How Do Scannable Fake Ids Work?

How do you Buy a Scannable fake that can be scanned work? The method by which IDs hold data must be understood before we can respond to that query. The PDF417 barcode is arguably the most significant component of contemporary ID and driver's licenses. There is a ton of information in this comic, including:

• Name
• Address
• Date of birth (used to confirm age)
• Height
• Weight

All of these fields fall under the category of PII, or personally identifiable information. The 2D barcode is used to authenticate age and identity by the great majority of ID scanning software and hardware.

 

Since each field can be uniquely identifiable, the 2D barcode is also utilized for processing IDs into applications such as CRMs or POS. ID scanning software can rapidly read this PII data, verify the date of birth against the current date, and check the ID expiration date by scanning the 2D barcode on the back of the ID.

The majority of IDs also have a 1D Barcode with the state code and ID number. Additionally, some still have a magstripe, despite the fact that this is a subpar symbolism that is being phased out in several states.

What does the term "scan" on a fake ID mean?

Simply simply, if a phony ID can be read by 2D barcode scanning/parsing software, it can be scanned. Therefore, the barcode only needs to be designed in a readable fashion for a scannable false ID to function. 

This is a simple task. An existing ID with a functional barcode can be used by a fake ID manufacturer, who will then add new information on the front of the ID. Or they may create an exact replica of a barcode that they are certain would function. These are two simple, typical methods for quickly creating a scannable false ID.

Back/Front Coordination

All the information printed on the front of the ID card is almost just as significant as the PDF417 barcode. The information displayed on the front of the card should perfectly match the data recorded in the PDF417 and 1D barcode, however this is where false identification can be detected.

Criminals who produce fake IDs obviously want to promote them as "scannable fake IDs" as they are effectively useless without that feature. However, printing the information on the front of a false ID is more simpler than creating a fake PDF417 and 1D barcode. 

Because of this, these "creators" frequently purchase real IDs that have already been encoded with data from the PDF417 and 1D barcodes when they buy false IDs to make for others. To match the buyer of the phony ID, who is frequently a minor, they simply reprint the information on the front of the card. So how can you detect if the data is incorrect?

Why You Need To Buy Scannable fake?

ID scanning technology can be useful in this situation. An ID scanner can read the data stored in the barcodes while also capturing a photo of the front by employing an ID Scanning/Parsing program. The software compares the image and characters on the front of the ID to the data encoded on the reverse using OCR (Optical Character Recognition), and if those two sets of data don't match, the ID is nearly always fake. 

However, with the correct technology, your company may do its part to reduce the use of fake IDs while maintaining compliance. This is not to claim that the software will always catch phony IDs, as that is impossible.