A Multi-model Differential Fault Analysis on PRESENT
Ming Tang, Fei Shen, Deng Hui, Peng Yin, Qiu Zhen-long, Xiao Ma, Huanguo Zhang · Computer Engineering and Science · 2011
PRESENT is an ultra-lightweight block cipher which is suitable for lightweight hardware such as the RFID tags and sensor networks.In this paper,the strength of PRESENT against the differential fault analysis is explored.We present four kinds of fault models of differential fault analysis on PRESENT.Comparing these methods,we come up with the best method to analyse PRESENT using differential fault analysis.Up to now,our method is proved to be more efficient than the existing differential fault analysis on DFA in the published papers.The best result is,by introducing a 8 bit random error between the 28th round permutation and the 29th round permutation,we can recover a 64 bit post-whitening key on an average of 17 fault samples.