Microsoft Introduces New Way to Install Copilot on Windows 11 via Microsoft 365

by Anika Shah - Technology
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Microsoft Shifts Copilot Deployment to Standalone App for Windows 11

Microsoft is transitioning Copilot on Windows 11 from a built-in system component to a standalone app, deployable via the Microsoft Store and synchronized through Microsoft 365 updates. This architectural shift allows Microsoft to update AI capabilities independently of Windows OS builds, according to official Microsoft documentation.

How does the new Copilot installation process work?

Copilot is no longer strictly tied to the Windows 11 shell. Microsoft now delivers Copilot as a web-based application. Users receive the update through the Microsoft Store or via automatic updates linked to their Microsoft 365 subscription. Once installed, the app appears as a separate icon on the taskbar, though it retains the ability to interact with some system settings.

From Instagram — related to Microsoft Store, Copilot for Microsoft

According to Microsoft’s support documentation, the app version of Copilot requires a Microsoft account to function. Users who previously accessed Copilot via a dedicated system keyboard shortcut (Windows + C) may find that the shortcut now launches the standalone app rather than a side-panel integrated into the OS explorer.

What is the role of Microsoft 365 updates in Copilot’s rollout?

Microsoft uses Microsoft 365 update channels to bridge the gap between the OS-level AI and productivity-specific AI. While the basic Copilot app is available to most Windows 11 users, “Copilot for Microsoft 365” is a premium layer deployed through M365 license updates.

What is the role of Microsoft 365 updates in Copilot's rollout?

This version integrates directly into Word, Excel, and PowerPoint. Microsoft states that these updates are pushed to users with a Copilot for Microsoft 365 subscription, which costs $30 per user per month for business customers. This deployment method ensures that AI features in Office apps stay synchronized with the version of Copilot running on the Windows desktop.

How does the app version differ from the integrated system feature?

The transition from a system feature to an app changes how the software is maintained and how it behaves on the desktop. The following table outlines the primary differences:

Microsoft Copilot Tutorial
Feature Previous Integrated Version New Standalone App
Update Cycle Tied to Windows OS updates Independent via Microsoft Store/M365
OS Dependency Deeply embedded in Windows Shell Runs as a separate application process
Accessibility Side-panel (fixed) Floating window (resizable/movable)
Requirements Windows 11 Build dependent Microsoft Account and Store access

What are the requirements for Copilot+ PCs?

While the Copilot app runs on most modern Windows 11 hardware, Microsoft has introduced a higher tier of hardware known as Copilot+ PCs. These devices are designed to handle AI tasks locally rather than relying entirely on the cloud.

What are the requirements for Copilot+ PCs?

According to Microsoft’s hardware specifications, Copilot+ PCs must feature a Neural Processing Unit (NPU) capable of at least 40 TOPS (trillions of operations per second). This hardware allows for local execution of features like “Recall,” which captures snapshots of user activity to make information searchable via natural language.

Common Questions About Copilot on Windows 11

Do I need a paid subscription to use Copilot?
No. The basic Copilot app is free for Windows 11 users with a Microsoft account. Only the advanced integration within Office apps (Word, Excel, etc.) requires a paid Microsoft 365 Copilot subscription.

Can I uninstall the Copilot app?
Yes. Because it’s now delivered as an app, users can uninstall it through the Windows “Apps & features” menu, a process that was significantly more difficult when it was a core part of the OS shell.

Why did Microsoft move Copilot to an app?
The move allows for a faster release cadence. Microsoft can now push AI model updates and UI changes daily or weekly without forcing users to download massive Windows OS cumulative updates.

The shift toward app-based AI deployment signals Microsoft’s intent to decouple its AI ecosystem from the rigid update cycles of the Windows kernel, paving the way for more frequent iterations of its LLM integrations.

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