Facilitating Single-Sign-On and Enabling ECommerce using JavaCards
JavaCard runs a Java Virtual Machine on a processor card. Its strong data storage security is resistant against intrusion and tampering. JavaCards may store programmable applications independent of each other. It doesn't pose breaches as information leakage and traceability or non-authorized card reader listening.
This system's JavaCards have multiple applications installed to perform user identification through the holder's profile, academic status and health information. The card is also configured to contain non-static information for cashless transactions thus enabling debitand credit through the use of e-money. Furthermore, automation of the logging and timekeeping system is now possible since ID information is electronically accessed. This also realizes online signing-on to any web applications.
This study shows how such system was developed and proves how Javacards are deemed to be fit for the applications.
JavaCard runs a Java Virtual Machine on a processor card. Its strong data storage security is resistant against intrusion and tampering. JavaCards may store programmable applications independent of each other. It doesn't pose breaches as information leakage and traceability or non-authorized card reader listening.
This system's JavaCards have multiple applications installed to perform user identification through the holder's profile, academic status and health information. The card is also configured to contain non-static information for cashless transactions thus enabling debitand credit through the use of e-money. Furthermore, automation of the logging and timekeeping system is now possible since ID information is electronically accessed. This also realizes online signing-on to any web applications.
This study shows how such system was developed and proves how Javacards are deemed to be fit for the applications.
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