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Current Topic: Miscellaneous |
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Fuzzing Ninja blog: New fuzzing technic |
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Topic: Miscellaneous |
12:29 pm EST, Feb 17, 2010 |
Why stopping at \xff when you could simply continue with \xzz\xxx\xww ?
LOOOOOOOOOOOOOOOOOOOOOOL Fuzzing Ninja blog: New fuzzing technic |
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Resolving dynamic function calls with BinNavi � blog.zynamics.com |
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Topic: Miscellaneous |
12:56 pm EST, Feb 15, 2010 |
One of the big problems of static code analysis are function calls with non-static call targets. These function calls can call different target functions depending on the current program state. At first they call one function and in the next moment they might call a completely different function. Popular examples of such dynamic function calls are virtual functions (like in C ) or function pointers to callback functions.
Resolving dynamic function calls with BinNavi � blog.zynamics.com |
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Thinking About Security : Microsoft’s Many Eyeballs and the Security Development Lifecycle |
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Topic: Miscellaneous |
12:41 pm EST, Feb 15, 2010 |
The open source community uses this argument to assert that open source software is more secure than proprietary software. Advocates of proprietary software attack this argument on a variety of grounds, but here’s a little secret: Raymond was right. One cannot deny the logic. In fact, it is a tautology. If you assume that all individuals have a non-zero probability of finding and fixing a bug, then all you need is “enough” individuals. A million monkeys banging on a million keyboards will eventually produce Twelfth Night. Mathematically, the many-eyeballs argument, and the million-monkeys argument are equivalent.
Thinking About Security : Microsoft’s Many Eyeballs and the Security Development Lifecycle |
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Symmetric multiprocessing - Wikipedia, the free encyclopedia |
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Topic: Miscellaneous |
9:55 am EST, Feb 9, 2010 |
lon and Core 2 Duo multiprocessors are socket-compatible with uniprocessor variants, so an expensive dual socket motherboard is no longer needed to implement an entry-level SMP machine. It should also be
Symmetric multiprocessing - Wikipedia, the free encyclopedia |
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