The latest ID scanner software employs modern technology, which is similar to automated license plate recognition (ALPR) as well as palm scanning technology. They are used extensively to scan a variety of identification documents, such as government-issued identification cards, residency cards, licenses and much more. They employ a scanner engine to retrieve visually and invisibly-visible data that contains crucial information about the person who holds the card.

ID scanners need to confirm the authenticity of documents by using various methods to identify any possibility of counterfeits. Below are the key features can be found in an ID scanner application employed to validate documents.

Scanners with optical capabilities

Optic scanning is the earliest and the most fundamental technology utilized in ID scanners. The scanner captures pictures of the document in order to produce an image representation. The user should view the images in a clear manner since glares and reflections can affect the ability of the scanner.

A computer-aided method to translate the text

Once the scanner has produced the perfect picture of your document the next step, next step, is to use OPR. Utilizing OCR, ID scanners read numbers or letters as well as other symbols within the document. Then, it records them into files of data, such as names or addresses, contact numbers or other private data. Document number and source are also available data.

To guarantee the flexibility of ID scanners, they usually have specialized OCR that recognizes specific non-Latin characters. ID scanners are commonly used. This means that they can identify various alphabets, such as Greek and Cyrillic that are the most commonly utilized non-Latin alphabets.

Image Interpretation IPI

The majority of images on official identity documents, like passports, contain embedded information that cannot be read without specific technology. Sometimes referred to as Invisible Personal Information, ID scanners must confirm the authenticity of the image IPIs because they are vital security measures. The ID may be fake if information in the IPI does not match the information visible from the document or has been encoded incorrectly.

Security checks at the highest level

Effective ID scanners ought to expose the data and images for security inspections in order to ensure their authenticity. As with counterfeit money, identifying skilled fake california id documents can be a challenge. Images with visible imperfections and inks that are not of good quality and a few missed patterns are all indicators of fake documents that high-quality ID scanners will detect.

ID scanners should verify machine-readable zones in order to ensure that they conform to the guidelines that are issued by the International Civil Aviation Organization. The scanner must also check the pattern for matching, biometric integrity and the decoding of IPI information.

Performance that is accurate in different lighting conditions

ID scanners are designed to work accurately under a variety of lighting conditions. In general, it is recommended to use the mobile scanner under dim lighting conditions or in areas in which it is shadowed. Indirect sunlight , as well as other activities influence the lighting conditions. But, an efficient ID scanner will detect and adjust ID pictures to accommodate for these different conditions.

The majority of ID scanner applications convert smartphones into advanced scanning systems. In this way, the cameras are able to filter out and remove lighting effects from the ambient, like shadows and reflections to create perfect images.


ID scanners are sophisticated software that validates the authenticity of different government-issued documents for identification. The application should include an advanced scanner engine that can detect minor errors and distinguish authentic documents from counterfeit ones. The software can also be adapted to detect newly updated or different types of documents.