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An Expert's Guide to Windows 11: Unlocking Advanced Features and Power User Functionality

I. Introduction: Redefining the Windows Experience

Windows 11 represents a significant evolution in Microsoft's operating system design, moving away from the more utilitarian aesthetic of its predecessor to a more polished and streamlined user interface. This shift has been widely noted, yet it has also led to a misconception that Windows 11 is a less powerful or less configurable operating system. In reality, the simplified facade is a deliberate design choice for general users, while a robust and multi-layered toolkit of advanced features remains accessible to those with a deeper understanding of the system. The operating system's design philosophy is one of a duality, where simplicity for the masses coexists with profound control for power users, system administrators, and developers. This report is designed to serve as a definitive guide to navigating and mastering this duality. Its purpose is to move beyond the standard user documentation and provide an expert-level analysis of Windows 11's non-obvious functionalities. It offers practical, step-by-step instructions and strategic insights into the system's architecture, demonstrating how these features can be leveraged to enhance productivity, streamline system management, and fortify security. The target audience includes power users, system administrators, developers, and tech enthusiasts who seek to optimize their Windows 11 experience to its fullest potential. The structure of this document will logically guide the reader from foundational productivity enhancements to specialized tools and will conclude with a glimpse into the future of AI-driven features, providing a comprehensive view of Windows 11's strategic design.

II. The Multitasking Masterclass: Reimagining the Desktop

Windows 11 fundamentally redefines the user's approach to multitasking. The operating system introduces a suite of powerful, yet often underutilized, features that transform simple window snapping into a sophisticated system of layouts and virtual environments. This section explores these advanced capabilities, providing the knowledge necessary to manage complex workflows with efficiency and precision.

Mastering Window Management with Snap Layouts and Snap Groups

The most visible change in Windows 11's multitasking capabilities is the introduction of Snap Layouts. This feature offers a variety of predefined window arrangements, allowing users to organize open windows for efficient side-by-side work. The layouts can be accessed by simply hovering the mouse cursor over the maximize button of any window.1 An even more modern and intuitive method, introduced in Windows 11, version 22H2, allows a user to drag a window to the top of the screen to activate the layouts, supporting both mouse and touch input.1 A more advanced feature is the automatic creation of Snap Groups. Once a user arranges multiple applications into a Snap Layout, that specific layout is automatically saved as a "group" on the taskbar. By hovering over an app within an existing Snap Layout on the taskbar, the user can view all the applications in that group. This allows for a seamless workflow, as the entire set of windows can be recalled and restored with a single click, enabling effortless switching between different projects or tasks.1 The system's intelligence is also leveraged by AI to optimize these window layouts, further assisting in effective task organization.3

The Power of Parallel Workflows: Advanced Virtual Desktops

Virtual Desktops are a powerful tool for moving beyond a single desktop, allowing for the creation of separate, project-specific workspaces. This capability has been enhanced in Windows 11, offering a level of control that was not previously available. The feature can be accessed by hovering over the Desktops icon on the taskbar, which allows users to create new desktops and switch between them easily.1 For power users and developers, the new Dev Home app provides a centralized "Advanced Settings" panel that exposes deeper customization options. This includes the ability to name virtual desktops (e.g., “Frontend” or “Debugging”) and configure how applications behave across these separate workspaces. This level of configuration empowers users to organize their digital life like a professional, dedicating specific desktops to different projects or tasks, thereby making multitasking significantly smoother.4

Reviving a Classic: Enabling and Using "Aero Shake"

A familiar and popular feature from Windows 7 and 10, known as "Aero Shake," allowed users to minimize all other open windows by shaking the title bar of a single active window. This feature is, by default, disabled in Windows 11.5 However, the operating system provides multiple avenues for re-enabling this functionality, which demonstrates a multi-layered approach to feature configuration that is a hallmark of Windows' design. The simplest method is to use the modern Settings app by navigating to Settings > System > Multitasking and toggling the Title bar window shake switch to "On".5 For more advanced users who prefer non-GUI methods, the feature can be enabled via the Registry Editor by navigating to a specific key path ( HKEY_CURRENT_USER\Software\Microsoft\Windows\CurrentVersion\Explorer\Advanced) and creating or modifying a DWORD value named DisallowShaking with a data value of 0. This change may require a system restart to take effect.5 Lastly, for enterprise environments, the feature can be controlled via the Local Group Policy Editor under User Configuration > Administrative Templates > Desktop by disabling the "Turn off Aero Shake window minimizing mouse gesture" policy.5 This tiered approach to configuration—ranging from a simple toggle for the average user to granular, command-line, and administrative methods for specialists—illustrates a fundamental design philosophy where Microsoft provides different control mechanisms to cater to a diverse user base.

Achieving Uninterrupted Workflows with Focus Sessions

Another powerful, and often overlooked, productivity tool is Focus Sessions. This feature is designed to help users concentrate on a single task by minimizing distractions for a set period of time. It is a built-in function that works in conjunction with the Clock app and the Do Not Disturb (formerly Focus Assist) settings.7 Focus Sessions are ideal for individuals who follow time management techniques like the Pomodoro method or for anyone seeking to work in deep-focus blocks.7 The feature's true power lies in its deep integration and customization. Users can start a session with a simple click from the Notification Center for quick access, or they can use the Clock app for a more detailed setup, including an optional integration with Microsoft To Do to track tasks and with Spotify to play background music.7 For system administrators and power users, the feature can even be automated using PowerShell or Task Scheduler, a capability that is particularly useful for managing productivity in shared or enterprise environments.7 This progressive flow, from organizing individual apps with Snap Layouts, to managing entire projects with Virtual Desktops, and finally to silencing distractions with Focus Sessions, demonstrates a cohesive and holistic vision for enhancing user productivity in the modern workplace.

Feature Primary Use Case How to Access Advanced Configuration/Tips Snap Layouts Maximizing screen efficiency with predefined window arrangements. Hover over the maximize button of a window or drag a window to the top of the screen. AI helps optimize layouts.3 Saved as Snap Groups for quick recall. Snap Groups Quickly restoring a specific set of applications in a saved layout. Hover over a taskbar icon of an app that is part of a Snap Layout. Saved automatically; allows switching between entire workflows with a single click. Virtual Desktops Separating different projects, workflows, or tasks into distinct workspaces. Click the "Task View" icon on the taskbar or press Win + Tab. Name desktops and control app behavior using the Advanced Settings panel in the Dev Home app.4 Aero Shake Quickly minimizing all other open windows to focus on a single one. Shake the title bar of the active window after enabling the feature. Enabled via Settings, Registry Editor (DisallowShaking key), or Group Policy Editor.5

III. Core System and Configuration for the Power User

Beyond its graphical interface, Windows 11 offers a suite of advanced system tools and configuration options that provide deep control over the operating system's core functions. These features represent a strategic move by Microsoft to consolidate and modernize its low-level tools, providing a powerful, unified environment that moves beyond the scattered legacy consoles of the past.

The New Command Line: A Comprehensive Guide to Windows Terminal

Windows Terminal is a modern, central hub for all command-line shells, including Command Prompt, PowerShell, and the Windows Subsystem for Linux (WSL). It was introduced to address the limitations of the standard, barebones console, which required users to juggle multiple windows for different sessions.8 Windows Terminal's key advantages are its advanced features. It allows for multiple tabs within a single window, enabling a user to run different command-line sessions (e.g., Command Prompt and PowerShell) simultaneously without needing multiple windows. It also supports split panes, which is highly useful for developers who might need to run a build process in one pane while monitoring a log file in another.8 Customization is another significant benefit. Users can easily change color schemes, pick custom fonts, adjust text size, and even set background images or transparent "acrylic" effects. This level of personalization is stored in a settings.json file, allowing for precise control and the creation of custom themes. A particularly practical application is assigning a specific color profile to administrative sessions to visually distinguish them from regular ones, which helps prevent accidental commands.8 Other notable features include robust Unicode and UTF-8 support, which ensures that international text, mathematical symbols, and emoji are displayed correctly without manual configuration. It also features a "Quake mode," a drop-down console inspired by video games that can be quickly summoned with a single key press, and a command palette that allows users to search for and run commands from a simple pop-up, much like Visual Studio Code.8 To perform advanced operations, it is essential to open Windows Terminal with administrative rights. This can be done through various methods, such as the Win+X menu, right-clicking the app in the Start menu, or by typing wt into the Run dialog and pressing Ctrl + Shift + Enter.10

