Feeding three birds with one scone: A generic duplication based countermeasure to fault attacks
In the current world of the Internet-of-things and edge computing, computations are
increasingly performed locally on small connected systems. As such, those devices are often
vulnerable to adversarial physical access, enabling a plethora of physical attacks which is a
challenge even if such devices are built for security. As cryptography is one of the
cornerstones of secure communication among devices, the pertinence of fault attacks is
becoming increasingly apparent in a setting where a device can be easily accessed in a …
increasingly performed locally on small connected systems. As such, those devices are often
vulnerable to adversarial physical access, enabling a plethora of physical attacks which is a
challenge even if such devices are built for security. As cryptography is one of the
cornerstones of secure communication among devices, the pertinence of fault attacks is
becoming increasingly apparent in a setting where a device can be easily accessed in a …
Feeding three birds with one scone: a generic duplication based countermeasure to fault attacks (extended version)
In the current world of the Internet-of-things and edge computing, computations are
increasingly performed locally on small connected systems. As such, those devices are often
vulnerable to adversarial physical access, enabling a plethora of physical attacks which is a
challenge even if such devices are built for security. As cryptography is one of the
cornerstones of secure communication among devices, the pertinence of fault attacks is
becoming increasingly apparent in a setting where a device can be easily accessed in a …
increasingly performed locally on small connected systems. As such, those devices are often
vulnerable to adversarial physical access, enabling a plethora of physical attacks which is a
challenge even if such devices are built for security. As cryptography is one of the
cornerstones of secure communication among devices, the pertinence of fault attacks is
becoming increasingly apparent in a setting where a device can be easily accessed in a …
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