DARK • BYPASS

0x139710 00 00 80 D2 C0 03 5F D6 // FULL_PATTERN
0x1C8D00 HOOK OFFSET
0x1DEA8C 00 00 80 D2 C0 03 5F D6 // FULL_PATTERN
0x1ECD44 00 00 80 D2 C0 03 5F D6 // FULL_PATTERN
0x213000 C0 03 5F D6 // PARTIAL_PATTERN
0x213360 C0 03 5F D6 // PARTIAL_PATTERN
0x21B030 00 00 80 D2 C0 03 5F D6 // FULL_PATTERN
0x21FF80 HOOK OFFSET
0x2234B0 C0 03 5F D6 // PARTIAL_PATTERN
0x228168 HOOK OFFSET
0x228560 HOOK OFFSET
0x2328F0 HOOK OFFSET
0x23607C 00 00 80 D2 C0 03 5F D6 // FULL_PATTERN
0x268174 00 00 80 D2 C0 03 5F D6 // FULL_PATTERN
0x29BF24 00 00 80 D2 C0 03 5F D6 // FULL_PATTERN
0x2B1110 00 00 80 D2 C0 03 5F D6 // FULL_PATTERN
0x2C8E10 00 00 80 D2 C0 03 5F D6 // FULL_PATTERN
0x2DF104 00 00 80 D2 C0 03 5F D6 // FULL_PATTERN
0x33B274 00 00 80 D2 C0 03 5F D6 // FULL_PATTERN
0x36A5B8 00 00 80 D2 C0 03 5F D6 // FULL_PATTERN
0x371418 00 00 80 D2 C0 03 5F D6 // FULL_PATTERN
0x37FD78 00 00 80 D2 C0 03 5F D6 // FULL_PATTERN
0x39F56C 00 00 80 D2 C0 03 5F D6 // FULL_PATTERN
0x3A4CD0 HOOK OFFSET
0x3A564C 00 00 80 D2 C0 03 5F D6 // FULL_PATTERN
0x431800 00 00 80 D2 C0 03 5F D6 // FULL_PATTERN
0x46EFD0 HOOK OFFSET
0x4B03BC 00 00 80 D2 C0 03 5F D6 // FULL_PATTERN
0x4D47D8 00 00 80 D2 C0 03 5F D6 // FULL_PATTERN
0x4D5198 00 00 80 D2 C0 03 5F D6 // FULL_PATTERN
0x4DF680 HOOK OFFSET
0x50002C C0 03 5F D6 // PARTIAL_PATTERN
0x5026EC 00 00 80 D2 C0 03 5F D6 // FULL_PATTERN
0x505A44 00 00 80 D2 C0 03 5F D6 // FULL_PATTERN
0x50C1F8 00 00 80 D2 C0 03 5F D6 // FULL_PATTERN
0x51FA80 HOOK OFFSET
0x5201E0 00 00 80 D2 C0 03 5F D6 // FULL_PATTERN
0x520690 HOOK OFFSET

Online bypass 🤣 jiska h bo smj jao

ABUALI(__int64, sub_451564, (__int64 a1, __int64 a2)) {
    if (!a2) 
    return 0LL;
    size_t sz = *(size_t*)(a2 + 240);
    if (sz > 0 && sz <= 32) memcpy((void*)(a2 + 248), libanogsClean, sz);
    return osub_451564(a1, a2);
}
HOOK_LIB("libanogs.so", "0x451564", hsub_451564, osub_451564);

#!/usr/bin/env python3 import sys import shutil from elftools.elf.elffile import ELFFile from Crypto.Cipher import AES from Crypto.Util.Padding import pad, unpad # 16/24/32 byte key (must be fixed size) KEY = b"1234567890abcdef" IV = b"abcdef1234567890" def list_sections(path): with open(path, "rb") as f: elf = ELFFile(f) print("\n[+] Sections:\n") for sec in elf.iter_sections(): print(f"{sec.name:<20} size={sec['sh_size']}") def aes_encrypt(data): cipher = AES.new(KEY, AES.MODE_CBC, IV) return cipher.encrypt(pad(data, 16)) def aes_decrypt(data): cipher = AES.new(KEY, AES.MODE_CBC, IV) return unpad(cipher.decrypt(data), 16) def process_section(path, section_name, mode="enc"): backup = path + ".bak" shutil.copy2(path, backup) print(f"[+] Backup created: {backup}") with open(path, "r+b") as f: elf = ELFFile(f) target = None for sec in elf.iter_sections(): if sec.name == section_name: target = sec break if not target: print("[-] Section not found") return offset = target["sh_offset"] size = target["sh_size"] print(f"[+] Section: {section_name}") print(f"[+] Offset : {offset}") print(f"[+] Size : {size}") f.seek(offset) data = f.read(size) if mode == "enc": out = aes_encrypt(data) else: out = aes_decrypt(data) # WARNING: size mismatch possible if padding changes f.seek(offset) f.write(out[:size]) print(f"[+] {mode.upper()} done") def usage(): print(""" Usage: List: python3 elf_aes_enc.py list lib.so Encrypt: python3 elf_aes_enc.py enc lib.so .rodata Decrypt: python3 elf_aes_enc.py dec lib.so .rodata """) def main(): if len(sys.argv) < 3: usage() return cmd = sys.argv[1] if cmd == "list": list_sections(sys.argv[2]) elif cmd in ["enc", "dec"]: if len(sys.argv) != 4: usage() return process_section(sys.argv[2], sys.argv[3], cmd) else: usage() if name == "main": main()

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