Feature Windows Terminal Classic Consoles (e.g., PowerShell) Tabs Yes, multiple sessions in a single window.8 No, limited to one session per window.8 Split Panes Yes, view multiple instances side-by-side in one window.8 No, requires manual resizing and arranging of multiple windows. Customization Extensive; custom fonts, color schemes, background images, and transparency via a JSON file.8 Basic; limited to fixed colors and fonts.8 Unicode Support Robust, with native UTF-8 support that handles special characters and international text.8 Limited; can run into encoding issues with certain characters.8 Unique Features Includes Quake mode, a command palette, and a focus mode.8 Does not include these advanced productivity features.

Unveiling Task Manager’s Modern Capabilities

The Task Manager in Windows 11, accessible via Ctrl + Shift + Esc or by right-clicking the Start button 11, is more than just a tool for ending unresponsive applications. It has been enhanced with new columns and features that provide a richer and more detailed view of system performance, catering to users who need to diagnose and troubleshoot system issues.11 To understand what is slowing down a PC, users can now add the GPU column to monitor graphics card performance. Similarly, for laptop and tablet users, the "Power usage" and "Power usage trend" columns can be added to the processes tab to identify which applications are draining the battery, making it a valuable tool for optimizing battery life.11 The tool also offers user customization, such as the ability to change the default tab that opens on startup, allowing users to go directly to the Performance or App history tab if they prefer. A useful trick for closer inspection is the ability to temporarily freeze all the constantly changing values in Task Manager by holding down the Ctrl key.11

The Legendary "God Mode": Centralizing Administrative Control

A well-known but non-official feature is the "God Mode" folder. It is not a secret cheat code that unlocks extra system capabilities, but rather a special folder that acts as a centralized access point for over 200 administrative, management, and Control Panel tools.12 This feature provides a single, easy-to-scroll-through interface for a vast collection of settings that are otherwise scattered throughout the operating system's menus and sub-menus. The fact that a simple folder trick can serve as a comprehensive index for these tools highlights a deeper architectural truth about Windows: its many configuration components are still, to a degree, a collection of disparate parts. The "God Mode" folder provides a valuable, albeit unofficial, table of contents for the Windows back-end. To create this folder, a user with administrative privileges simply needs to create a new folder on the desktop and rename it with this exact string: GodMode.{ED7BA470-8E54-465E-825C-99712043E01C}.12 The folder icon will change to a Control Panel-style icon, and double-clicking it will open the centralized list of tools. While searching the Start menu may be faster for an experienced user who knows the name of a specific tool, the "God Mode" folder is an excellent way for power users to browse and discover the full range of available Windows tools.12

Breaking Down Barriers: The Long File Paths Toggle

One of the most persistent frustrations for developers and power users has been the legacy 260-character path limit, which often caused errors when dealing with deeply nested directory structures and large codebases.4 For years, the solution to this problem often involved complex registry hacks. With Windows 11, Microsoft has provided a modern, graphical solution to this issue. A new toggle in the Dev Home app's advanced settings panel allows users to break free from the 260-character limit. This switch enables the use of modern Unicode paths, which can support up to 32,000 characters. This feature is a clear nod to power users, providing them with a streamlined, official method to manage complex projects without the need for manual registry edits.4

IV. Fortifying Your System: A Deep Dive into Security & Privacy

Windows 11 places a strong emphasis on security and privacy, introducing a number of features that move beyond traditional, explicit user actions. These capabilities offer a proactive and context-aware approach to protecting a user's data, which is especially important in corporate and mobile environments.

