Www Kkmoom Com Pc Rar May 2026

[0x00401000]> pdf @ sym.main The decompiled pseudo‑code (via Ghidra) shows:

def run(cmd): return subprocess.check_output(cmd, shell=True).decode() www kkmoom com pc rar

The buffer buf is filled from an encrypted static array ( encrypted ) using a XOR key that lives in the .rdata section. 5.4. Dump the encrypted blob & the key # Encrypted data location (r2): [0x00401000]> s 0x00406000 # (example address) [0x00406000]> pd 20 # → .rdata: 0x100 bytes = encrypted payload [0x00401000]> pdf @ sym

0x00401000 push ebp 0x00401001 mov ebp, esp 0x00401003 sub esp, 0x200 0x00401009 call 0x00402000 ; → get current module handle 0x0040100e mov eax, dword [0x00403000] ; pointer to packed data 0x00401013 mov ecx, dword [0x00403004] ; packed size 0x00401018 mov edx, dword [0x00403008] ; uncompressed size 0x0040101d call 0x00404000 ; → custom LZ‑type decompressor 0x00401022 jmp eax ; jump to decompressed payload The decompressor resides at 0x00404000 . It is a relatively small routine (≈ 120 bytes) that implements a . 4.2. Dump the packed data The packed payload is stored as a raw byte array at RVA 0x403000 . Extract it with readelf / dd : It is a relatively small routine (≈ 120

int __cdecl main() { char buf[0x100]; DWORD bytes; GetStdHandle(STD_OUTPUT_HANDLE); VirtualAlloc(0, 0x2000, MEM_COMMIT, PAGE_READWRITE); // Decrypt loop: for (i = 0; i < 0x100; ++i) buf[i] = encrypted[i] ^ key[i % keylen]; // WriteFile to stdout WriteFile(hStdOut, buf, 0x100, &bytes, 0); // Compare with expected value if (memcmp(buf, "FLAG", 5) == 0) puts(buf); else puts("Try again!"); return 0;