Will My Fake ID Scan?

What makes a fake ID scan? Fortunately, it is quite easy to spot a fake ID. The quality of the fake ID depends on the scanner’s sophistication. A Patronscan scanner uses custom lighting and hardware sensors to analyze reflections on the fake ID. Some fake IDs are even capable of replicating holograms and florescent overlays. The scanning engine then processes the information collected from the scan.

Pattern-matching technology

A strong scanning engine is critical for confirming an ID. It can identify the smallest detail of an ID, avoiding false positives. Without a good scanning engine, false positives are inevitable. Newer versions of fake IDs will pass these tests. But the most important features of an ID scanner are pattern-matching and a powerful scanning engine. In this article, we’ll explore the importance of these features and how to determine if an ID scanner is reliable.

An ID scanner uses pattern-matching technology to detect fake IDs. This technology analyzes the face of an ID and identifies slight differences with the real thing. Many government-issued IDs use complex designs and proprietary fonts to make it difficult to duplicate them. Illegitimate print shops don’t have this technology, which is why they need an ID scanner with advanced security features. Fortunately, these scanners are getting better and more affordable every day.


Holograms on fake ID are multi-level graphics, which are not visible to the naked eye. These holograms are revealed with a laser device. Holograms on fake ID can be so small that the average person cannot detect them, but the latest holographic technology has made them virtually impossible to copy. This new technology uses two or three layers of flat graphics to create an image that is not only difficult to reproduce but also impossible to alter.

To create a hologram, start by making a stencil from a transparent material. Holograms made using this method are commonly made of Interference Gold (Fine) by Golden Acrylics. Once the stencil is ready, you must mix Perl-Ex paint with a transparent base. Then, sand the stencil. Be sure to sand the front and back to make the hologram look as smooth as possible.

Fluorescent overlays

A trained eye can detect poorly reproduced security features, like holograms, fluorescence, or fluorescent overlays, on a fake ID. Although counterfeiters are generally unable to duplicate holograms and fluorescent overlays, they can copy them from an authentic ID. A strong ID scanner will be able to analyze the ID in granular detail and validate fluorescent overlays and holograms. If a fake ID is complex enough, it may pass through the ID scanner.

A fluorescent overlay differs from a hologram because it provides increased durability. Using one printing cycle, a fluorescent overlay can protect the card from counterfeiters. The right fluorescent overlay material can last longer and fulfill the requirements of the Real ID Act. It is best to choose a vendor who offers a high success rate. However, you should check the actual success rate of each vendor. It should always be above 80%.


The new scanners can detect fake IDs by scanning the barcodes on the back. The information encoded on the fake IDs is often the same as the one on a real license. The scanners have been designed to check each fake ID against a database for matches. The Clemson Police Department has already informed local bars about the new scanners. Its use may reduce the number of fake IDs on the street.

A basic ID scanner will detect the presence of barcodes on a fake ID. Besides barcodes, the scanner will also look for encoded information. If the ID has a forged front, then it’s likely a fake. The edges should be rounded all around. If they are ragged or squared, then it’s likely a fake. If the ID has an ID barcode, you can run it through a database to identify the fraud.

Common types of fake IDs

Fake IDs can be identified by their thickness and weight. Genuine IDs don’t have layers that can unravel when manipulated. Fake IDs will usually have multiple layers and buckle or crack when squeezed. To identify fakes, squeeze or tilt the card to feel for bumps, ridges, and irregularities. In addition to these physical characteristics, fake IDs will have a different color, shape, and design than their real counterparts.

To make fake IDs more difficult to detect, fake makers print new information on pre-encoded cards. This method is easier than printing blank IDs. Many fake ID makers purchase pre-encoded cards in bulk, then print different information on the front of the card. These cards are advertised to minors as “scannable fake IDs” because they will scan but will not match the information stored on the card.

Apps that verify IDs

Unlike traditional identity verification methods, apps that verify IDs use mobile technology to ensure authenticity. The Verify ID app scans a consumer’s Mobile ID or Driver’s License. Its contactless nature allows it to operate in a convenient way without the need for physical ID cards. The user simply points the device to the QR Code or Mobile ID and it confirms that it matches the customer’s identity. It also adheres to the ISO-18013 standard for security.

Verified ID is a mobile-enabled application that empowers organizations to issue credentials by confirming unique identity attributes. A leading research university in Japan, Keio University, will use this app to verify student enrollment, transcripts, and graduation information. The National Health Service also uses Verified ID to store records and verify employees for employment. In Belgium, Flemish entrepreneurs use Verified ID to verify their age, minimum legal capital, and other important information. It also helps new businesses receive approval.

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