UID: The user ID of the user responsible for the process. The above-mentioned output contains the following information about processes. The line below tells the watcher that it has to keep looking at the path entered in the txtFile textBox. In our case, the process associated with the PID 1272 is Remote Desktop Services. To get detailed information related to the processes, pass the -ef or -eF option with the command. A FileSystemWatcher instance can be created as follows using the new keyword: mWatcher new System.IO.FileSystemWatcher () Then we need to assign it a path and a filter to tell the object where to keep looking. Sort the list of process by clicking the column header that is labeled PID. Thankfully PM has a range of filters that can include or exclude data from the output. Part 2: Get Process Name by its ID In order to find the process name by its process ID, open Task Manager and go to the Processes tab. This is due to the fact that hundreds of events can occur per second, and letting malware run for 10-15 minutes will produce hundreds of thousands of events that are logged. With that being said, the output from Process Monitor can be a bit overwhelming (to say the least) if you don’t know how to use it. Plus, all of the output can be exported out to a file for later viewing, which makes life pretty simple. It can be used as a very detailed timeline for malware execution, or set to display the activity associated with a targeted process. It monitors as much or as little activity as you want. “Proces Monitor is an advanced monitoring tool for Windows that shows real-time file system, registry, and process/thread activity” For anyone performing dynamic (live) analysis of malware, an essential tool to have at hand is Windows Sysinternal’s Process Monitor. So why is this a must for malware analysis? The website describes the tool best:
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