Gadgets & Workspaces · Story 10

Microsoft's new Outlook takes 10 seconds to do what Outlook Classic does instantly on Windows

Microsoft's new Outlook for Windows takes 10 seconds to open an email after clicking a notification, while Outlook Classic performs the same action instantly. The performance gap is attributed to the new version's reliance on web-based frameworks like Electron, which users criticize for increasing resource consumption and reducing responsiveness.

This highlights a broader trend in software development where companies prioritize cross-platform consistency and feature integration over native performance, leading to user frustration. The shift away from optimized desktop applications toward web-based or layered architectures may degrade productivity for millions of users who rely on email clients daily.

Key details

• The new Outlook requires 10 seconds to display an email after clicking a Windows 11 notification, whereas Outlook Classic opens the email instantly.
• The article attributes the delay to the new Outlook's use of web technologies, including Electron, which adds layers of abstraction and internet connectivity requirements.
• Microsoft's stated goal for the new Outlook is to create a seamless experience across desktop, laptop, tablet, phone, and gaming console platforms.
• The original report comes from Windows Latest, which includes a screenshot showing the notification click process and the resulting loading delay.

Discussion angles

• Users argue that 2026 Microsoft software is defined by more clutter and less performance, with the new Outlook exemplifying this trend.
• Critics claim Electron and similar frameworks have been a disaster for desktop applications, leading to ceaseless resource consumption and mediocre performance.
• Some commenters question how Microsoft leadership can approve such releases, suggesting they must not use their own products internally.
• Others point out that the push for a unified cross-platform experience is fundamentally flawed when it results in slower performance on the primary desktop platform.
• A recurring theme is that modern software layers too many abstractions, frameworks, internet connectivity, and AI modules onto simple tasks, making them less efficient.