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Application for programmable smart cards
Broda, Jan ; Dzurenda, Petr (referee) ; Hajný, Jan (advisor)
The theoretical part of the bachelor thesis deals with the issue of secure attribute authentication, which places great emphasis on the protection of privacy and digital identity. The next part of the work deals with chip cards with MultOS operation system. The practical goal of this work is to create authentication application in C language using the attribute scheme CDDH19 and revocation scheme CDH16. The attribute scheme is based on signature scheme weak Boneh Boyen and on algebraic MAC funcion. For development it was used an interface Eclipse IDE with development environment SmartDeck. The final application will allow the users secure attribute authentication without any risks of leak of sensitive information. This application is implemented on MultOS chip card and tested in cooperation with the student, who programmed the verifier side on the microcomputer Raspberry PI.
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Electronic ID Cards
Mravec, Roman ; Burda, Karel (referee) ; Hajný, Jan (advisor)
This master thesis deals with an implementation of Diffie-Hellman protocol on smart card which is based on MULTOS OS. Defines the smart cards based on MULTOS OS and their usage. Output of this thesis are applications for a smart card and for a client using Diffie-Hellman protocol for establishing of a secret key between two communication sides through unsecured communication channel.
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Cryptographic support of current programmable smart cards
Vančo, Petr ; Hajný, Jan (referee) ; Dzurenda, Petr (advisor)
This bachelor thesis focuses on benchmark tests of the MultOS smart cards. The characteristics of the smart cards are described at the beginning of the thesis, next part is about smart card communication. Then there is a comparison of operating systems. Next chapter is about cryptographic support for smart cards. Here is also described, which tools are used to develop for operating system Multos. The system for management and testing smart cards with MultOS was implemented in this thesis. Whole development process is described in last chapter, for smart card application, and for PC application with user interface.
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Application for programmable smart cards
Broda, Jan ; Dzurenda, Petr (referee) ; Hajný, Jan (advisor)
The theoretical part of the bachelor thesis deals with the issue of secure attribute authentication, which places great emphasis on the protection of privacy and digital identity. The next part of the work deals with chip cards with MultOS operation system. The practical goal of this work is to create authentication application in C language using the attribute scheme CDDH19 and revocation scheme CDH16. The attribute scheme is based on signature scheme weak Boneh Boyen and on algebraic MAC funcion. For development it was used an interface Eclipse IDE with development environment SmartDeck. The final application will allow the users secure attribute authentication without any risks of leak of sensitive information. This application is implemented on MultOS chip card and tested in cooperation with the student, who programmed the verifier side on the microcomputer Raspberry PI.
|
|
|
Cryptographic support of current programmable smart cards
Vančo, Petr ; Hajný, Jan (referee) ; Dzurenda, Petr (advisor)
This bachelor thesis focuses on benchmark tests of the MultOS smart cards. The characteristics of the smart cards are described at the beginning of the thesis, next part is about smart card communication. Then there is a comparison of operating systems. Next chapter is about cryptographic support for smart cards. Here is also described, which tools are used to develop for operating system Multos. The system for management and testing smart cards with MultOS was implemented in this thesis. Whole development process is described in last chapter, for smart card application, and for PC application with user interface.
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|
|
Electronic ID Cards
Mravec, Roman ; Burda, Karel (referee) ; Hajný, Jan (advisor)
This master thesis deals with an implementation of Diffie-Hellman protocol on smart card which is based on MULTOS OS. Defines the smart cards based on MULTOS OS and their usage. Output of this thesis are applications for a smart card and for a client using Diffie-Hellman protocol for establishing of a secret key between two communication sides through unsecured communication channel.
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