Binary Recovery
Disassembly, control-flow graph recovery, call graph traversal, and workspace-native navigation built for real reverse engineering workflows.
Reverse engineering, without the fragmented toolchain.
Binary analysis, graph recovery, decompilation, runtime debugging, and automation in one native workspace built for actual research sessions, not stitched-together workflows.
int analyze_target(const char* path) {
project.open(path);
pipeline.disassemble();
pipeline.recover_cfg();
pipeline.build_ssa();
return decompiler.emit(project);
}Built around what Rothalyx does in practice — ingest binaries, recover structure, pivot into runtime, and carry project state forward.
Disassembly, control-flow graph recovery, call graph traversal, and workspace-native navigation built for real reverse engineering workflows.
IR lifting, SSA transform, type recovery, composite struct inference, and structured pseudocode generation — no hidden internals.
Breakpoints, thread-aware state inspection, runtime patching, and debugger-driven pivots back into static analysis context.
C SDK, Python scripting, plugin ecosystem, automated fuzzing, exploit surface mapping, and PoC scaffold generation.
Rothalyx is a working reverse engineering environment, not a loose collection of component claims.
Open a binary or project database and move directly into analysis.
Traverse functions, decompilation, CFG, and call relationships in one surface.
Launch runtime debugging, import coverage, and correlate to static structure.
Persist annotations, export artifacts, and automate follow-on analysis.
Native installer on desktop platforms, distro-native package where it matters, and a portable Linux artifact for broader distribution.