Binrev- Automate Reversing Windows Binaries for Pentesters

Radically reduces Android reverse-engineering overhead from tens of minutes and gigabytes of memory to milliseconds and megabytes, providing an ideal, stateless code analysis primitive for autonomous security agents and vulnerability researchers.

Covers assembly protections like ASLR, DEP, SafeSEH, and Authenticode signing, shows how PESecurity flags unsigned binaries, and explains decompiling .NET assemblies to review code.

Java and .NET binaries decompile trivially unless obfuscated. The post covers name renaming, string encryption, and control flow obfuscation, with a short Zelix Klassmaster tutorial.

Patching Java jars without source: extract classes, edit bytecode directly, verify, and repack — faster and less error-prone than decompiling, and handy for bypassing license or signature checks.

Part two of a series abusing CIL invocation opcodes: explains callvirt's virtual dispatch internals and uses CLR implementation quirks to call supposedly inaccessible methods, confusing decompilers.

Shows how clever use of the ordinary CIL call opcode, bypassing normal callvirt conventions, can produce confusing code that fools decompilers, reflection and reverse engineers.