Windows 11

How to Find Windows 11 Process ID

Unveiling Process IDs in Windows 11: A Step-by-Step Guide


Windows 11 assigns a unique decimal number called the process ID for identifying various processes on the system. This number has several uses, like specifying the process when attaching a debugger. Whenever you run a program on your PC, your PC assigns a process ID to track and manage that program.

No two processes have the same process ID. This article will explore how you can determine the PID for a particular app using Task Manager, the tasklist Windows command, the TList utility, the PowerShell Get-Process command, or the debugger.

Find Windows 11 Process ID Using Task Manager

Task Manager is arguably the easiest way to retrieve your PIDs on your computer. Other than viewing and closing a process or process updates, you can view several things, including Process IDs. After opening the utility with a combination of hotkeys, the rest are just a few clicks away. Here are the steps to complete this:

  1. Hit the ctrl + shift + esc keys simultaneously to launch Task Manager.
    Process ID for Windows 11
  2. Then, click the Hamburger menu, click Details, and see the process ID under the PID column.
    Process ID for Windows 11

Using the Windows PowerShell

The Windows PowerShell can help you find your unique Process IDs with a simple command. When you open it as an admin, you can get the number with ease. Follow the steps below to use Windows PowerShell to get your PID:

  1. Press the Windows + X keys simultaneously to open the Quick Link menu, and click the Terminal (Admin) option.
    Process ID for Windows 11
  2. When the UAC window opens, click Yes.
  3. Enter the following command and hit Enter:
    Process ID for Windows 11
  4. The process IDs are listed in the Id column.
    Process ID for Windows 11

Find Windows 11 Process ID Via Command Prompt

The Command Prompt can help you find your unique Process IDs easily with a simple command. Follow the steps below to use Command Prompt to get your PID:

  1. Hold the Windows + S keys simultaneously, and enter command in the search field.
  2. While holding the ctrl and shift keys down, press ENTER to start the Command Prompt as an admin.
  3. When you receive a prompt, click Yes.
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  4. When the console opens, paste the following command and hit Enter:
  5. Then, view the process ID under the PID column.
    Process ID for Windows 11

Find Process ID Using the Task List Viewer (TList)

The Task List Viewer (TList), aka tlist.exe, is a helpful command-line tool that displays a list of tasks and user-mode processes currently running on your computer. TList is included in the Debugging Tools for Windows. To learn how to download and install these tools, please refer to Debugging Tools for Windows.

If you’ve installed the Windows Driver Kit in the default directory on a 64-bit PC, you can locate the debugging tools here:
C:\Program Files (x86)\Windows Kits\10\Debuggers\x64\

When you run TList from the command prompt, it will show you a list of all the user-mode processes in memory, along with a unique PID number. For each process, TList displays the PID, process name, and the title of its window (as applicable).

In conclusion, understanding and finding Process ID (PIDs) in Windows 11 can be valuable for troubleshooting, system monitoring, and managing running processes. This guide explored several methods for finding Process IDs, including Task Manager, Command Prompt, and PowerShell.

The step-by-step instructions in this guide can help you find the unique identifier for each running process effortlessly. Whether you’re a tech enthusiast, IT professional, or just curious about the operations of your computer, knowing how to find PIDs can help you diagnose and resolve issues more effectively.

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Richard Omachona
Richard is a techie in providing fixes and solutions for computer issues of various kinds. Among his contemporaries, he is a preferred choice. His experiences are vast in Windows operating systems, and several other skills in programming such as Python, Web Frontend designing implementing at industry standards, best practices in HTML, CSS and JavaScript. and basics in Web Backend. He also loves traveling, gaming and music.