Microsoft has launched an update for Copilot in Windows, transitioning the AI assistant to a fully native XAML-based application.
This replaces the previous web-based implementation and brings a redesigned user interface. The update introduces a new side panel layout, persistent conversation history, and better responsiveness. Available first to Windows Insiders, the update is rolling out via the Microsoft Store.
Windows Copilot Is Now a Native App with a Redesigned UI
Previously, Copilot functioned as a Progressive Web App (PWA), requiring a browser-like framework to operate. With this update, Microsoft has fully transitioned Copilot into a native XAML app, improving performance and making it feel more like a core part of Windows.
The new interface features a side panel that remains open for easier conversation management. Users can now scroll through previous interactions, allowing for better continuity in AI-assisted tasks.
These UI improvements make Copilot more usable for multitasking, as the assistant stays accessible while users work in other apps.
Copilot Can Now Detect Windows Version for OS-Specific Responses
Another key enhancement is Copilot’s ability to recognize which version of Windows is running and provide tailored system-related responses. For example, if a user asks, “How do I set up a Bluetooth headset?”, Copilot will adjust its instructions depending on whether the device is running Windows 10 or Windows 11.
This improvement makes Copilot more useful for troubleshooting and system management, reducing the need to search for Windows version-specific guides. It also aligns with Microsoft’s broader strategy of integrating AI-driven assistance into daily OS interactions.
Alt + Space Shortcut and Copilot Key: What’s the Difference?
Copilot can be launched using the Alt + Space shortcut, a feature available to all users running the assistant.
However, Microsoft already clarified earlier that this shortcut may conflict with other applications, stating: “For any apps installed on your PC that might utilize this keyboard shortcut, Windows will register whichever app is launched first and set it as the app that is invoked when using Alt + Space.” Users experiencing conflicts may need to manually adjust settings.
Microsoft previously introduced the Copilot Key, but this feature is exclusive to Copilot+ PCs. Unlike the Alt + Space shortcut, which is software-based, the Copilot Key is a dedicated hardware button designed for new AI-powered Windows devices.
The new Windows Copilot update is gradually rolling out to Windows Insiders. Since this update is being distributed through the Microsoft Store, it may take time for all eligible users to receive it.
Users who are part of the Windows Insider Program can check for updates manually by navigating to Microsoft Store > Library > Get Updates. Microsoft has stated that further refinements will be introduced based on user feedback before the update becomes widely available.
Microsoft Graph and WebView2: The Technology Powering Copilot
The new Copilot experience is built on Microsoft Graph and WebView2, two core technologies that improve AI-driven assistance across Windows. Microsoft Graph acts as a central hub, connecting Copilot with user data from Microsoft 365 applications.
This allows the assistant to retrieve relevant documents, emails, and settings when responding to queries.
WebView2, a framework based on Microsoft Edge’s Chromium engine, powers the UI enhancements in the new native Copilot app. By embedding web-driven content directly into the native interface, WebView2 ensures a smooth experience while keeping the assistant lightweight and responsive.
This shift eliminates the performance issues associated with its previous web-based implementation.
Microsoft’s AI Strategy: Embedding Copilot at the Core of Windows
The transition to a native app is part of Microsoft’s broader effort to make AI an essential part of Windows rather than a standalone service. The introduction of a Copilot Key on new Windows keyboards further cemented this vision, positioning AI assistance as a primary way users interact with their devices.
Unlike Apple’s Siri or Google Assistant, which operate as separate applications, Copilot is being integrated directly into the OS, allowing it to interact with system settings, file management, and Microsoft 365 applications.
By embedding AI at this level, Microsoft is shifting towards a Windows experience where AI proactively assists users with daily workflows rather than requiring manual activation.
For users, the transition to a native XAML-based Copilot brings real-world benefits, including faster response times, improved reliability, and a more intuitive interface. The ability to maintain conversation history within the UI makes Copilot more practical for extended interactions, while OS-aware responses make troubleshooting and system navigation easier.
However, the long-term impact remains uncertain. While Microsoft is committed to AI-driven OS enhancements, the effectiveness of these changes depends on user adoption. Copilot is evolving beyond a simple chatbot, but whether it becomes an essential tool or remains an optional feature depends on how seamlessly it integrates into everyday workflows.
