Cross-platform smart card personalized production system and control method

Abstract

The present invention relates to a cross-platform smart card personalized production system and a control method. The system comprises data receiving clients, a server, production clients and card making devices, which are sequentially conducted and connected; the data receiving clients comprise more than one client on which windows and Linux operation systems are installed, and are used for receiving smart card personalized production encrypt data files sent by consumers; the server is an application system which is based on a B / S architecture and can operate on the windows and Linux operating systems, and is used for carrying out decryption on the smart card personalized production encrypt data files and sending out a smart card personalized production instruction; and the production clients comprise more than one client on which windows and Linux operating systems are installed, and are used for controlling the card making devices, according to the smart card personalized production instruction, to produce personalized smart cards. Cross-platform operation and control are implemented, the cross-platform smart card personalized production system and the control method are flexible and convenient to use, and safety of the data file transmission process is very high.

Description

technical field [0001] The invention belongs to the technical field of smart card production, and in particular relates to a cross-platform smart card personalization production system and a control method. Background technique [0002] SmartCard, a general term for a plastic card (usually the size of a credit card) with an embedded microchip, some of which contain an RFID chip, so they do not require any physical contact with the reader to identify the card holder people. The smart card is equipped with CPU and RAM, which can process a large amount of data without interfering with the work of the host CPU; the smart card can also filter erroneous data to reduce the burden on the host CPU, adapting to the large number of ports and the communication speed requirements faster occasions. The integrated circuit in the card includes the central processing unit CPU, the programmable read-only memory EEPROM, the random access memory RAM and the in-card operating system COS (ChipO...

AI Technical Summary

Problems solved by technology

[0005] However, these existing smart card personalization biosystems are all based on the Windows operating system. Due to the poor stability of the Windows operating system, there are often failures such as blue screens that require restarting the computer. At the same time, the Windows operating system is independently developed by Microsoft. The mechanism and constantly updated patches lead to low security and poor performance of the Windows operating system; and because smart cards involve many high-security industries (such as banks) and have high sensitivity requirements for data security, so Unstable and insecure operating systems make it difficult to perform high-security operations, which reduces production efficiency and affects production progress; at the same time, the encryption protection of data files during transmission from customers to manufacturers is mostly international public algorithms such as 3DES, which are safe Sex is more difficult to guarantee

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