Introduction to Hardware Security Assignment 2
\nGeneral Instructions:
\n\u2022 Only electronic submissions will be accepted.
\n\u2022 Late submissions will have penalties.
\n\u2022 Any sort of plagiarism will be penalised. If you are referring to any materials online or books, please cite them accordingly otherwise it will be considered as plagiarism.
\n\u2022 Please submit a detailed report explaining how you have solved the assignment.
\nQuestion
\nIn this assignment, you will be provided with the power consumption of the last round of AES. The power traces are obtained from SAKURA-G platform that runs an implementation of AES-128 on a Spartan-6FPGA. Thepower traceis storedinaCSVfile, where eachrow indicatesthe powerconsumption of one AES execution. For every row, the first entry is plaintext, the second entry is ciphertext, and all the subsequent entries are power consumption values. Your task is to write a code for Correlation Power Attack, and use that code on the given power trace to recover the target byte assigned to your group. The target byte assignment for the groups are given below:
\n\u2022 Group 1: 1st byte
\n\u2022 Group 2: 2nd byte
\n\u2022 Group 3: 3rd byte
\n\u2022 Group 4: 5th byte
\n\u2022 Group 5: 6th byte
\n\u2022 Group 6: 7th byte
\n\u2022 Group 7: 9th byte
\n\u2022 Group 8: 10th byte
\n\u2022 Group 9: 11th byte
\n1
\n\u2022 Group 10: 13th byte
\nAn example code that obtains the 0th byte of the key is provided for your reference. We would like to thank Prof. Debdeep Mukhopadhyay of IIT Kharagpur for kindly providing us the power traces of FPGA based AES implementation.
\nDeliverables:
\n1. Even though you are working in group, you need to submit solutions individually.
\n2. The solution for the assignment should be submitted as a zip file. The file should be named as StudentNameRollNumber.zip.
\n3. The submission should contain the following:
\n\u2022 A python file.
\n\u2022 The report (as pdf).<\/p>\n","protected":false},"excerpt":{"rendered":"
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