§ 0xblack

Muhammed Yıldız

vulnerability research & reverse engineering

I take software apart to find where its assumptions break. Most of that time goes to native code on Windows: reversing binaries, mapping attack surface, and turning “this looks wrong” into a reproducible bug.

Computer engineering student. Everything here is written in public: research write-ups when a finding is worth the long form, notes when it is not.

focus
memory safety · binary exploitation · reverse engineering · malware analysis
tooling
IDA · x64dbg · WinDbg · Ghidra · Python · YARA
location
Turkey
elsewhere
mail/github/x/discord
§ 01 Research all →
§ 02 Notes all →
§ 03 Argus 54 findings →

Automated triage feed. Samples pulled daily, scored without a human in the loop.

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2026-08-030cc87edf5dd17fe02cb5fa89suspicious95%
2026-08-030ce366b7463e6b3c9d389d1csuspicious95%
§ 04 About

I am a computer engineering student working toward vulnerability research full time. That means a lot of hours in a disassembler, a lot of crashes that turn out to be nothing, and occasionally one that does not.

My background is in malware analysis, which is where I learned to read compiler output and stop trusting file formats. The interest has since shifted from what did this sample do to why did this code let it. Memory corruption, parser bugs, and the seams between trust boundaries.

If you have a target worth looking at, a bug you want a second pair of eyes on, or you just want to argue about heap grooming, write to 0xblackrose@proton.me.

§ 05 Currently
reading
Windows kernel internals, allocator behaviour, published root-cause analyses
building
fuzzing harnesses and small triage tooling
practising
CTF reversing and pwn, one category at a time
next
a first CVE worth writing up properly