Proactive Security with Dynamic Lock

Dynamic Lock is a sophisticated security feature that automatically locks a Windows device when a Bluetooth-paired phone’s signal strength falls below a predefined level.14 This functionality provides an additional layer of protection, making it more difficult for an unauthorized individual to gain access to a user's device if they step away and forget to lock it manually.14 It is crucial to note, however, that Dynamic Lock is intended as a supplementary security measure and not a replacement for manually locking a computer. The feature only activates if the system is idle and the Bluetooth signal falls below the threshold.14 The implementation of Dynamic Lock reveals a clear distinction between consumer-facing and enterprise-facing feature sets. While a casual user might simply enable the feature in a settings menu, the deeper configurations are designed for enterprise IT administrators. The feature can be configured using a Group Policy Object (GPO) or Microsoft Intune, which allows for precise control over the signal strength thresholds.14 For example, the XML signal rule can be used to specify the rssiMin and rssiMaxDelta values. The rssiMin attribute defines the signal strength required for the device to be considered "in-range," while the rssiMaxDelta tells Windows to lock the device once the signal weakens by a certain amount.14 This demonstrates a strategic move toward context-aware and seamless security, where the user's physical presence is inferred to automate security tasks, a key theme in modern security design.

Method Target Audience Configuration Path Key Settings Group Policy Object (GPO) Enterprise IT Administrators managing a domain. Computer Configuration > Administrative Templates > Windows Components > Windows Hello for Business.14 Enable Configure dynamic lock factors and define the XML rule string with rssiMin and rssiMaxDelta values.14 Microsoft Intune Modern IT Administrators using Mobile Device Management (MDM). Devices > Windows > Configuration policies.14 Create a custom policy and add OMA-URI settings for DynamicLock and DynamicLock/Plugins with boolean and string values, respectively.14

Taking Control of Your Data: Advanced Privacy Settings

While Windows 11 does collect data to improve its services and user experience, it also provides users with granular control over what information is shared with Microsoft and third-party applications.2 Taking control of these settings is a critical step for fortifying a system's privacy. The primary hub for these controls is located in the Settings app under the Privacy & security menu.15 This section provides a list of general privacy options and links to specific settings for other system components and applications, empowering users to customize their data-sharing preferences and protect their personal information.15

V. The Developer's Toolkit: Running and Debugging Android Apps

Windows 11 is not merely a user-facing operating system; it is also a platform designed to embrace heterogeneous ecosystems. The Windows Subsystem for Android (WSA) is a prime example of this strategy, positioning Windows 11 as a powerful environment for both running and developing Android applications. This section explores how WSA can be leveraged beyond its basic consumer functionality, serving as a robust toolkit for developers.

Setting up the Windows Subsystem for Android (WSA)

The most straightforward way to install WSA is by downloading the Amazon Appstore from the Microsoft Store. This action automatically and silently installs the Windows Subsystem for Android in the background, providing a virtualized platform for running Android apps.16 While this process is simple for a casual user, unlocking the platform’s full potential requires a more advanced setup.

Developer Mode, ADB, and APK Sideloading

For developers, the first crucial step is to enable Developer mode within the Windows Subsystem for Android settings.16 Once enabled, the industry-standard Android Debug Bridge (ADB) tool can be used to connect to the WSA virtual machine, allowing for advanced operations like testing, debugging, and sideloading applications.16 The availability of a dedicated developer mode and the reliance on standard tools like ADB demonstrate that WSA is not just an emulation layer but a serious development platform designed to attract Android developers to the Windows ecosystem. The process of sideloading an APK, which is critical for developers, requires a multi-step approach: Prerequisites: A user must first install the ADB tools and add the location of the tools to the system's PATH environment variable. This allows ADB commands to be executed from any location in the command line.18 Connecting to the VM: With the ADB tools set up, the user must launch an Android app to start the WSA virtual machine. The ADB client on the host machine can then be connected to the WSA virtual machine using the specific command: adb connect 127.0.0.1:58526.16 Installing APKs: Once the connection is established, an APK file can be sideloaded using the adb install app-debug.apk command. A successful installation will result in a notification and the app becoming available in the Start menu.16 This process demonstrates a clear separation between the simple, one-click experience for consumers and the more complex, command-line-driven workflow required by professionals, highlighting the necessity of a detailed guide for this audience.

