Every PC has problems from time to time: an application is misbehaving, something's locked up, the entire system seems very slow, maybe you think you've been infected by a virus. Whatever the issue you're trying to solve, the first step is always to take a closer look at what's running on your system, and the resources they're consuming. Windows Task Manager will give you a basic look at this information, but for the real in-depth detail you need a specialist utility like Process Explorer.
Launch the program (it's portable, so no installation required) and you'll immediately see a lengthy list of everything running on your PC, right now. If you're looking for malware, or just programs that you might be running unnecessarily, then scan down the list and look for process names you don't recognise. Found something? Then right-click it, select Search Online, and Process Explorer will open a browser window with the Google search results for that process, a very quick way to identify it.
Maybe you just want to find out who's using all your RAM? Click the Working Set column header (if you don't see it, click View > Select Columns > Process Memory, and check Working Set Size). The "Working Set" figure represents the amount of physical RAM being used by a process, and browsing the list will clearly reveal the memory hogs.
Double-clicking any process opens another dialog that will tell you much more about it. The TCP/IP tab provides details on any internet connections the process has open, for instance. The Performance Graph tab shows you how much system resources it's been using recently, and the Strings tab reveals prompts, URLs, copyright messages and other interesting data hidden in its executable file.
And perhaps Process Hacker's best feature comes in its ability to show you the files, Registry keys and other items a process has open, invaluable information when you're troubleshooting or just trying to understand what a program is doing.
Process Explorer 16.12 chnages:
- Fixes a bug that caused it to crash when it encountered an image with a path length longer than a few thousand characters.