Plastic cards are encoded with smart card technology through a process called personalization. This involves programming a microchip embedded in the card with specific data and functionalities such as encryption keys, identification information, and access control permissions. The encoding process typically takes place during the card manufacturing phase, where the microchip is initialized and personalized according to the desired application or use case.
Plastic cards are encoded with smart card technology through a process known as personalization. This involves embedding a microchip onto the card, which is then programmed with specific data and functionalities. The microchip can store and process information, enabling secure transactions and access control. Additionally, the card can be encoded with encryption keys, authentication codes, and other security measures to protect the data stored on the chip.
Plastic cards are encoded with smart card technology through a process called personalization. During personalization, the smart card chip is programmed with the necessary information such as account details, security keys, and user credentials. This programming can be done by specialized machines that use secure protocols and encryption techniques to ensure the integrity and confidentiality of the data. Once encoded, the plastic card can be used for various applications such as secure payments, access control, or identification.