Command Function Example Use Case adb connect 127.0.0.1:58526 Establishes a connection between the host machine's ADB client and the WSA virtual machine.16 Used after enabling Developer mode and launching an Android app to prepare for debugging or sideloading. adb install app-debug.apk Sideloads an Android application package (APK) file onto the WSA environment.16 Used to install and test an application that is not available on the Amazon Appstore. adb shell am start Launches a specific activity or app component for debugging purposes.19 Used by developers to test how an app behaves during its startup sequence. adb shell setprop debug.debuggerd.wait_for_debugger true Instructs the debugger to suspend a crashed process, allowing a developer to attach a debugger for post-mortem analysis.19 Used for diagnosing why a native app or process is crashing during execution.

VI. Personalization and Customization: Tailoring Windows to Your Needs

Windows 11's default user interface is a significant departure from previous versions, but the operating system provides numerous customization options that allow users to tailor the experience to their preferences. These features, some of which require advanced configuration, are a direct response to user feedback, showcasing a dynamic evolution of the OS that balances a new design vision with legacy preferences.

The Start Menu: Beyond Pins and Recommendations

The Start menu in Windows 11 has three main layout options: More Pins, More Recommendations, and Default. These can be configured in Settings > Personalization > Start, allowing a user to prioritize either their pinned applications or recently accessed files and apps.20 To create a more efficient workflow, users can also add shortcuts to common folders like Documents or Downloads directly next to the power button, providing quick access to frequently used locations.20 Furthermore, for organizing a cluttered Start menu, users can create and rename folders for pinned applications by simply dragging one tile over another. To add more apps, users can drag them into the folder; to remove one, they simply drag it out.20

The Taskbar: Fine-Tuning Its Behavior and Appearance

One of the most notable visual changes in Windows 11 is the centered Start button and taskbar icons. For users who prefer the traditional layout, the taskbar can be aligned to the left in Taskbar behaviors under Taskbar settings.2 The Taskbar settings menu also provides a variety of toggles to show or hide items like the Task view button, the Widgets panel, and the Search box, allowing users to customize the taskbar to their needs.21 Beyond visibility, the Taskbar behaviors section includes advanced options such as automatically hiding the taskbar, displaying the taskbar on all monitors, and controlling whether badges or flashing alerts are shown on app icons.21

Restoring the Classic Right-Click Context Menu

The redesigned right-click context menu in Windows 11 has been a source of contention for many power users, as it simplifies the interface by hiding many previously available options behind an additional click on "Show More Options".2 The existence of a definitive solution to this problem demonstrates the operating system's pragmatic approach to user legacy preferences. To restore the old, full context menu, a user must use the command line via Windows Terminal. By opening Terminal as an administrator and executing a specific reg.exe add command, the user can modify the Registry to revert to the classic menu behavior.2 The command, reg.exe add "HKCU\Software\Classes\CLSID{86ca1aa0-34aa-4e8b-a509-50c905bae2a2}\InprocServer32" /f /ve, restores the old functionality. This process highlights a fascinating discrepancy in design: while simple changes like taskbar alignment are provided via a user-friendly toggle, a critical feature like the context menu still requires a low-level registry hack. This may suggest that Microsoft sees the old context menu as a legacy feature they are willing to accommodate for power users but not prioritize for a full graphical integration, a subtle but important point about the OS's design trajectory.

VII. The AI-Enhanced Future: New Capabilities and Copilot+ PCs

The most forward-looking aspect of Windows 11 is its deep integration with artificial intelligence, which is not limited to a single feature but permeates the operating system. This strategic move is poised to redefine how users interact with their machines, particularly on new, dedicated hardware.

An Overview of AI Integration: From Live Captions to Copilot

Live Captions is a powerful accessibility feature that leverages AI to automatically transcribe audio from any source on the system in real-time. This includes not only videos and podcasts but also live microphone input.2 The feature is highly customizable, allowing users to change the position of the captions (docked Above screen, Below screen, or as a floating Overlaid on screen window) and to create custom caption styles with different fonts and colors.22 Live Captions has even been discovered to work in games that lack built-in subtitles, as long as they are running in windowed mode, making it a valuable tool for a wide range of users.2 Beyond accessibility, Copilot serves as an integrated AI companion that can generate text and images, assist with research, and integrate with Microsoft 365 applications.2 Copilot's functionality is designed to be conversational and can provide direct answers, rephrase responses, or present information in different formats like lists or tables.23

