가변 타원곡선 암호 프로세서의 FPGA 구현 및 전력분석 공격

FPGA Implementation and Power Analysis Attack of Versatile Elliptic Curve Crypto-processor

For implementation of Cryptographic algorithms, security against implementation attacks such as side-channel attacks as well as the speed and the size of the circuit is important. Power Analysis attacks are powerful techniques of side-channel attacks to exploit secret information of crypto-processors. In this thesis the FPGA implementation of versatile elliptic crypto-processor is described. Explain the analysis of power consumption of ALTERA FPGA(FLEX10KE) that is used in our hand made board. Conclusively this thesis presents clear proof that implementations of Elliptic Curve Crypto-systems are vulnerable to Differential Power Analysis attacks as well as Simple Power Analysis attacks.