Decrypt Moonsec - V3
out = decrypt_moonsec_v3(enc_data, key)
import sys def decrypt_moonsec_v3(data, key): decrypted = bytearray() key_len = len(key) for i in range(len(data)): # Moonsec V3 often uses: (byte ^ key[i % key_len]) - i byte = data[i] byte ^= key[i % key_len] byte = (byte - i) & 0xFF decrypted.append(byte) return decrypted with open("moonsec_sample.bin", "rb") as f: enc_data = f.read() Replace with actual key extracted from stub key = b'\xAB\xCD\xEF\x01\x23\x45\x67\x89' Decrypt Moonsec V3
Here’s a generic Python decryptor based on reversing the XOR+ROL routine: out = decrypt_moonsec_v3(enc_data
out = decrypt_moonsec_v3(enc_data, key)
import sys def decrypt_moonsec_v3(data, key): decrypted = bytearray() key_len = len(key) for i in range(len(data)): # Moonsec V3 often uses: (byte ^ key[i % key_len]) - i byte = data[i] byte ^= key[i % key_len] byte = (byte - i) & 0xFF decrypted.append(byte) return decrypted with open("moonsec_sample.bin", "rb") as f: enc_data = f.read() Replace with actual key extracted from stub key = b'\xAB\xCD\xEF\x01\x23\x45\x67\x89'
Here’s a generic Python decryptor based on reversing the XOR+ROL routine: