Increasing lifetime of cryptographic keys on smartphone platforms with the controlled randomness protocol
Artemios G. Voyiatzis, Kyriakos Stefanidis, Dimitrios Serpanos
Abstract
Artemios G. Voyiatzis, Kyriakos Stefanidis, Dimitrios Serpanos
Abstract
A significant design parameter for secure embedded systems is the performance of the cryptographic algorithms implementation. We present a performance analysis on the same hardware of the cryptographic libraries available on the Google Android 2.2 and Microsoft Windows Phone 7 smartphone platforms and show that they exhibit quite different characteristics. This is an important consideration for designing multi-platform, security-aware applications.
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A significant design parameter for secure embedded systems is the performance of the cryptographic algorithms implementation. We present a performance analysis on the same hardware of the cryptographic libraries available on the Google Android 2.2 and Microsoft Windows Phone 7 smartphone platforms and show that they exhibit quite different characteristics. This is an important consideration for designing multi-platform, security-aware applications.
Key concepts: Cryptography, Cryptographic protocol, Computer science, Android (operating system), Cryptographic primitive, Randomness, Embedded system, Protocol (science)