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0 · Virus in a smart card: Myth or reality?
1 · Software attacks on smart cards
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This paper aims to describe the new software security issues linked with the introduction of open smart cards such as Java Card and how existing concepts from the computer security field can be used to solve them. Since the beginnings, smart cards are affected by many hardware and software . This paper aims to describe the new software security issues linked with the introduction of open smart cards such as Java Card and how existing concepts from the computer security field can be used to solve them. Since the beginnings, smart cards are affected by many hardware and software attacks in order to gain access to their assets. Boneh, DeMillo and Lipton have proposed in 1997 a new attack model against smart cards, called cryptanalysis, in presence of hardware fault.
Recently, researchers published several attacks on smart cards. Among these, software attacks are the most affordable, they do not require specific hardware (laser, EM probe, etc.). Such attacks succeed to modify a sensitive system element which offers . This article provides a brief overview of selected attacks on smart cards, and also examines cases where real world systems using smart cards were attacked because of factors not directly related to the security of the actual token.
We present a simple attack on a Java Card smart card to perform arbitrary memory reads. The attack utilises a known technique of type confusion of the card's Java Virtual Machine by. Researchers have devised a novel attack that recovers the secret encryption keys stored in smart cards and smartphones by using cameras in iPhones or commercial surveillance systems to video.
In this chapter, we discuss various security attacks on hardware and software components of smart cards in detail and present appropriate countermeasures for these attacks. Hardware-level attacks typically include invasive, semi-invasive, and noninvasive attacks. When a target inserts a smart card into an infected machine, hackers can log in to the server or network using their victim’s smart card credentials and tell the malware where to go and. Fault attacks can target smart card programs to disrupt an execution and take control of the data or the embedded functionalities. Among all possible attacks, control-flow attacks aim at disrupting the normal execution flow.
The first comprehensive discussion of power analysis attacks on smart cards. Examples and case studies illustrate the various attacks, from simple to differential power-analysis attacks. Detailed descriptions and comparisons of the effectiveness of different countermeasures. This paper aims to describe the new software security issues linked with the introduction of open smart cards such as Java Card and how existing concepts from the computer security field can be used to solve them. Since the beginnings, smart cards are affected by many hardware and software attacks in order to gain access to their assets. Boneh, DeMillo and Lipton have proposed in 1997 a new attack model against smart cards, called cryptanalysis, in presence of hardware fault.
Recently, researchers published several attacks on smart cards. Among these, software attacks are the most affordable, they do not require specific hardware (laser, EM probe, etc.). Such attacks succeed to modify a sensitive system element which offers . This article provides a brief overview of selected attacks on smart cards, and also examines cases where real world systems using smart cards were attacked because of factors not directly related to the security of the actual token.
We present a simple attack on a Java Card smart card to perform arbitrary memory reads. The attack utilises a known technique of type confusion of the card's Java Virtual Machine by.
Researchers have devised a novel attack that recovers the secret encryption keys stored in smart cards and smartphones by using cameras in iPhones or commercial surveillance systems to video.In this chapter, we discuss various security attacks on hardware and software components of smart cards in detail and present appropriate countermeasures for these attacks. Hardware-level attacks typically include invasive, semi-invasive, and noninvasive attacks. When a target inserts a smart card into an infected machine, hackers can log in to the server or network using their victim’s smart card credentials and tell the malware where to go and.
Virus in a smart card: Myth or reality?
Fault attacks can target smart card programs to disrupt an execution and take control of the data or the embedded functionalities. Among all possible attacks, control-flow attacks aim at disrupting the normal execution flow.
Software attacks on smart cards
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software attacks on smart cards|Virus in a smart card: Myth or reality?