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Otocheck 2 0 Keygenguru. Before posting • Make sure to. • This subreddit is for asking for objective explanations. It is not a repository for any question you may have. • E is for Explain - merely answering a question is not enough. • LI5 means friendly, simplified and layman-accessible explanations - not responses aimed at literal five-year-olds. • Perform a keyword search, you may find good explanations in past threads. You should also consider looking for your question in the FAQ.

• Don't post to argue a point of view. • Flair your question after you've submitted it. Category filters. Alright, for this explanation, let us assume that we have a program that you want to 'try'. This program needs a key that has 16 numbers, each one 0 to 9. Said that you acquire a small amount of keys and generate the formula based on those. However, say we have the following: 0478-1033-6147-0333 5500-3511-1819-5675 9172-3163-6369-9191 7908-1171-1394-7075 2550-2711-4216-2469 1234-1321-1233-1233 8142-0797-1001-8445 9336-0002-5196-9025.it's seemingly impossible to see any pattern in that.

The people who make programs try to make it hard to guess which ones are valid and which ones aren't. However, when you put the key into the program, it somehow knows if the key is valid or not. What the program is doing is checking a predetermined formula to see if the key fulfills the formula. Now, here's where the hackers are clever. Instead of just trying to figure out the formula by guessing, they open the program up (disassemble it) and look at what it's told to do when it's given a key.

That is the formula that is needed. They take that formula, and write a program of their own that makes keys so that formula is fulfilled. If the hackers coded the keygen right, then any code that it generates will pass the formula, so any key will be valid. For instance, trying to guess what codes are valid is hard. But if you open up the program and see the following: Check if digit4 is double that of digit2, and ignore anything above the ones column. 4 ->8, 7 ->4 Check if digits 5-8, as a single number, are prime.

Check if digit9+digit10 are equal to digit12. Check if digit13 is the same as digit1. Check if the last digit is odd.then you can just make a program that makes your own number with those restrictions, and any key that followed those rules would be valid. [By the way, all the above keys fulfill the criteria.] There are other factors, such as a lot of software checking online to see if the key is valid, but those are more along the lines of circumvention and not the actual keygen process. Edit: This is also why some keygens have a 'signature' in the key. For instance, a lot of Razor1911's keys have a RAZR or 1911 in them. If they were to crack my program, an example key that would be generated would be: 1050-0007-4307-1911 • • • •.

A real simple way to create a keygen is to open the original program and just take the key-validation bit verbatim. Copy it into a program that generates random keys and just tries them all out - when you hit one that works, report it to the user.

Depending on the complexity might take a while - but to get the generation time above a minute you'd need to have a chance of less than 1 in 50 million to get it right - and that requires valid users to type 6-8 extra characters. It's a tradeoff.

My knowledge on reverse engineering programs is quite dated as I acquired that knowledge when I was a teenager - IE, slightly over 10 years ago - but back then there were tools that could runtime disassemble programs. There are the hacker-community tools (SoftICE, Hiew) that can do this, in-between tools (IDA Pro) that can do this but most software creation tools can also do this (GDB, Visual Studio, most regular debuggers). If all else fails, all the formats used are quite extensively documented so you can view them with a hex editor and change things manually.

You can't decompile the software though. You will get assembly-level code that should more or less look like the original code, but at a very low level. Modifying a lot is going to be very hard, but for things such as adding a function or modifying some existing code, quite possible. There is a tool that can give you an immense amount of insight that's part of binutils, usually shipped along with GCC. Try Cygwin if you're on windows to find it. You can use it to take apart any executable or DLL and look at each part including what information the program exposes about the stuff in there. [edit] D'oh, forgot the name.

It's called 'objdump'. Assembly language code, which is something that takes a lot of smarts, skill and experience to understand. No, not really, once you know what each instruction does. You can learn them by rote or just use some reference material, like you can find in about five minutes online for most CPUs. Assembly language is the human-readable form of machine code, which is the binary code the CPU executes directly. It is a stream of simple instructions (called opcodes, for 'operation codes'), like add, subtract, jump forwards 500 bytes if x is greater than y, and so on. Once you know a large enough number of opcodes you can read assembly language about as easily as you can read C or Java.

It's possible to write assembly that is completely unstructured and difficult to get the sense of; code you can read and understand at an opcode-by-opcode level but still have no idea of what it actually accomplishes. The trick is that most machine code now is created by compilers working from C or C++ source code, which was written by humans, and C and C++ have control structures like for loops and switch statements and so on. The code is essentially structured, and it was structured by the people who had to write and read it every day the software was being developed. Compilers, being software themselves, aren't creative; they have a number of pre-set patterns they use based on the structures they see. Learning a bit about how compilers work gets you quite a ways towards being able to reconstruct the basic idea of the program in your head. There is creativity and intelligence required.

Programs that try to disassemble machine code and take it all the way back up to C++, for example, usually do a rather poor job of it, because, again, software isn't creative. So it isn't purely mechanical, and it can be hard depending on what the compiler was instructed to do (some patterns can be somewhat devious), but it isn't necessarily difficult.