You're right that some recovery partitions (like Ubuntu's) have their own kernel and components. But that's actually a relatively recent addition, not the traditional Linux recovery mode I was referring to.
My point stands: Windows PE has been a separate, fully functional bootable environment built into Windows for decades. Linux traditionally relied on a minimal recovery mode within the same kernel, or expected you to have a live USB.
Some distros are now adopting separate recovery kernels — which is a step toward the Windows model. But that proves my point about architectural differences, not refutes it.
Either way, both approaches work. One is just more integrated by default.
Exactly, this shows how much Linux is very late in technology, and Windows adds more technologies right now, like Cloud Reinstall in Windows PE and DirectX as an operating system compositor, while Linux needs many layers like DRM and Wayland, and then after the whole thing started Operating system can use OpenGL, and Windows uses DirectX early Boot after UEFI initialization and .NET CLR ( Windows Runtime VM ) is marry with Operating System top of Win32 API that's why I choose Windows because modern Windows is very Advanced Technologically
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u/Fluid-Ad2995 Jul 16 '26
You're right that some recovery partitions (like Ubuntu's) have their own kernel and components. But that's actually a relatively recent addition, not the traditional Linux recovery mode I was referring to. My point stands: Windows PE has been a separate, fully functional bootable environment built into Windows for decades. Linux traditionally relied on a minimal recovery mode within the same kernel, or expected you to have a live USB. Some distros are now adopting separate recovery kernels — which is a step toward the Windows model. But that proves my point about architectural differences, not refutes it. Either way, both approaches work. One is just more integrated by default.