Most visual codes work by redirecting to data.
If the image is copied, the link still resolves.
Verimark works differently.
The visual marker does not carry trust.
Trust is produced by the system that resolves it.
Copying the image does not reproduce identity.
Verimark resolves identity.
Standard visual codes link.
One verification protocol.
Three critical infrastructure domains.
If a product code is copied, brand trust collapses.
Verimark detects duplication and returns a binary verdict: valid or compromised.
Unclonable Identity
Brand Protection
Commodity hardware becomes security infrastructure.
Print identity. Resolve authorization natively.
The Asset Integrity Standard
Infrastructure Platforms
Once identity can be resolved at distance,
systems no longer rely on trust assumptions.
Once authorization does not require connectivity,
machines can act without human assistance.
Once visual markers cannot be functionally copied,
verification becomes enforceable rather than advisory.
This enables new classes of systems, including:
-
autonomous inspection
-
vehicle identity at distance
-
machine-to-machine authorization
-
offline verification inside production environments
What Becomes Possible When Identity Is Deterministic
Verification performance beyond standard visual codes
>99%
Accuracy
10x
Distance
30+
Patents
Standard visual codes fail
Photograph a QR code.
↓
Reprint it.
↓
It still works.
Verimark does not
Photograph a Verimark marker.
↓
Reprint it.
↓
The system detects duplication and fails resolution.
PROOF: RESISTANCE TO DUPLICATION
Verification Briefings by Domain
Every environment fails differently.
These briefings map the threat models, system limits, and identity risks specific to your domain.
The 2026 Brand Integrity Report
Brand Protection
Where counterfeits enter and legacy identifiers fail.