Exclusive to the Edge: Copilot+ PC-Specific Features

A critical distinction for understanding the future of Windows 11's advanced features is the introduction of Copilot+ PCs. These devices are equipped with a dedicated Neural Processing Unit (NPU) that allows them to run AI features locally, independent of cloud services.2 This signals a major strategic pivot for Microsoft, tying advanced software functionality directly to new hardware and creating a tiered experience for users. One of the key hardware-dependent features is a new natural language search functionality that uses "semantic indexing" to understand the meaning behind search queries.24 Unlike the traditional keyword-based search, which requires a user to know the specific name of a file, this new system allows users to find files, photos, and settings using natural language phrases like "bridge at sunset" to locate images or "Europe trip budget" to find relevant documents.2 This represents a profound change in user interaction, moving toward a more intuitive, conversational interface. Other exclusive features include the "Click to Do" menu, which opens when a user selects a block of text or an image and allows them to use that selection as a quick query with Copilot. The screen reading tool is also enhanced to summarize images that lack Alt-text with an AI-written explanation.2

Feature Standard Windows 11 Copilot+ PC (with NPU) Search Traditional keyword-based search that finds files and settings by name.24 New natural language search that uses semantic indexing to understand the meaning behind queries.2 Copilot Integration Provides a base model for text and image generation and integration with Office apps.2 Includes a "Click to Do" menu that opens when selecting text or images, allowing for quick, context-aware queries.2 Screen Reading Supports text-based screen reading for accessibility.2 Includes the ability to summarize images that lack Alt-text with an AI-written explanation.2

