Click to save the current raw memory space as a new .exe file (e.g., unpacked_dump.exe ). Do not close the debugger yet. Step 5: Fixing the Import Address Table (IAT)
Within Scylla, point the tool to the OEP address you discovered. Click followed by Get Imports .
Change the OEP address to match your currently paused instruction pointer (EIP/RIP). Click to save the raw, unpacked PE file. Step 5: Resolving the Devastated IAT
It monitors hardware breakpoints ( DR0 - DR3 ), queries internal kernel structures ( PEB.BeingDebugged ), and utilizes NtSetInformationThread to hide threads from debuggers.
It detects x64dbg, IDA Pro, and Scylla, constantly checking for hardware/software breakpoints ( INT 3 , STI ).
To attempt to unpack Themida 3.x, you need a specialized toolchain: The primary debugger.
Click to save the current raw memory space as a new .exe file (e.g., unpacked_dump.exe ). Do not close the debugger yet. Step 5: Fixing the Import Address Table (IAT)
Within Scylla, point the tool to the OEP address you discovered. Click followed by Get Imports . Themida 3.x Unpacker
Change the OEP address to match your currently paused instruction pointer (EIP/RIP). Click to save the raw, unpacked PE file. Step 5: Resolving the Devastated IAT Click to save the current raw memory space as a new
It monitors hardware breakpoints ( DR0 - DR3 ), queries internal kernel structures ( PEB.BeingDebugged ), and utilizes NtSetInformationThread to hide threads from debuggers. Click followed by Get Imports
It detects x64dbg, IDA Pro, and Scylla, constantly checking for hardware/software breakpoints ( INT 3 , STI ).
To attempt to unpack Themida 3.x, you need a specialized toolchain: The primary debugger.