Windows reverse-engineering command-line tool to dump malware memory components back to disk for analysis. This is a common task for malware researchers who need to dump unpacked or injected code back to disk for analysis with static analysis tools such as IDA.
Process Dump works for 32 and 64 operating systems, uses an aggressive import reconstruction approach, and allows for dumping of regions without PE headers - in these cases PE headers and import tables will automatically be generated. Process Dump supports creation and use of a clean-hash database, so that dumping of clean files such as kernel32.dll can be skipped.
I'm maintaining an official compiled release on my website here: http://split-code.com/processdump.html
Dump all modules from all processes (ignoring known clean modules):
- pd64.exe -system
Dump all modules from a specific process identifier:
- pd64.exe -pid 0x18A
Dump all modules by process name:
- pd64.exe -p .chrome.
Build clean-hash database. These hashes will be used to exclude modules from dumping with the above commands:
- pd64.exe -db gen
Dump code from a specific address in PID 0x1a3:
- pd64.exe -pid 0x1a3 -a 0xffb4000 Generates two files (32 and 64 bit) that can be loaded for analysis in IDA with generated PE headers and generated import table: notepad_exe_x64_hidden_FFB40000.exe notepad_exe_x86_hidden_FFB40000.exe
Process Dump v1.5 Copyright ® 2015, Geoff McDonald http://www.split-code.com/
Process Dump (pd.exe) is a tool used to dump both 32 and 64 bit executable modules back to disk from memory within a process address space. This tool is able to find and dump hidden modules, and it uses a clean hash database to exclude dumping of known clean files. This tool uses an aggressive import reconstruction approach that links all DWORD/QWORDs that point to an export in the process to the corresponding export function.
Before first usage of this tool, when on the clean workstation the clean exclusing hash database can be generated by either: pd -db gen pd -db genquick
Example Usage: pd -system pd -p chrome.exe pd -p "(?i).chrome." pd -pid 419 pd -pid 0x1a3 pd -pid 0x1a3 -a 0x401000
Options: -pid (pid) Dumps all modules not matching the clean hash database from the specified pid into the current working directory. Use a '0x' prefix to specify a hex PID.
-p (regex) Dumps all modules not matching the clean hash database from the process name found to match the filter into specified pid into the current working directory.
-system Dumps all modules not matching the clean hash database from all accessible processes into the working directory.
-g Forces generation of PE headers from scratch, ignoring existing headers.
-v Verbose.
-nh No header is printed in the output.
-nr Disable recursion on hash database directory add or remove commands.
-ni Disable import reconstruction.
-db gen Automatically processes a few common folders as well as all the currently running processes and adds the found module hashes to the clean hash database. It will add all files recursively in: %WINDIR% %HOMEPATH% C:\Program Files\ C:\Program Files (x86)\ As well as all modules in all running processes
-db genquick Adds the hashes from all modules in all processes to the clean hash database. Run this on a clean system.
-db add (dir) Adds all the files in the specified directory recursively to the clean hash database.
-db rem (dir) Removes all the files in the specified directory recursively from the clean hash database.
-db clean Clears the clean hash database.
-db ignore Ignores the clean hash database when dumping a process this time. All modules will be dumped even if a match is found.