies and licences, U.S. patent-pending, offered to all of you at once and non-exclusively — not a monopoly, an open race. Every figure is a design target, open to being checked under NDA. If one of your engineers reads this and finds it real, that is the whole ask.

— Christopher Gabriel Brown · CRI-ONE · christopher@cri-one.com
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Communications

Addressed, in the open, toQualcomm, Cisco Systems, SpaceX, Viasat, L3Harris Technologies, Motorola Solutions, Juniper Networks, Arista Networks, AT&T, Verizon, T-Mobile US.

To the companies that move America's data. The two things everyone wants now are the two hardest: move more of it, and move it without a middleman who can read it or cut it off.

I have engineered a line aimed exactly there — the QBeam send-and-receive chain, secure satellites and messaging, and the cards and devices that carry it — to move data between machines, and to phones, without the wires and without the middle. Here is the line:

The Fast as Light CommA theoretical framework and simulator exploring how phone communication could approach, never exceed, the speed of light. Communications SatelliteA design package for an encrypted communications satellite, for organisations evaluating secure direct-to-phone links that do not rely on cell towers. Super Dome Communication BlockchainSource code for an encrypted messaging and blockchain ledger platform, for organisations that want to run their own secure communications. QBeam TransferA design package for a PCIe card that moves ordinary data between accelerator boards over the U.S. patent-pending QBeam link. AutoPhi QBeam2One engineering package pairing the QBeam data-transfer card design with the PhantasmPhi math-chip family on a shared platform. Post Foundry QBeamThe whole QBeam business in one purchase: chip RTL, twelve per-model foundry files, storefront, pricing and outreach list. QBeam CalculatorAcquire the QBeam calculator business: a complete quoting and checkout storefront for twelve QBeam chain models. AeroPhi Fractal QBeamA designed mesh concept where towers, satellites, edge nodes and chips all use one protocol, for distributed-network planners. ExitPhi AcceleratorsA U.S. patent-pending Wi-Fi chip family design aimed at replacing data-center network cables with wireless links. QPhy PCIe CardA PCIe card design with no data cables on the bracket: chips pass data wirelessly through an antenna on the package top. NewStar CellFirmware, specifications and a working interface prototype for a privacy-first satellite phone, for makers who want a head start on the design. One Touch PagersManufacturing designs for one-button, screen-free voice pagers, for companies wanting a simple way for children and adults to stay in touch.

These are design packages and working prototypes, U.S. patent-pending, offered to all of you at once and non-exclusively — not a monopoly, an open race. Every figure is a design target, open to being checked under NDA. One engineer inside who reads this and wants to test it is the whole ask.

— Christopher Gabriel Brown · CRI-ONE · christopher@cri-one.com
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Motion & Machines

Addressed, in the open, toFord Motor Company, General Motors, Tesla, Boeing, GE Aerospace, Caterpillar, Cummins, Honeywell, Joby Aviation, Archer Aviation, Paccar.

To the companies that build what moves. The drivetrain is being rewritten in every moving thing at once — the car, the truck, the aircraft — and the open question is what replaces the gearbox and the jet's moving parts.

I have engineered one answer and the tools around it — an electromagnetic torque-plate drive for the car (Autocar) and for flight (Electric Jet), the magnetic transmissions that steer it, and lab and footwear tools beside them. Here is the line:

These are documented engineering packages and licences, U.S. patent-pending, offered to all of you at once and non-exclusively — not a monopoly, an open race. Every figure is a design target, open to being checked under NDA. One engineer inside who wants to prototype it is all I am asking for.

— Christopher Gabriel Brown · CRI-ONE · christopher@cri-one.com
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Defense & Security

Addressed, in the open, toNorthrop Grumman, Lockheed Martin, RTX (Raytheon), General Dynamics, Boeing Defense, Space & Security, L3Harris Technologies, Palantir Technologies, Anduril Industries, Booz Allen Hamilton, CrowdStrike, Leidos.

