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Hello, everyone, and welcome to this video.

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So we have seen the Linux boot process.

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Similarly, let's quickly understand the overview and generic version of Windows Boot process of how

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a Windows operating system starts.

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So similar to the Linux operating system here we can see that there is BIOS, there is also a bootloader,

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there is boot file's kernel and instead of the init and the run levels we can see starting services

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and checking Sam by Elsa.

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So let's quickly understand what are these new things?

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So the first one is bios, which functions exactly the same, which is the basic input output system

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which executes the bootloader.

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The second one is the bootloader which checks for the anti LDR files if they are available or no.

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The next one is the boot files, which checks the important required boot files like Boot Iron, which

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is responsible for successfully booting the system.

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The next is the kernel, which is responsible for the kernel execution of the operating system, which

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is also known as the heart of the system.

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The next is the services.

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So unlike Linux, Windows works on services, so it checks all the required initial services and starts

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all the services required by the operating system to function.

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And the last one is the screen which is presented in front of you when you log in with the username

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and password, which is the checking SAM by LC.

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Here.

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Sam stands for the security account manager.

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And Ellis is your local security authority.

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Now, remember, whenever you log in into a computer, your passwords are never saved into plain text

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in terms of windows whenever you log in.

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Your passwords are hashed and saved into a secure location by the SAM.

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In terms of Linux, your passwords are again hashed and saved into a secure location, which is only

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being checked when you're logging into the system.

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So I hope you guys understood the Windows Boot process and how it functions.

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Thank you.