Using) a symmetric primitive (such as AES for example). Consider the case of a binary embedding (and Implementation of a cryptographic primitive designed to resist to theĮxamination of its internals. OrĪt the very least that it will be a pleasant read. Valuable information on this subject, I hope this will be of interest. Implementations to play with as well as the 'relatively' small amount of Considering the quasi non existence of public Hackers or crackers unfamiliar with the concept of white-box and willing to Obviously such a paper is not written for cryptographers but rather for To take a much more practical approach using a combination of both reverse Sometimes seem too theoretical for the average reverser/hacker. However as cryptography is about maths, it can Usually The common way to learn something valuable in cryptography isĮither to read academic papers or cryptography books (when they're writtenīy true cryptographers). Precisely on software protections, then it may be of interest for you. Too much about it but if you're focused on reverse engineering and more This paper is about WB (white-box) cryptography. |=-= phrack o org ]=-=|ģ - The things you should know about white-boxesĤ - Handling the first case: 's challengeĦ - Breaking the second case: Wyseur's challengeĦ.1 - Efficient reverse engineering of the binary Volume 0x0e, Issue 0x44, Phile #0x08 of 0x13
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