I owe this letter a specific thank-you, and I am putting it at the top where it belongs. The first human being to answer me about any of my work was in one of your mail rooms. They read what I sent, and called me when I was not even taking calls, to say they liked it and wanted to help. I have not forgotten it. This letter is for the engineer that person would have handed it to.

What I have engineered for you is owner-defense — the defense of a system against its own machines, its own leaks, and anyone who would turn either one against you. Not weapons for taking ground; tools for holding your own, from the server room to orbit. Here is the set:

These are design packages and defensive frameworks, U.S. patent-pending, offered to all of you at once and non-exclusively — not a monopoly, an open race. Every figure is a design target, open to being checked under NDA. If one of your engineers reads this and finds it real, that is the entire transaction I am asking for.

— Christopher Gabriel Brown · CRI-ONE · christopher@cri-one.com
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Chemistry, Environment & Resources

Addressed, in the open, toDow, DuPont, Air Products, LyondellBasell, Waste Management, Republic Services, Albemarle, Freeport-McMoRan, Nucor.

To the companies that handle America's materials and its waste. There is a resource sitting in every American landfill, and the only reason it is still called waste is that pulling the value back out has not been engineered cheaply enough. The country's stored nuclear waste is a different and harder problem, where the honest aim is safe processing and volume reduction, not easy money.

I have engineered toward that — landfill mining plants, microwave designs for nuclear-waste processing, element and chemistry data sets, and restoration and prospecting tools. Here is the set:

Alchemy Probability DataAn offline database of element-combination probabilities and known reaction methods, for researchers exploring new compounds without internet access. Counter Chemical BasePython and SQLite software for tracking substances by pH and related properties, with a built-in safety filter. Outcome Chemical BaseA ready-made acid-base data set with a 116-landmark pH reference and danger ratings, for teaching and research. Dimensional Compound DiscoveryA data framework mapping 41 compounds, 27 of them theoretical, across pH, alkalinity and oxidation state. Prospecting DataOne searchable data set that combines three of the inventor's chemistry research projects and ranks the results. Landfill Recycling MineA planning and design package for mining an existing landfill with a mobile recycling truck, for operators turning waste sites into resources. Landfill Recycle CenterA full engineering blueprint for a fixed landfill mining and recycling plant, built from commercially proven equipment and meant as a basis for permitting. Microwave Nuclear Waste RecyclingA facility design package for microwave-based nuclear waste processing, for organisations studying how stored waste could become useful material. Small Microwave Nuclear RecyclerA compact design for a single-chamber microwave nuclear waste recycler, aimed at pilot projects, research facilities and educational demonstrations. Environment RestorationBlueprints for four environmental products covering water, air, ozone purification and home power, for makers planning cleaner-environment equipment. Global LandscapingAn offline, source-linked environmental database and toolset for weighing land, water and air decisions, from one lawn to the planet.

These are engineering blueprints and data sets, U.S. patent-pending where noted, offered to all of you at once and non-exclusively — not a monopoly, an open race. Every figure is a design target, open to being checked under NDA. If one of your engineers reads this and finds it real, that is the whole ask.

— Christopher Gabriel Brown · CRI-ONE · christopher@cri-one.com
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Health & Discovery

Addressed, in the open, toPfizer, Merck, Johnson & Johnson, Eli Lilly, Moderna, AbbVie, Amgen, Gilead Sciences, Bristol Myers Squibb, the U.S. National Institutes of Health.

To the companies and institutes that turn research into medicine. I am not a laboratory, and I will not pretend to be one. What I have engineered is the step before the bench: computational research document sets that point to where the next thing to test may be, and honest guides to the real road a finding has to travel to a shelf.

