Abstract: Embodiments are disclosed for obtaining a call stack for binaries, where the call stack includes a sequence of frames, and each frame has a “from” address and a “to” address for a call instruction, and for determining basic blocks of instructions for the binaries, where each basic block of instruction has one or more instructions. Further, the embodiments include traversing the call stack to validate from/to address pairs of sequential frames based on control flow routes existing between “from” addresses and “to” addresses of the from/to address pairs, where each from/to address pair has a “from” address of a frame and a “to” address of an immediate previous frame on the call stack.

Abstract: Embodiments are disclosed for obtaining a call stack for binaries, where the call stack includes a sequence of frames, and each frame has a “from” address and a “to” address for a call instruction, and for determining basic blocks of instructions for the binaries, where each basic block of instruction has one or more instructions. Further, the embodiments include traversing the call stack to validate from/to address pairs of sequential frames based on control flow routes existing between “from” addresses and “to” addresses of the from/to address pairs, where each from/to address pair has a “from” address of a frame and a “to” address of an immediate previous frame on the call stack.