What Makes a Fake ID Scannable?


The barcode is an optical label which is readable by a machine which has information regarding the merchandise that it is connected to. Government-issued identification cards come with different items which are read by scanning machines. In theory, such codes should contain data regarding the tracker, identifier or locator which points to a specific application or website.

There are many options available when it comes to the scanning of photos and identification. Each state ID comes with a specific format of scanning code. Fake id websites have to adapt & find ways to replicate the proper formats. Learning about the different models, their sizes and shapes, and how they are used will make it easier to find one that meets your needs.

Modern-day Scanning Devices

1. Bar-code Readers

Manufacturers have developed a system called Universal Product Code which allows merchandise to be scanned and read by photoelectric scanners and barcode readers. When processed the symbols for the bar codes will be translated into digital format. The cost for a specific piece of merchandise will be retained within the shop’s computer and will then appear in the POS (point of sale) terminal used by sales clerks.

Applications such as Show-Me ID can be fit into these devices and works on the same principle. Fake id services are making replicas of the same bar-code formats to make their licenses scan at will.

2. Magnetic Stripe Reader

Magnetic stripe readers, which are also known as magstripe readers, are hardware designed to read information which is encoded within magnetic stripe. Computer programs can assess them via USB connections, keyboard wedge or serial ports, and are categorized in the manner for which they interpret the badge.

For example, insertion readers need the badge to be inserted inside a reader then extracted, while swipe readers need the badge to pass fully through a reader.

Magnetic stripes are comprised of iron magnetic particles which have been encased within plastic tape. Examples of identity cards are states such as California or Florida ids. When these magnets are simultaneously polarized in one direction, the stripe will be blank. Information will be written on it through magnetizing its tiny bars for either a south or north pole direction using an encoder, which is a type of electromagnetic writer.

3. Fingerprint Devices

Fingerprint devices are biometric tools which are utilized to verify the identity of an individual. When a finger is placed on the surface, the device will sense it and produce a digitized image, and can then compare live print features to the copy which has been stored.

These devices are popular among law enforcement and facilities which have restricted access, as well as computer security. Human fingerprints have numerous characteristics which are identifiable, unique and comparable.

Fake ID Features Responsible For Scanning

Identification scanners are machines designed to read and interpret identification cards, like driver’s licenses and passports. They come in many forms, including countertop and handheld devices. They use magnetic stripe or barcode readers and can scan various types of identification cards.

The barcodes which appear behind IDs are readable by machine. After the scanner is turned on, the ID card will be swiped via the magnetic stripe or barcode reader, the data from the user’s ID will be displayed on a screen, and if the ID card is expired or the user is underage an alarm might sound. The user of the scanner might also need to compare the data shown on the screen to the actual ID card to verify that everything matches.

BCS – Bar & Clubs Stats

BCS or Bar & Club Stats is an application which allows cameras to be used for scanning barcode IDs. It is designed for use in bars, casinos, nightclubs and other establishments which are age restricted and limited to adults only.
Fake IDs are frequently used by underage persons to attempt unauthorized access into such facilities, and this identification is becoming more sophisticated due to advances in technology.

If a business owner or staff fails to detect these fake IDs, they could be held legally liable, possibly losing their license to operate. BCS is different from standardized scanners.


When the patron’s identification is scanned, 4 pieces of information which are anonymous will be transmitted to a database (such as the gender, age, zip code and time the scan was taken), and this data will be analyzed.

Business owners can also use the information to ascertain their patron flow on different days of the week as well as the average age, gender on specific nights, and other pieces of pertinent information. This software is compatible with multiple types of mag stripe hardware.

Encoding Used by Fake ID Services

Identification cards come in multiple coding formats which are Micro QR Code, Secure QR Code, Model 1, IQR Code, Frame QR, JAB Code and HCC2D.

1. Micro QR Code

Micro QR is the smaller variant of standardized QR code used for applications which have limited symbol size. It has 4 distinct sizes, with the smallest being 11×11 and the biggest containing about thirty five numeric characters.

2. Secure QR Code

Secure Quick Response is a type of code which holds the private data based segment after each terminator rather than filler bytes which are specified. The privatized data segment has to be deciphered via encryption key. It may be utilized for storing data which is private while managing an organization’s internal information. It is designed for secure transactions.