These are leads and reference corpora — on the hard diseases, on what is in a formulation, and on the approval road itself — prepared for researchers and reviewers to examine, not conclusions to trust. Here is the set:

Health RecoverySeven health research projects in one bundle, for researchers who want the formulation papers, disease notes and brain study together. Brain ChemistryThe research and engineering files behind a U.S. patent-pending seven-compound formulation design, for researchers and developers reviewing the method. Diabetes Research Notes DiscoveryComputational research notes linking element combinations to known diabetes biology, for researchers deciding what to investigate in a laboratory. Alzheimer's Research Notes DiscoveryComputational research notes on element combinations and Alzheimer's disease mechanisms, for researchers reviewing leads before any laboratory work. Parkinson's Research Notes DiscoveryComputational research notes on element combinations and Parkinson's disease pathways, for researchers looking for documented leads to examine further. Disease Research Notes ResearchA computational research corpus covering 300 diseases, for laboratories, educators and IP reviewers who need a broad, consistent reference set. Cessation DatabaseAn AI-generated research database on substance-cessation mechanisms, for pharma and research teams planning their own validation work. FDA to StoreEducational guides explaining the real U.S. approval road for three early-stage, computer-generated disease-mechanism research findings. FDA Rebuttals and AdworkRegulatory positioning memos and marketing drafts for a set of health research projects, prepared for attorney review. OTC VitaminsNine written vitamin and supplement formulations with packaging and label specifications, for a company planning its own children's and adult ranges.

These are research document sets, early-stage and clearly labeled as such, U.S. patent-pending where noted, offered to all of you at once and non-exclusively — not a monopoly, an open race. Nothing here is a clinical claim; it is where to look, with the work shown. If one of your researchers finds a lead worth a bench, that is the whole ask, and I will answer under NDA.

— Christopher Gabriel Brown · CRI-ONE · christopher@cri-one.com
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Software for Every Day

Addressed, in the open, toMicrosoft, Google, Apple, Oracle, Adobe, Salesforce, IBM, Dell Technologies, ServiceNow.

To the companies that put software on America's desks. Not every useful thing has to be a moonshot. Some of it is the ordinary batch chore that still eats an afternoon because nobody wrote the tool.

I have engineered a shelf of those — the WonderPhi set that runs batch work across every core from a plain-text plan, a store a person can own, and help for the home network and the AI on the desk. Here is the shelf:

These are working tools and licences, offered to all of you at once and non-exclusively — not a monopoly, an open race. They run as described, and I will walk any of it through under NDA. If one of your people reads this and sees a fit, that is the whole ask.

— Christopher Gabriel Brown · CRI-ONE · christopher@cri-one.com
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Mathematics & Provenance

Addressed, in the open, tothe U.S. National Institute of Standards and Technology, Sandia National Laboratories, Los Alamos National Laboratory, Oak Ridge National Laboratory, IBM Research, Microsoft Research, the Massachusetts Institute of Technology, Stanford University, the California Institute of Technology.

To the institutions that keep America's record straight. Underneath every project above is a dated paper trail — original mathematical identities, a set of 2017 depositions, and a pending physics filing — because a claim is only worth as much as the proof of who made it, and when.

I have engineered that record to be checkable, and built the working calculators that sit on top of it. Here is the set:

This is the provenance underneath the rest: dated, citable, and offered to all of you at once and non-exclusively — not a monopoly, an open race. It is open to being checked in full, under NDA where a filing is still pending. If one of your people wants to verify the record, that is exactly what it is here for.

— Christopher Gabriel Brown · CRI-ONE · christopher@cri-one.com
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How to use this page. Every letter has a Copy button that puts a clean, forward-ready version on your clipboard — paste it into an email and send it to whoever should see it. Each letter also has its own QR code and link, so you can share just the one that fits. Offered non-exclusively to everyone on equal terms; U.S. patent-pending where noted. Every performance figure is an engineering design target, open to verification under a mutual NDA. — Christopher Gabriel Brown, CRI-ONE, christopher@cri-one.com.
© 2026 Christopher Gabriel Brown (CRI-ONE), cri-one.com