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The Catalog at 3,788 Products: A 2026 Inventory
6 min read
6 parts, 23 paragraphs
This article is different from the others in the series. The first five were narratives — one thread each, traced from a 2017 entry forward to a product. This one is an inventory. If you are reading the series for the story, you can skip it. If you are reading it as a prospective licensee or acquirer trying to understand what is actually in the catalog and how to navigate it, this is the article you want. Read it as a buyer’s guide, not as an essay. I have used tables wherever a table is clearer than a paragraph, because I expect you to scan.
Two compliance notes apply to everything below, and I state them once here rather than repeating them on every line. First: every invention in the catalog is patent-pending, not patented. Where I describe something as protected, I mean it is disclosed, dated, and patent-pending, not that a patent has been granted. Second: every performance number in the catalog is a design target, derived from architecture-stage engineering, not a measured result from tested hardware. Treat the numbers as specifications to be validated, not as benchmarks.
The numbers
As of June 2026, the catalog stands roughly as follows.
| Metric | Value |
|---|---|
| Invention projects | 48 |
| Individual SKUs across all tiers | ~3,788 |
| Source catalog entries (2017 book) | 1,739 |
| Catalog data footprint | ~47.6 GB (descriptions, images, metadata) |
| Sector categories | 8 |
The relationship between the 1,739 source entries and the 48 projects is many-to-few: each project draws on one or more depositions, and the collection products bundle large clusters of depositions into single acquisitions. Roughly thirty percent of the 1,739 entries have been productized into one of the 48 projects so far. The other seventy percent remain in the book as undeveloped disclosures — which is the subject of the final article in this series.
The eight sector categories are: Computing & Semiconductors; Energy & Power; Health & Wellness; Industrial & Recycling; Space & Defense; Consumer Electronics; Environment; and Transportation.
The acquisition tier structure
Every project is offered, in principle, at four tiers. The tiers exist so that a buyer can engage with an invention at the depth they need — from reading the math under NDA, to evaluating it hands-on, to licensing it, to owning it outright.
| Tier | Name | What you get | IP transfer |
|---|---|---|---|
| PDEPO | Mathematical Deposition | The formal proof and framework. Reading material, under NDA. | None |
| EVAL | Evaluation License | Hands-on evaluation of the technology, under NDA. Fees credit toward acquisition. | None |
| ACQ | Full Use & Copy License | The right to use and copy the complete technology. | IP retained by CRI-ONE |
| Full Acquisition | Complete Transfer | Full ownership of the IP. The buyer becomes the owner. | Complete |
The pricing shown on the storefront is indicative. Most real transactions are bespoke — negotiated terms, not retail checkout — and the tier structure is the starting point for that negotiation, not a fixed menu.
The collection products
Above the individual projects sit the collection products: SKUs that bundle multiple projects, or many depositions, into a single coherent acquisition. These are the highest-value items in the catalog, because they sell the portfolio rather than the part.
| Collection | What it bundles | Discussed in |
|---|---|---|
| IC-LASER-SOLAR-2017 | 31 energy depositions → Private Energy Building | Article 2 |
| IC-GOVT-2017 | 105 government / civic-identity depositions | Article 3 |
| AutoPhi V18 Achievement / V19 Pinnacle / V20 Epiphany | The voxel-processor generations | Article 4 |
| AutoPhi Omega Collection | The voxel architecture itself, as licensable substrate | Article 4 |
The headline valuations on these collection pages — running from the hundreds of millions into far larger figures — are estimated asks and catalog valuations, computed from per-deposition valuation models times the number of bundled depositions. They are not transaction prices and they are not appraisals. I would rather a serious buyer ignore the headline number entirely and inquire about real terms than anchor on a storefront figure. The next article says more about what those numbers honestly represent.
Project-by-project, by sector
A one-line orientation to the 48 projects, grouped by sector. The authoritative, maintained list is the master PORTFOLIO_INDEX.md; this is the reader’s-digest version.
Computing & Semiconductors. Projects 18, 26, 30 (AutoPhi voxel-processor generations); 31 (electromagnetic IC); 35, 39, 40, 44 (AutoPhi PCIe accelerator and BGA/packaging variants); 50 (the PCIe 8.0 NVMe SSD design package); 23 (zetta-scale compute); 07 and 41 (alchemy/probability data); 27 (mathematical depositions). This is the densest sector and the one the voxel architecture anchors.
Energy & Power. Projects 05 and 32 (Quantum Battery and its seed work); 48 (Private Energy Building / laser-solar); 03 (electric jet propulsion); 20 (NewStar cell); 49 (negative-microwave). The energy projects share the voxel lineage with the computing projects, as Article 4 explained.
Health & Wellness. Projects 10, 11, 12, 13 (the disease-cure discovery threads — diabetes, Alzheimer’s, Parkinson’s, general); 22 (brain chemistry); 33 (health recovery); 02 (OTC vitamins); 45, 46 (the FDA-pathway and FDA-to-store work).
Industrial & Recycling. Projects 08, 17 (microwave nuclear-waste recycling, full and compact); 15, 25 (landfill recycling mine and center); 16 (chemical cooker); 21 (day-one fabrication); 24 (parts-future).
Space & Defense. Projects 04 (war satellite); 19 (communications satellite); 29 (information taser); 38 (fast-as-light comm); 06 (super-dome communication blockchain).
Consumer Electronics. Projects 09 (smart-shoe platform); 07-pagers (one-touch pagers); 43 (redaction pen); 28 (new-path heights).
Environment. Project 34 (environment restoration), with overlap into the recycling sector.
Transportation. Project 01 (autocar electronic automotive platform), with propulsion overlap into Projects 03 and 05.
A handful of projects sit across two sectors — the energy/computing overlap of the voxel family being the largest example — and a few (the AutoPhi-future and on-demand projects, 18/26/30) are best understood as generations of one line rather than as independent projects.
How to navigate the catalog
On cri-one.com, three entry points get you anywhere. Browse-by-sector uses the eight categories above. The AutoPhi Collections taxonomy groups the voxel-family products across the computing and energy sectors. And search will take a deposition number, a project name, or a sector keyword. The home page features a rotating selection of the flagship products — the laser-solar building, the government collection, the AutoPhi processors — which is the fastest way in if you do not yet know what you are looking for.
How to inquire
Serious inquiries go to info@cri-one.com. I will say plainly what the storefront cannot: almost nothing in this catalog is a retail purchase. The collection products and the project acquisitions are bespoke transactions, negotiated per buyer, usually under NDA, frequently structured across the tiers rather than as a single full-acquisition payment. The storefront exists to disclose and to price-indicate. The actual deal is a conversation.
In the final article I look forward — what is still in the book and unbuilt, what I am working on now, what the portfolio is honestly worth, and how to engage if any of this is useful to you.
Christopher Gabriel Brown is the founder of cri-one.com and the author of Invent Depositions (ISBN 9781979767897). Series index: From a 2017 Notebook to a 2026 Portfolio.
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