Listen to this Post
Introduction: A Shift That Raises More Questions Than Answers
Microsoft is once again reinventing its AI assistant experience on Windows 11, but this time the change feels more radical than expected. The latest version of Microsoft Copilot abandons its native foundation and moves toward a web-driven architecture. What makes this transition particularly surprising is not just the shift itself, but how it’s implemented: by bundling an entire instance of Microsoft Edge inside the app.
This move signals both innovation and uncertainty, as Microsoft continues to iterate rapidly without settling on a consistent vision for Copilot. The result is a product that feels polished on the surface, yet raises deeper concerns about efficiency, performance, and long-term strategy.
Summary of the Original
The latest Copilot update for Windows 11 replaces the previous native app built on WinUI with a web-based version. While this transition had been anticipated, the implementation caught many off guard because it includes a full version of Microsoft Edge embedded within the application itself. This marks yet another shift in Copilot’s evolution, following a sequence of transformations from sidebar integration to Progressive Web App (PWA), then WebView-based app, and later a native WinUI version.
Users who do not yet have the updated Copilot can find it in the Microsoft Store under a new listing labeled “Microsoft Copilot.” Interestingly, even if Copilot is already installed, the Store still presents a download option. However, this download completes almost instantly because it only retrieves a lightweight installer, similar to the installation process used by Microsoft Edge. The actual installation then proceeds outside the Microsoft Store, requiring user interaction in a separate window, a behavior also seen with Microsoft Teams.
Once installed, the older native Copilot app disappears entirely from the system, including the Start menu. The new version closely resembles the web experience found at copilot’s online interface and performs more smoothly, giving the illusion of a native application. Despite this improved responsiveness, it comes with notable drawbacks, particularly high memory usage.
Testing reveals that the new Copilot consumes around 500MB of RAM while idle in the background and can reach up to 1GB during active use. In contrast, the previous native version used less than 100MB. This significant increase in resource consumption raises concerns about efficiency, especially given Microsoft’s broader efforts to streamline Windows performance.
Further investigation shows that the new Copilot is essentially a hybrid web application running on a customized or forked version of Microsoft Edge. Its installation directory includes a complete Edge browser build, containing core binaries such as msedge.exe, dynamic libraries, multimedia components, and even DRM modules. One file alone, msedge.dll, is over 300MB, confirming that the app carries a full Chromium-based engine.
Unlike standard web apps or PWAs that rely on the system’s existing WebView2 runtime, this version includes its own dedicated Edge instance. Additionally, the package contains WebView2 components, indicating that the app uses both a full browser environment and embedded web rendering technologies simultaneously.
This architecture explains why the app feels faster than traditional web apps, as it operates with its own optimized browser environment and custom launcher. However, it also contributes to increased system resource usage. The presence of multiple Edge subsystems, including extensions, DRM, PDF preview, and feedback tools, further reinforces that this is more than a simple web wrapper.
While the new Copilot delivers a smoother interface, it adds to the growing number of web-based applications within Windows 11, which already includes PWAs, Electron apps, and other hybrid solutions. This raises broader concerns about software bloat and whether such an approach aligns with user expectations for performance and efficiency in a modern operating system.
What Undercode Say:
Microsoft’s latest Copilot redesign reflects a deeper struggle within the company’s software strategy. Instead of refining a single approach, Microsoft appears to be experimenting in production, repeatedly shifting between frameworks without fully committing to one. This creates a fragmented user experience where consistency is sacrificed for rapid iteration.
The decision to bundle a full Edge browser inside Copilot is both technically clever and strategically questionable. On one hand, it ensures a controlled environment where Microsoft can optimize performance, avoid dependency issues, and deliver updates independently of the system browser. On the other hand, it duplicates functionality already present in Windows 11, leading to unnecessary resource consumption.
This approach mirrors trends seen across modern desktop applications, where developers favor web technologies for speed of development and cross-platform compatibility. However, the trade-off often comes in the form of higher memory usage and reduced efficiency. In Copilot’s case, the jump from under 100MB to potentially 1GB of RAM is not just noticeable, it is significant enough to impact system performance on lower-end devices.
Another important aspect is the inclusion of both WebView2 and a full Chromium engine. This dual-layer architecture suggests that Microsoft is hedging its bets, combining flexibility with control. Yet, it also introduces redundancy, making the application heavier than necessary. It raises a fundamental question: is performance being optimized for users, or for development convenience?
The rapid evolution of Copilot also signals Microsoft’s urgency in the AI space. With competitors moving quickly, the company seems more focused on shipping features than refining them. This results in a product that evolves rapidly but lacks stability in its design philosophy.
From a user perspective, the experience is mixed. The interface feels smoother and more responsive, which is a clear improvement. But this comes at the cost of higher system demands, which contradicts Microsoft’s ongoing messaging about making Windows leaner and more efficient.
There is also a broader ecosystem implication. Windows 11 is increasingly populated with web-based applications, from system tools to third-party software. While this unifies development, it gradually shifts the operating system away from its native roots. Over time, this could blur the distinction between desktop and browser environments.
Ultimately, Copilot’s new design highlights a tension between innovation and optimization. Microsoft is pushing forward aggressively in AI integration, but the underlying implementation suggests that efficiency is not always the top priority. If this trend continues, users may begin to question whether convenience and speed of development are being prioritized over performance and system health.
Fact Checker Results
✅ The new Copilot replaces the WinUI-based native app with a web-based architecture bundled with Microsoft Edge.
✅ RAM usage increases significantly, reaching up to 1GB during active use compared to under 100MB previously.
❌ The long-term effectiveness of bundling a full browser inside an app remains unproven and controversial.
Prediction
🔮 Microsoft will continue refining Copilot’s architecture but may eventually return to a more optimized hybrid model.
⚡ Future versions could reduce RAM usage by relying more on shared system components instead of bundled browsers.
🚀 Copilot will become deeply integrated into Windows, but its efficiency will determine user adoption and satisfaction.
🕵️📝✔️Let’s dive deep and fact‑check.
References:
Reported By: www.windowslatest.com
Extra Source Hub (Possible Sources for article):
https://www.pinterest.com
Wikipedia
OpenAi & Undercode AI
Image Source:
Unsplash
Undercode AI DI v2
Bing
🔐JOIN OUR CYBER WORLD [ CVE News • HackMonitor • UndercodeNews ]
📢 Follow UndercodeNews & Stay Tuned:
𝕏 formerly Twitter 🐦 | @ Threads | 🔗 Linkedin | 🦋BlueSky | 🐘Mastodon