VIII. Conclusion: A Strategic Perspective on Windows 11

This report has detailed the advanced and often overlooked features of Windows 11, revealing a rich and deeply configurable operating system that exists beneath its polished, user-friendly surface. The analysis has shown that the "hidden" features are not an oversight but a deliberate architectural choice by Microsoft. This design balances a simplified, accessible experience for the average user with a powerful, comprehensive toolkit for the expert. The evidence presented throughout this report points to several key strategic themes. The first is the modernization of core system components, as seen in the transition from legacy consoles to the unified and customizable Windows Terminal, and the shift from manual registry hacks to a dedicated "Advanced Settings" panel in the Dev Home app.4 The second is the development of Windows 11 as a truly versatile and heterogeneous platform, demonstrated by the inclusion of the Windows Subsystem for Android, which is not just an emulation layer but a serious, fully-featured development environment.16 The third is the strategic pivot toward context-aware security and privacy, exemplified by Dynamic Lock, which uses ambient data to automate security tasks and is designed with enterprise deployment in mind.14 Finally, the most significant shift is the strategic tie-in of advanced AI features to new hardware, as seen with Copilot+ PCs and their reliance on a dedicated NPU for capabilities like natural language search.2 For different user types, these findings suggest different paths to mastery. For a general user, leveraging simple customizations like Start Menu layouts and taskbar alignment can significantly improve their daily experience.20 A power user will find immense value in mastering tools like Windows Terminal and Task Manager and in using the "God Mode" folder as a valuable reference.8 For developers and IT professionals, the report underscores the importance of exploring the Windows Subsystem for Android and monitoring the advancements of Copilot+ PC features, as these represent the future direction of the operating system.16 Ultimately, the hidden features of Windows 11 are not obscure secrets but rather the true engine of the operating system. They represent a meticulously layered design that offers something for everyone, from the casual user to the most demanding professional. This report serves as the key to unlocking that full potential, providing the knowledge to configure, control, and master the Windows 11 experience. 참고 자료 Windows 11 overview for administrators | Microsoft Learn, 8월 13, 2025에 액세스, https://learn.microsoft.com/en-us/windows/whats-new/windows-11-overview Windows 11: Best Hidden Features, Tips, and Tricks | Extremetech, 8월 13, 2025에 액세스, https://www.extremetech.com/computing/windows-11-best-hidden-features-tips-and-tricks Windows 11 for SMBs: Boost Security, Productivity, and Innovation ..., 8월 13, 2025에 액세스, https://www.lenovo.com/us/en/faqs/microsoft/why-windows-11/ Windows 11's New Advanced Settings: A Power User's Dream (No More Registry Hacks!), 8월 13, 2025에 액세스, https://dev.to/squaredtech/windows-11s-new-advanced-settings-a-power-users-dream-no-more-registry-hacks-h3k How to minimize windows with Title Bar Shake in Windows 11? - Greatis Software, 8월 13, 2025에 액세스, https://greatis.com/unhackme/help/guide/title-bar-shake-windows-11.htm 2 Methods to Enable or Disable Title Bar Shake to Minimize in Windows 11 - Top Password, 8월 13, 2025에 액세스, https://www.top-password.com/blog/enable-or-disable-title-bar-shake-to-minimize-in-windows-11/ How to Start and End Focus Sessions in Windows 11 | NinjaOne, 8월 13, 2025에 액세스, https://www.ninjaone.com/blog/how-to-start-and-end-focus-sessions-in-windows-11/ 5 Windows Terminal features that make it better than standard PowerShell, 8월 13, 2025에 액세스, https://www.xda-developers.com/windows-terminal-features-better-than-powershell/ Advanced profile settings in Windows Terminal - Microsoft Learn, 8월 13, 2025에 액세스, https://learn.microsoft.com/en-us/windows/terminal/customize-settings/profile-advanced Open Windows Terminal as Administrator in Windows 11, 8월 13, 2025에 액세스, https://allthings.how/open-windows-terminal-as-administrator-in-windows-11/ How to Use Task Manager in Windows 11: 7 Tips and Tricks ..., 8월 13, 2025에 액세스, https://www.technine.be/2024/01/28/how-to-use-task-manager-in-windows-11-7-tips-and-tricks/ What Is the "God Mode" Folder in Windows 10, and How Do I Enable It? - How-To Geek, 8월 13, 2025에 액세스, https://www.howtogeek.com/402458/enable-god-mode-in-windows-10/ www.littletonma.org, 8월 13, 2025에 액세스, https://www.littletonma.org/264/How-to-Create-the-God-Mode-Control-Panel#:~:text=To%20enter%20this%20mode%2C%20create,change%20all%20kinds%20of%20settings. Dynamic lock | Microsoft Learn, 8월 13, 2025에 액세스, https://learn.microsoft.com/en-us/windows/security/identity-protection/hello-for-business/hello-feature-dynamic-lock Change privacy settings in Windows - Microsoft Support, 8월 13, 2025에 액세스, https://support.microsoft.com/en-us/windows/change-privacy-settings-in-windows-55466b7b-14de-c230-3ece-6b75557c5227 Windows Subsystem for Android™️ - Learn Microsoft, 8월 13, 2025에 액세스, https://learn.microsoft.com/en-us/windows/android/wsa/ What is the Windows Subsystem for Android (WSA)?, 8월 13, 2025에 액세스, https://typescript.tv/hands-on/what-is-the-windows-subsystem-for-android-wsa/ How to install ADB on Windows, macOS, and Linux - XDA Developers, 8월 13, 2025에 액세스, https://www.xda-developers.com/install-adb-windows-macos-linux/ Use debuggers | Android Open Source Project, 8월 13, 2025에 액세스, https://source.android.com/docs/core/tests/debug/gdb Customize the Windows Start Menu - Microsoft Support, 8월 13, 2025에 액세스, https://support.microsoft.com/en-us/windows/customize-the-windows-start-menu-fde6f576-0fc0-0813-6b0d-d3ec1d244c50 Customize the Taskbar in Windows - Microsoft Support, 8월 13, 2025에 액세스, https://support.microsoft.com/en-us/windows/customize-the-taskbar-in-windows-0657a50f-0cc7-dbfd-ae6b-05020b195b07 Use live captions to better understand audio - Microsoft Support, 8월 13, 2025에 액세스, https://support.microsoft.com/en-us/windows/use-live-captions-to-better-understand-audio-b52da59c-14b8-4031-aeeb-f6a47e6055df Enjoy AI Assistance Anywhere with Copilot for PC, Mac, Mobile, and More - Microsoft, 8월 13, 2025에 액세스, https://www.microsoft.com/en/microsoft-copilot/for-individuals Windows 11 Is Getting a Better File Search, but Not for All PCs - How-To Geek, 8월 13, 2025에 액세스, https://www.howtogeek.com/windows-11-copilot-pc-search-improvements/