The fake ID in your bouncer’s hand tonight was probably made on the same polycarbonate stock as a real license, with laser engraving and a barcode that matches the front of the card. It’s built to the same spec as the real thing, which is exactly why your staff can’t catch it by looking.
The difference between real and fake used to be wide enough that a trained employee could see it. But that’s no longer the case.
According to Sumsub’s 2025-2026 Identity Fraud Report, advanced fraud attempts jumped from roughly 10% of all attempts in 2024 to 28% in 2025, a 180% increase in a single year. A convincing AI-generated fake ID now costs around $15 and takes about 30 minutes to make.
That’s the arms race your staff is standing in the middle of, whether or not anyone told them.
For years, the advice was to train employees on security features, so they’d know to check the hologram, tilt the card to the light, and run a thumb over the raised lettering.
Industry reporting now puts the share of fake IDs carrying holograms or similar security features above 80%. The old tell was a fake that glowed blue under a UV light because it was printed on cheap paper. Now, fakes are “UV dead,” just like the real thing, because the people making them stopped using the materials that gave them away.
High-end counterfeits take it a step further and use polycarbonate cards, laser engraving, and functional barcodes that pass a basic reader. A few even carry embedded chips built to fool digital verification.
When a fake ID is manufactured to the same spec as the real thing, a person squinting at it under a blacklight isn’t inspecting the document. They’re guessing, and a wrong guess means a minor walks in.
A basic barcode reader confirms that the data encoded in the back of the card matches a valid format. It doesn’t confirm that the state ever issued that card.
Counterfeiters know this, so they encode the fake information into the barcode to match the fake information on the front. The reader sees two sets of data that agree, returns a green light, and the person walks in.
The scanner verified that the forgery was internally consistent. That distinction is the whole point, and it’s exactly the weakness sophisticated fakes are built to exploit.
This is where forensic ID detection separates itself from the basic scanners. Our IDentiFake doesn’t stop at the barcode. It checks whether the card was legitimately produced in the first place.
It runs the document under ultraviolet, infrared, and white light in seconds, capturing both sides at high resolution. Ultraviolet reveals the hidden images and patterns a real state builds into its cards, and the scanner checks those against the correct template for that state instead of just confirming something glows.
Infrared exposes elements that reflect or absorb light differently depending on how the card was made. It also examines the card’s physical material, which is how it tells DMV-issued polycarbonate from high-end cardstock a counterfeiter bought retail.
Then it cross-checks everything at once and measures the result against a document library covering all 50 states and more than 190 countries.
A fake might pass a UV glance or match a barcode format on its own. It’s harder for that same fake to survive UV, infrared, template comparison, substrate analysis, and barcode cross-matching run together. When one layer misses, another tends to catch it.
For legal purposes, each scan creates a record, which matters when a regulator or a court asks an operator to prove the age-verification system was doing its job. Your scans are your proof.
The Threat Isn’t Slowing Down, So the Check Can’t Either
In 2026, the Department of Justice secured a guilty plea from the operator of a platform that had sold more than 10,000 fake digital IDs. Fake IDs are cheap and fast to make, and that’s not changing. It gives the forger the advantage over anyone still checking by eye.
For an owner, a GM, or a security team, the exposure is straightforward. One fake that gets past the door is a fine, a license review, or worse, and the fakes are now good enough that catching them by eye is closer to luck than skill. The venues staying ahead of this are putting a forensic check between the counter and the crowd.
Explore Forensic ID Scanning to find the right fit for your business.
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