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To really test the Trojan s backdoor capabilities, I set up an IRC server on a separate virtual machine and named it g.hackarmy.tk, so that the Trojan connects to it when it is launched. You re welcome to try this out if you want, but you re probably going to learn plenty by just reading through my accounts of this experience. To make this reversing session truly effective, I was combining a conventional reversing session with some live chats with the backdoor through IRC. Stepping through the code that follows the connection of the socket, you can see a function that seems somewhat interesting and unusual, shown in Listing 8.5.

004014EC 004014ED 004014EF 004014F0 004014F1 004014F2 004014F7 004014F8 004014FD 004014FE 00401503 00401505 0040150B 0040150D 0040150E 00401511 00401512 00401514 00401517 PUSH EBP MOV EBP,ESP PUSH EBX PUSH ESI PUSH EDI CALL <JMP.&KERNEL32.GetTickCount> PUSH EAX ; seed CALL <JMP.&CRTDLL.srand> POP ECX CALL <JMP.&CRTDLL.rand> MOV EDX,EAX AND EDX,80000003 JGE SHORT ZoneLock.00401512 DEC EDX OR EDX,FFFFFFFC INC EDX MOV EBX,EDX ADD EBX,4 MOV ESI,0

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There are six steps to the calculation: 1. Identifying all the variables that affect the stability of the embankment; examples are the geometry, the weight and strength of ll materials, and the relevant properties of the foundation soils. 2. Determining the best estimate (usually the mean value) of each variable, E[Xi ], and using these to calculate the best estimate of the factor of safety, E[F ] by the method of slices. 3. Estimating the uncertainty in each variable and, in particular, its variance, Var[Xi ], based on the uncertainties in soil properties. 4. Performing sensitivity analyses by calculating the partial derivatives of F with respect to each of the uncertain variables or by approximating each derivative by the divided difference F / Xi . 5. Using Equation (14.2) to obtain Var[F ]. 6. Calculating the reliability index from Equation (14.3).

When used for interoperability, reverse engineering clearly benefits society because it simplifies (or enables) the development of new and improved technologies. When reverse engineering is used in the development of competing products, the situation is slightly more complicated. Opponents of reverse engineering usually claim that reversing stifles innovation because developers of new technologies have little incentive to invest in research and development if their technologies can be easily stolen by competitors through reverse engineering. This brings us to the question of what exactly constitutes reverse engineering for the purpose of developing a competing product. The most extreme example is to directly steal code segments from a competitor s product and embed them into your own. This is a clear violation of copyright laws and is typically very easy to prove. A more complicated example is

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to apply some kind of decompilation process to a program and recompile its output in a way that generates a binary with identical functionality but with seemingly different code. This is similar to the previous example, except that in this case it might be far more difficult to prove that code had actually been stolen. Finally, a more relevant (and ethical) kind of reverse engineering in a competing product situation is one where reverse engineering is applied only to small parts of a product and is only used for the gathering of information, and not code. In these cases most of the product is developed independently without any use of reverse engineering and only the most complex and unique areas of the competitor s product are reverse engineered and reimplemented in the new product.

Figure 17.19 Results from Monte Carlo simulation of settlement problem with 1000 points and strati ed sampling combined with the Latin hypercube. pl = simulation, plpe = point-estimate, plfo = FOSM.

Copyright laws aim to protect software and other intellectual property from any kind of unauthorized duplication, and so on The best example of where copyright laws apply to reverse engineering is in the development of competing software As I described earlier, in software there is a very fine line between directly stealing a competitor s code and reimplementing it One thing that is generally considered a violation of copyright law is to directly copy protected code sequences from a competitor s product into your own product, but there are other, far more indefinite cases How does copyright law affect the process of reverse engineering a competitor s code for the purpose of reimplementing it in your own product In the past, opponents of reverse engineering have claimed that this process violates copyright law because of the creation of intermediate copies during the reverse-engineering process.

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