Give counterfeiters three problems, not one.

Smart Epsilon protects every unit with overt, covert, and forensic verification working together, so a fake doesn't just need to look right. It needs to beat three independent layers at once.

Verified in seconds No device required for first check Live in ~6 weeks

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Three Layers — One Framework, No Gaps

Most anti-counterfeiting stops at one method.

A single method is exactly what a counterfeiter needs to learn to copy.

Layer 1 Overt: Visible, No-Device Verification

Layer 2 Covert: A Hidden Layer, Deliberately Undescribed

Layer 3 Forensic: The Layer of Last Resort

QR-based consumer verification sits on top of all three: fast and familiar for the layer we do show. The two we don't are exactly what make the first one hard to fake.

Nano-OVD Holographic Security Label on product packaging

Overt features are meant to be checked by anyone, instantly, without any device. Accepted industry approaches include holograms, color-shifting inks, micro-text, tamper-evident seals, and visible serial numbering.

Smart Epsilon deploys: a tamper-evident, nano-OVD holographic security label, visible and verifiable before a single scan happens.

Real-world risks

The Cost of Not Knowing

These aren't customer complaints. They're the moments a single fake becomes a legal, financial, or reputational event.

A customer was hurt by a counterfeit sold under your name. Whose liability is that?

Courts and headlines don't distinguish between "our product" and "a fake wearing our label" as quickly as your legal team needs them to. The lawsuit names your brand first.

Customs just seized a shipment. Is it yours, or a copy good enough to fool your own team?

Without a way to verify at the point of seizure, a legitimate shipment can be held for weeks while a real counterfeit slips through somewhere else.

A viral post shows your product failing, except it's not your product.

By the time your team identifies it as counterfeit, the damage to trust has already spread further than any correction will reach.

Your biggest distributor is quietly buying from someone else, because the fakes come in 20% cheaper.

When a knockoff undercuts your price convincingly enough, the channel itself starts choosing fake over loyalty.

A customer holds your product in their hands and still isn't sure it's real.

Without a way for the customer themselves to check, uncertainty turns into a support call, a return, or a public post questioning your brand. That's the exact kind of doubt premium brands can't afford at the point of purchase.

You caught one counterfeit batch. Three months later, another surfaces from the same source.

Stopping a single fake doesn't close the leak it came from. Without tracing a counterfeit back to where it actually entered your supply chain, the same gap keeps producing the same problem.

NO MATTER WHO'S ASKING

The Answer Doesn't Change.

Consumer, security team, or investigator, everyone gets the same three-layer answer.

Can a consumer actually tell the difference without our help?

Yes, the holographic label is visible before any scan; the QR confirms it in seconds after.

Could a sophisticated counterfeiter eventually copy the label itself?

That's exactly why there are two more layers behind it, neither of which depends on anything visible enough to study or copy.

If a counterfeit does surface, does it just get flagged, or does it get traced back?

Every confirmed counterfeit is investigated back to where it actually entered your supply chain, closing the specific gap, not just removing the one batch.

What It Actually Solves

See how three layers catch what one label can't.

Feature	The Problem It Solves	The Impact
Three-layer verification (overt + covert + forensic)	Single-method authentication gives a counterfeiter one thing to study and copy	A counterfeiter has to defeat three independent methods at once, not one, and can only ever see one of them
Holographic security label	Consumers and retailers have no way to check authenticity before scanning anything	Instant, no-device verification at the point of sale
Undisclosed covert & forensic layers	Once a single method is public, it's only a matter of time before it's copied	Protection that can't be reverse-engineered from what's published, because nothing functional is published
Consumer-facing QR verification	Verifying authenticity feels technical or requires a specialized app	Any smartphone camera, no app required, result in seconds
Root-cause investigation on every confirmed counterfeit	Stopping one fake batch doesn't close the leak it came from	The source of a counterfeit entry point gets identified and closed, not just the symptom

Know More

One rollout process

Sized to What You're Deploying

A single line on one SKU moves fast. A multi-site, multi-ERP rollout takes longer. The sequence below is what stays constant either way. It's how we scope the real timeline with you, instead of quoting one before we've seen your stack.

Discovery

Map your current stages, systems, and data gaps. This is what actually sets the timeline.

Scoping

Agree on the lines, SKUs, and integration points, and set a realistic date, in writing.

POC

Prove the model end-to-end on one line before committing further.

Pilot Batch

Run a real batch through the complete authentication workflow.

Team Training

Get plant, warehouse, and field teams trained and confident on the new workflow.

Complete Rollout

Scale across remaining lines, sites, and partners at your pace.

Customer voices

Real results from the teams using Smart Epsilon.

See what supply chain and brand protection leaders
experienced after implementing the platform.

Within a quarter, we could see exactly what's moving through our channel in real time. Smart Epsilon resolved our stockout concerns almost completely.

VP, Supply Chain National Lubricants Major

Within two quarters, Smart Epsilon's anti-counterfeiting solution significantly reduced counterfeit-related complaints. Our field team can now identify cloned products before they reach customers.

Head of Brand Protection Agrochemicals Major

Before you ask

The questions we hear most.

Can holograms be copied?

Basic holograms can be replicated with enough effort; that's exactly why the label is one of three layers, not the whole defense. The other two are undisclosed by design.

Why won't you explain how the covert and forensic layers work?

Because that explanation is the one thing a counterfeiter actually needs. Every credible security vendor holds this back, and we're not an exception.

Do we need new packaging or printing hardware?

No, all three layers integrate into your existing packaging workflow.

What happens when a counterfeit is confirmed?

Beyond flagging it, we investigate where it entered your supply chain, so the response addresses the source, not just the one batch.

READY TO DEPLOY?

See how three layers catch what one label can't.

Schedule a Demo

REQUEST A SESSION

Give counterfeiters three problems, not one.

Most anti-counterfeiting stops at one method.

Overt features are meant to be checked by anyone, instantly, without any device. Accepted industry approaches include holograms, color-shifting inks, micro-text, tamper-evident seals, and visible serial numbering.

Covert protection works precisely because a counterfeiter can't see it or study it. Publishing how it operates would defeat the purpose, so we don't.

Forensic protection exists for the moment every other layer is in question: an investigation, a dispute, a claim that needs to hold up beyond doubt.

The Cost of Not Knowing

The Answer Doesn't Change.

Can a consumer actually tell the difference without our help?

Could a sophisticated counterfeiter eventually copy the label itself?

If a counterfeit does surface, does it just get flagged, or does it get traced back?

See how three layers catch what one label can't.