struct Reverser {
char *name;
char *tools[6];
char *focus;
char *fun_fact;
};
struct Reverser me = {
.name = "Esmil",
.tools = { "IDA Pro", "x64dbg", "gdb/pwndbg",
"Python", "C", "Linux" },
.focus = "Reverse Engineering",
.fun_fact = "Started with C, ended up reading raw assembly 💀"
};
- 🔬 My focus: Reverse Engineering — binaries, malware, CTFs
- 🛠️ Static analysis: IDA Pro is home
- 🐛 Dynamic analysis: x64dbg on Windows, gdb/pwndbg on Linux
- 🐍 Scripting: Python for automation and exploit dev
- 📖 Source reading: C — when you can read source, you read faster
- 🐧 Main env: Linux, always
- ⚡ Fun fact: The best documentation is the disassembly itself
-A8B9CC?style=for-the-badge&logo=c&logoColor=black){kind=icon}
-3776AB?style=for-the-badge&logo=python&logoColor=white){kind=icon}
|
|
# My daily life
while True:
binary = load_binary("unknown.exe")
try:
secrets = reverse(binary)
print(f"Got it: {secrets} 🎉")
except ConfusedByObfuscation as e:
print(f"They tried: {e}")
drink_coffee()
open_ida()
continue # back to the disassembly
if make_sense_of_it_all():
print("If the disassembly makes sense, the day was worth it 🔬")- 🐛 My debugging: Works best at 3 AM with coffee and IDA open
- 💀 Assembly: Once you read enough of it, C looks like poetry
- 🔍 Static analysis: I read binaries the way others read books
- ☕ Coffee: The only dependency I don't reverse
- 🔥 Segfaults: Old friends — they always teach you something
- 📚 Docs: Who needs docs when you have strings and xrefs?
- 🎮 Breaks: Gaming — and occasionally reversing the game itself
