Platform for interprocedural static analysis of binary code

This paper describes the developed platform for static analysis of binary code. The platform is developed based on interprocedural, flow-sensitive and context-sensitive analysis of the program. The machine-independent language REIL is used as an intermediate representation. In this representation basic data flow analyzes are developed and implemented - reaching definitions analysis, construction of DEF-USE and USE-DEF chains, analysis for deletion of dead code, value analysis, taint analysis, memory analysis and etc. The implemented approach for functions’ annotations allow propagating data between function calls, thereby making the context-sensitive analysis. The platform provides an API for using all implemented analyzes, which allows adding new analyzes as plugins.