find-gaps

To locate undocumented code segments in an assembly binary, use a gap detection process that assemblies and verifies code against reference binaries to isolate uncharted regions for targeted reverse engineering.

Gap detection in reverse engineering is the process of identifying and categorizing uncharted code regions within a binary, allowing analysts to focus their symbolic analysis on undocumented routines.

You can visualize undocumented code gaps during binary analysis by categorizing and displaying them according to size, providing contextual information to help security analysts explore specific binary internals.

Yes, you need to know assembly to use this binary gap detection skill, as it requires familiarity with assembly, binary comparison, and symbolic analysis to effectively interpret uncharted code regions.

Yes, you can automate building and verifying assembled code against reference binaries through gap assembly and comparison features, which validate the assembled output to detect discrepancies and undocumented areas.