The provenance problem does not end at the screen. Documents move into the world, hardware ships in containers, certificates pass through borders. At every physical handoff, the chain of trust depends on a mark that cannot be reproduced by the apparatus available to a counterfeiter — which, today, is the same apparatus available to the manufacturer.
MOIRE is an optical-physical authentication system engineered to defeat that symmetry. The company produces marks that are read instantly by an institutional inspector and reproduced only at a cost that destroys the economics of forgery.
The optical premise
A printed mark, however sophisticated, is reproducible by the printer that produced it. The MOIRE approach treats the mark not as an image but as a physical interaction — a structured composition whose behaviour under inspection depends on properties of the substrate that no printer reproduces. The mark is read; it is not photographed.
What the company provides
- Anti-counterfeit marks for documents of record — certificates, titles, regulated instruments.
- Authentication patterns for hardware and packaging in supply chains where provenance is fiduciary.
- An inspection apparatus that returns a verdict in the field — read by a trained operator, not by a laboratory.
- An issuance discipline that binds the mark to the document it authenticates.
Where the company operates
Sovereign issuance — passports, certificates, regulated documents. Industrial supply chains where the counterfeit has institutional consequences. Luxury goods where the brand is the asset. The product is positioned upstream of the digital provenance stack: where MOIRE authenticates the object, Entropy Protocol authenticates what the object says.