The FORUS Foundation developed SQR codes to protect transactions, and it is published within the Creative Commons License. These SQR solutions guarantee data source integrity along with originating party validity. The instruction string for payments is comprised of electronic based data derived from the QR code which has been scanned and then appended using SHA-2 based cryptographic hash.

Afterwards its message digest may be encrypted utilizing the sender’s private key, which produces a digital message signature. The signature will validate data integrity and the sender’s dependability. Because the URL and each variable needed for performing e-commerce shopping has been embedded and combined with digital certificates and peer 2 peer payments, the likelihood of spoofing or tampering is eliminated.

3. Model 1

Model 1 is the older specification version. Visually, it is similar to model 2, but it does not have alignment patterns. Other differences can be seen in the lower right corner along with the right edges and lower midsection.

4. IQR Code

IQR is the alternative to the existing QR codes which Denso Wave developed. These codes may be created in formations which are rectangular or square, which is designed for scenarios where the rectangular/square barcodes are preferable, such as when dealing with cylindrical objects. The IQR codes may then fit identical data within a space which is thirty percent smaller.

IQR code comes in sixty one variants for squares and fifteen variants for codes which are rectangular. The minimum size for squares is approximately 9×9 modules, whereas the minimum size for rectangles is 19×5 modules. These codes add an S level correction error, which accounts for an error correction of fifty percent. It should also be noted that IQR based codes haven’t been assigned the ISO specification yet, and the only products which can read or create IQR codes are proprietary Denso Wave merchandise.

5. Frame QR Codes

This type of QR code utilizes canvas areas that can be used flexibly. Within its center is a canvas region, which is the location where the letters, graphics and related items may be arranged, which allows the code to be laid out without photo or illustration loss.

6. JAB Code

JAB stands for Just Another Barcode and encompasses a colorized two dimensional matrix based symbology which consists of square modules which are colorful and arranged in rectangular or square grids. They were developed by the Fraunhofer Secure Information Technology Institute.

This code comes with a single primary symbol as well as numerous secondary symbols which are optional. The main symbol consists of 4 finder patterns which are situated near the symbol’s corners, and it uses between four and eight colors. The four basic colors are black, cyan, yellow and magenta, which are also the colors of choice for printers. The other four colors (white, red, green and blue) are considered secondary CMYK models.

Although JAB code hasn’t been licensed, it was submitted for ISO standardization (ISO 23634), and may be approved and finalized by 2021 or 2022. It is open sourced software and as such has been published within LGPL (GNU Lesser General Public License) version 2, and the specification has been made available free of charge.

7. HCC2D Codes

HCC2D, which stands for High Capacity Colored 2-Dimensional code, is a method of preserving QR robustness for distortions while using colors to boost data intensity. The introduction of color within QR codes necessitates addressing certain challenges. For instance, during code reading only brightness data should be account for, while HCC2D based code must handle chromatic distortions which may occur during decoding.

To ensure the adaptation to the chromatic distortions that tend to arise within every scanned code, the HCC2D codes will utilize an extra field, which is Color Palette Pattern. The reason for this is because the CCP color cells must be distorted in a similar manner as the color cells for an Encoding Region. Color palettes which are replicated are adopted by the best counterfeit id websites for the training of machine based learning classifiers.


QR codes play an essential role in identification and product scanning. They were invented by Denso Wave, a Japanese automotive firm in 1994, and since that time they’ve been adopted by organizations all over the world that use them for verifying people and merchandise.

Jason Kray

Jason Kray was born in Yakima, Washington. He has written more than 100 reviews on novelty IDs keeping a close eye on "Fake ID Services" & their year-to-year performance.

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  • Countries like United Kingdom and European ones are embedding chip cards inside identification cards. This will be a challenge to replicate. The chips are made of copper and are impossible to fake because they contain encoded data. It also contributes to the scanning process. Have you guys ever researched about Chip-embedded fake ids?

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  • There is a new app "Show-Me ID" which catches fake id using scanning techniques which includes: Thermal scan of ultraviolet imagery, background of the microprint on the ids, and scannable formats of any element that comes with the id.

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