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Paper addresses the process of dynamic data flow analysis using virtual codeintegration (VCI), often refered to as dynamic binary rewriting. This articlewill try to demonstrate all of the techniques that were applied in theSpiderPig project. It will also discuss the main differences between themethods that were employed and those used in other available software, as wellas introducing other related work. SpiderPig's approach was found to be veryfast and was transparent enough for reliable and usable data flow analysis. Itwas created with the purpose of providing a tool which would aid vulnerabilityand security researchers with tracing and analyzing any necessary data and itsfurther propagation through a program. At the current state it works on IA-32platforms with Microsoft Windows systems and it supports FPU, SSE, MMX and allof the IA-32 general instructions. SpiderPig also demonstrates the usage of avirtual code integration (VCI) framework which allows for modifying the targetapplication code at the instruction level. By this I mean that the VCIframework allows for custom code insertion, original code modification and fullcustomization of the original application's code. Instructions can be swappedout, deleted or modified at a whim, without corrupting the surrounding code andside-effects of the modification are resolved.

Dynamic Data Flow Analysis via Virtual Code Integration (aka The SpiderPig case)