Technology brief
A trust primitive made of light, silicon, and cryptography.
OpticsMint composes five engineering layers into a single bearer-grade authentication primitive. Each layer is independently mature. Together they make counterfeit-resistance an intrinsic property of the asset.
- 30+
- Prototypes delivered
- Lumenco · 2018–2025
- 65+
- Active patents
- Micro-optical security IP
- <3s
- Field authentication
- Smartphone + ML pipeline
The five layers
Counterfeit-resistance is composed, not coated.
Most authentication schemes apply security as an overlay — a hologram, a stamp, a barcode. OpticsMint binds security to the substrate itself. Below, each layer in order of physical-to-digital traversal.
01
Substrate-intrinsic micro-optics
Lumenco micromirror arrays embed directly into the substrate of every protected asset. Each tag generates a kinetic optical signature that cannot be photographed, photocopied, or 3D-printed.
65+ patents · Manufactured via Koenig & Bauer / LenSys Sàrl
02
Smartphone camera + ML verification
Any modern smartphone captures the dynamic optical response. An on-device machine-learning pipeline returns an authentic / counterfeit decision in under three seconds — no specialised hardware.
iOS + Android · ~3s decision latency
03
NFC card binding
An NFC chip on each asset cryptographically binds the physical micro-optic signature to a digital identity. Tap with any NFC-capable phone to retrieve provenance, ownership history, and chain anchoring.
ISO 14443 · EAL5+ secure elements
04
Blockchain anchoring
Every authentication event, transfer, and ownership change is anchored to Autheo's Layer-0 — a quantum-secure DAG with sub-second finality. Bearer ownership remains private; provenance remains verifiable.
Autheo Testnet · ML-DSA signatures (Mainnet at launch)
05
Verifiable bearer cash
The substrate becomes the asset. A protected banknote is simultaneously a physical bearer instrument and a verifiable digital token — solving counterfeit and double-spend without surveillance.
TheUS stablecoin · Live on Autheo Testnet
Autheo integration
A quantum-secure settlement layer underneath.
OpticsMint is anchored to Autheo's Layer-0 — a directed-acyclic settlement substrate engineered for post-quantum cryptography and sovereign-scale throughput.
TAL Framework
A trust-anchored ledger model that separates bearer ownership (private) from provenance (verifiable). Anyone can verify authenticity; no one need disclose ownership.
Autheo · TAL
AutheoLink (ISO 20022 / SWIFT)
A standards-native settlement bridge between OpticsMint-protected bearer instruments and the existing global payment infrastructure.
ISO 20022 · SWIFTNet
PQCNet (ML-KEM / ML-DSA)
Every authentication signature uses NIST-standardised post-quantum cryptography. Asset-protection horizons extend past current cryptanalytic risk.
ML-DSA · ML-KEM
QS-DAG
A quantum-secure directed acyclic graph delivering sub-second finality at the throughput required for currency-grade and RWA-grade transaction volume.
Sub-second finality
The substrate is the asset. Authentication ceases to be a database query and becomes a property of physics.
What this enables
When a bearer instrument is intrinsically verifiable, three long-standing problems collapse into one solution:
- →Counterfeit — solved at the physics layer, not the database layer.
- →Double-spend — bearer state and chain state are bound by the substrate itself.
- →Privacy vs. provenance — provenance is public; ownership remains private.