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This sequence starts out by loading ESI with the newly decrypted block s starting address, adding 8 to that, and reading a 32-bit member at that address into EAX. If you go back to the previous memory dump, you ll see that the third DWORD contains 00000001. At this point, the code confirms that EAX is nonzero, and proceeds to perform an interesting series of arithmetic operations on it. First, EDX is shifted left by 0xA (10) bits, then the original value (from EAX) is subtracted from the result. At that point, the value of EDX is added to itself (which is the equivalent of multiplying it by two). This operation is performed again in 00401A82, and is followed by a right-shift of 0xA (10) bits. Now let s go over these operations step by step and try to determine their purpose. 1. EDX is shifted left by 10, which is equivalent to edx = edx 1,024. 2. The original number at EAX is subtracted from EDX. This means that instead of 1,024, you have essentially performed edx = edx 1,024 edx, which is the equivalent of edx = edx 1,023.

Qult (kN) Friction piles Type of analysis Wave matching Newbury TP #2 Method CAPWAP EOD CAPWAP BOR CAPWAP BORL EA EOD EA BOR EA BORL ENR EOD Newbury TP #3 End bearing piles Choctawhatchee Pier 5

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You probably noticed that the antireversing techniques described so far are all platform-specific tricks that in my opinion do nothing more than increase the attacker s annoyance factor . Real code obfuscation involves transforming the code in such a way that makes it significantly less human-readable, while still retaining its functionality. These are typically non-platform-specific transformations that modify the code to hide its original purpose and drown the reverser in a sea of irrelevant information. The level of complexity added by an obfuscating transformation is typically called potency, and can be measured using conventional software complexity metrics such as how many predicates the program contains and the depth of nesting in a particular code sequence.

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Let s take a quick look at the existing obfuscation tools that can be used to obfuscate programs on the fly. There are quite a few bytecode obfuscators for Java and .NET, and I will be discussing and evaluating some of them in 12. As for obfuscation of native IA-32 code, there aren t that many generic tools that process entire executables and effectively obfuscate them. One notable product that is quite powerful is EXECryptor by StrongBit Technology (www.strongbit.com). EXECryptor processes PE executables and applies a variety of obfuscating transformations on the machine code. Code obfuscated by EXECryptor really becomes significantly more difficult to reverse compared to plain IA-32 code. Another powerful technology is the StarForce suite of copy protection products, developed by StarForce Technologies (www.star-force. com). The StarForce products are more than just powerful obfuscation products: they are full-blown copy protection products that provide either hardwarebased or pure software-based copy protection functionality.

WSD AASHTO Ch 9 s WSD AASHTO Ch 9 s WSD AASHTO Ch 9 s 187 489 285 525 98 294 205 347 329 641 605 667 178 569 320 463 53 329 543 445 1486 116 721 222 489 374 961 854 943 320 623 489 1308 62 383 418 907 338 872 1121 1157 1628 1886 1388 1566 658 703 1334 1423 Qult 1121 1246 1290 1326 1432 1664

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