GS001 JCOP Java CPU Smart card

CPU Chip Options:

Infineon/HDSC/FMSH

ev1 MF31CD Series(2K, 4K, 8K)

The CPU card adopts a variety of chip-level anti-attack methods, which are basically unforgeable;It can perform encryption and decryption operations internally, and its unique internal and external authentication mechanism and a special authentication mechanism represented by the financial IC card specification can be completely Guarantee the legality of the transaction; during the authentication and transaction process, the key will not be leaked outside the card, each time through the encrypted random number, and because of the random number participation, ensure that the content of each transmission is different To ensure the security of the transaction. The keys used in the authentication and transaction process are generated in a secure card issuance environment and the cipher text is installed in the SAM card and the user card. The entire process key is not exposed.

The application firewall function of it can guarantee the security independence of different applications in the same card. For the financial industry with high security requirements,they are the standard for next-generation bank cards. The use of them can eliminate counterfeit cards, forged terminals, and forged transactions, ultimately ensuring system security.

Items:CPU smart card,contact java card, java card

Chip models: Original J2A040, Jcop21 36K/72k ,J2A080, etc from Germany.

Magnetic options:with 8.4mm or 12.7mm Hico magnetic stripe,barcode card, blank card /with customized printing on both sides.

Java Card technology provides a secure environment for applications that run on smart cards and other trusted devices with very limited memory and processing capabilities. Multiple applications can be deployed on a single card, and new ones can be added to it even after it has been issued to the end user. Java Card also includes a set of unique tools for developing new products.

Java Card aims at defining a standard smart card computing environment allowing the same Java Card applet to run on different smart cards, much like a Java applet runs on different computers. As in Java, this is accomplished using the combination of a virtual machine (the Java Card Virtual Machine), and a well-defined runtime library, which largely abstracts the applet from differences between smart cards. Portability remains mitigated by issues of memory size, performance, and runtime support (e.g. for communication protocols or cryptographic algorithms).