Thursday, February 22, 2024

Best ID Scanner Technology Machine

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What is an ID scanner – Best ID Scanner Technology Machine

Best ID Scanner Technology Machine – Mainly ID scanning products can be divided into two basic groups: First Machine-readable scanners and second Optical scanners. Machine readable scanners decode information stored electronically on barcodes or magnetic strips and display the information in an easy-to-read format.

An optical scanner, commonly known as an optical character recognition (OCR) scanner, takes an image of a card and uses software to convert the image into computer text. Basically, the OCR scanner reads the card as if it were a human. Machine-readable barcode and magnetic stripe scanners help detect fake IDs more accurately, faster and than OCR ID scanners.

Best ID Scanner Technology Machine

What is an ID scanner - Best ID Scanner Technology Machine
What is an ID scanner – Best ID Scanner Technology Machine
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Accuracy – Machine-readable ID scanners are 100% accurate because they read the information encoded on the ID card’s barcode and magnetic stripe. Shows precise information programmed on the card, such as birthday, card expiration date, address, license number, and more. Use the birthday to calculate and display the cardholder’s age, and use the card’s expiration date to determine the card’s status. The key is to record scan information and provide a reliable electronic record of age verification. Even in the event of a liquor authority attack or an agency investigation, employers can rest assured that the data is 100% accurate.

In contrast, the OCR scanner has an accuracy of only 98%. Characters are often misread and remembered because the software relies on the software to convert the image on the card, rather than reading the encoded data. 98% seems to be a high percentage, but every 50 scans there is something wrong with the data.

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The street address, driving license number and date of birth may be wrong. Incorrect data can generate incorrect age counts (if you read 1969 instead of 1989) or make address data unusable for mailing lists. This range of inaccuracies can make the scan completely useless in a positive defense against age verification violations.

OCR ID scanner inaccuracies are unacceptable for products that are intended to protect business owners from age verification violations.


Speed – In addition to higher accuracy, machine-readable scanners are faster than OCR readers. Decoding information from barcodes or magnetic stripes occurs almost instantly. It takes about 1 second to calculate and record a typical scan. OCR scans take more than 5 seconds to complete due to the additional computer processing required to interpret the optical scan.

This small difference in scan throughput time can have a significant impact on detection scanning applications. Imagine a line of 100 customers who must be 18 years old, waiting to attend a concert. Let’s say it takes 20 seconds for security guards to receive an ID card from each user, regardless of what type of ID scanner they are using.

If the bouncer is using an OCR scanner, it will take around 42 minutes to verify the IDs of everyone in the line. It only takes 35 minutes for a single bouncer to see the same customer line using a barcode or magnetic stripe ID scanner (saving 7 minutes). With 1,000 lines, the barcode/magnetic stripe reader can save approximately 1 hour 10 minutes. This increases customer satisfaction and reduces business salary costs.

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Fake ID Detection

Fake ID Detection – The most important factor in detecting fake IDs is the alert operator, and no machine is 100% effective at detecting fake IDs. That said, machine-readable ID scanners offer significant advantages over OCR scanners in the fight against fake IDs.

Creating fake identities depends on the economy as well as legitimate businesses. ID card printers cost around $550, but magnetic stripe and barcode encoding technology add even more cost. Many individuals creating fake IDs cannot afford the more expensive technology required to encode the magnetic stripes and barcodes. As a result, counterfeit IDs are often printed on stock ID cards using either normal data encoding or blank data encoding.

The machine-readable ID checker allows the operator to compare the data stored electronically on the ID with the information printed on the card. Incorrect IDs are often mismatched between two datasets. For example, the name printed on the surface of the card may appear as Charlotte Blake, and the encoded data stored on the magnetic stripe may appear as John Smith. This clearly shows that the ID is fake.

The machine itself cannot compare printed information to encoded information, but it does provide an important tool for anyone trying to verify the authenticity of their ID.

Standard OCR scanners do not access data stored electronically on ID cards. This eliminates all possibilities of comparing printed information with encoded information, essentially making the OCRID scanner the equivalent of a great copier. At best, OCR scanners provide a low quality data entry system.

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There are some more expensive systems that can scan both sides of a driver’s license and read 2D barcodes (usually not magnetic stripes) to compare data fields, but these systems are usually twice as expensive, 2 retail For applications that are doubly slow and unsuitable.

Business card scanners have the advantage of being able to store images from ID cards. That is, you can save the photo of the cardholder. This will help you verify the ID presented while offering age-sensitive products. However, if a video surveillance system camera is used while reading a machine-readable barcode, most systems will stamp the date/time to be read, so retailers must time the video to be machine-readable.

The main drawbacks of OCR ID scanning technology are its low accuracy, slow speed, and the inability to read the encoded data for counterfeit ID detection. Fortunately for consumers, there are more robust age verification tools. Machine-readable barcode and magnetic stripe ID scanners are 100% accurate and help you check ID and detect fake ID almost instantly.

If you are a business owner looking for a way to determine the age of your customers, which solution would you choose? A barcode/magnetic stripe reader that speeds up long lines, helps find fake IDs, and delivers 100% accuracy? Or is it an OCR ID scanner that misreads 1 in 50 cards? Decide wisely when choosing an ID scanner to protect your business and choose a machine-readable ID scanner.

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