CardLogix provides software, applications, development kits (SDK), middleware (API's) and smart card encoding and printing software.
Welcome to Smart Chip Card Solutions Smart Card Software Development - Smart Chip Card Programming. SCCS main focus is Smart Card Software Development. We create Smart Chip Card Applications, often whole end to end systems. SMART CARD SOFTWARE SMART CARD APPLICATIONS SUPPORT SMART CARDS SMART CARD READERS SOFTWARE DEVELOPMENT KITs CARD. Common Criteria is an internationally approved security evaluation framework providing a clear and reliable evaluation of the security capabilities of IT products, including secure ICs, smart card operating systems, and application software.
Nice and useful project. Note that it doesn't work well for APDU requests with LE=0 (00 a4 04 00 07 a0 00 00 00 04 10 10 00 for example). It is caused by underlying javax.smartcardio.CommandAPDU() behavior. You need to enter LE=100 instead of 00. Or replace two rows 'apdu = new CommandAPDU(cla, ins ,p1, p2, data,0,p3, le);' by 'apdu = new CommandAPDU(cla, ins ,p1, p2, data,0,p3,(le 0) ? 256 : le);' in the FrmMain.java source code.
I am nubie on smartcard, I try to use this tools using my SCM SCL010 reader & mifare standard 4k, but it won't work. Need more help, please. Thanks b4.
excellent app
The operating system follows these steps to pair a smart card with an already installed minidriver:
Get the ATR from the smart card.
Iterate through entries in the HKEY_LOCAL_MACHINESOFTWAREMicrosoftCryptographyCalaisSmartCards registry key and do the following:
Smart card ATR and ATRMask values must be carefully chosen to avoid the erroneous pairing of a minidriver with a smart card. The smart card ATR value that is stored in the registry should be the expected value after the ATRMask has been applied to an ATR read from a smart card. Otherwise, the masked ATR values from the card and the registry do not match and the pairing fails.
Beginning with Windows 7, the first time a smart card is inserted into a card reader triggers Plug and Play events that result in a search for an appropriate minidriver on the Windows Update site. The device ID that Windows generates to locate the driver on Windows Update depends upon the following factors:
For more detailed information on the smart card discovery process for Plug and Play and Winscard, see Smart Card Discovery Process. These processes result in the generation of a unique device ID for the smart card.
Note To determine the device ID that Windows generates for a smart card, the recommended approach is to insert the smart card in a smart card reader that is attached to a computer that is running Windows 7 or later versions of Windows. The device ID can then be found by looking at the “Hardware Ids” property of the smart card device in Device Manager.
The following is a sample INF file for smart card installation in Windows 8 and earlier versions of Windows. Beyblade metal fight episode 13. This INF file is decorated for installation in X86 and AMD64 CPU platforms.
Note To avoid problems with deployments, it is strongly advised to test your driver package on clean installations of all targeted operating systems prior to submitting the driver package to Winqual.
The following are required for this type of INF file: