Automatic Identification and Data Capture (AIDC) technology refers to the process of automatically collecting and identifying data for storage, analysis and classification. AIDC usually does not require human intervention. Its purpose is to systematically identify and track various items. They can be tools, assets, workers, or inventory. In simple terms, AIDC refers to a group of technologies for automatic object recognition. After identifying the data content, it collects their data. It then enters the data into a central computer system. Most importantly, AIDC solutions facilitate robust material management processes, thereby helping to increase organizational productivity.

A large number of enterprises deal with paper data. The process of information transfer between electronic systems and paper depends on the requirements of different situations. It's an incredible waste of paper. Transferring data is time consuming. Also, it causes manual errors. Therefore, AIDC technology can be an asset to companies regardless of size. In addition, this technology allows electronic transmission of data in various AIDC applications such as barcodes, RFID, etc.

AIDC application

AIDC systems work most of the time without human intervention. In most cases, users scan items with AIDC applications only when human intervention is required. As a result, significant resources can be devoted to other projects. Additionally, a freed-up workforce can reduce costs. By doing this, companies can ensure that their products are always traceable. As a result, AIDC has become a leading technological intervention in global business operations.

AIDC has come a long way over the years. Today, millions of business systems and processes are accessible to users all over the world. Electronic Article Surveillance Systems (EAS) use RFID tags to track items in stores and prevent item theft. Locating objects through the use of real-time location systems (RTLS) are just a few of the many opportunities AIDC has to offer.

The application of AIDC technology consists of three main parameters in sequence. These are data encoding, machine reading and data decoding.

The different applications of AIDC are:

·Barcode Systems: AIDC has been providing barcode label technology and barcode reader technology for many years. Retail, healthcare, education, warehousing, manufacturing and entertainment industries are some of the industries that use barcodes for tracking, identification and counting.

·RFID: An RFID tag or transponder is a device that transmits and reads data encoded in digital form via radio waves. This technology is called radio frequency identification. Barcodes are similar to RFID in that they capture data from a tag or tag and store it in a database. RFID-based asset tracking systems have several advantages over systems that use barcode technology. Unlike barcodes, RFID tags can transmit data out of line of sight.

·Biometrics: The biometrics process compares biological characteristics to identify an individual. You can use it to control access to buildings, or even to individual mobile devices.

· Optical Character Recognition (OCR): OCR captures written and scanned text. Typically, pharmacies use this technology to digitize paper prescriptions received by the pharmacy. It helps a lot to quickly convert an image text file to an editable format.

·Magstripe: Instant verification using a magstripe is very common. Credit and debit cards are one of the most common forms of technology that people use every day.

·Smart Cards: Smart cards are an improved version of RFID. Generally, credit cards and passports use similar chips.

·Voice Recognition: This app works like biometrics, as the device records the voice and automatically converts it to the input format.