Your entire statement here stems from not knowing what you’re talking about. That’s OK. I’ll provide some insight.
Secure Boot is a security feature of UEFI that only allows trusted, cryptographically signed operating systems to boot. The nature of this prevents rootkits. Software that runs before the OS and injects itself. BIOS has many hard limitations and disadvantages over the modern standard that is UEFI. Your comparison going from 32 to 64 bit architecture is quite fitting. It’s not that different. There are many hard limitations and disadvantages to 32 bit. It’s unfit for today’s standards due to lack of features and security. All aspects of technology have to move forward.
Yes, but you could still buy a new motherboard without UEFI support a year ago, and there are still some units in stock online.
It’s way, way too early to drop support of an OS that is the latest version that can be run on hardware that current.
People who spent 3 grand building a computer in 2021 should be able to have OS support for at least a decade. They can’t upgrade their OS, so the latest OS they could purchase should be maintained longer.
I know all of that. Tone down the condescension. That’s why it’s bullshit for Windows 11 to say it’s secure because of SecureBoot when in reality it’s a feature of your motherboard.
Having a mechanism that only accepts trusted boot binaries is pretty critical to fighting malware. Rootkits effectively have total control of whatever you decide to boot because of their persistence. When your hardware has its own security features (Secure Boot, TPM) why not take advantage of them to make the software you run more secure?
If you didn’t know, Android, macOS and iOS have their own TPM and Secure Boot implementations that have been enforced and present for over a decade.
And those secureboot implementations in mobile devices are frequently called out as primarily a way to prevent usage that the manufacturer doesn’t want you to do.
Your entire statement here stems from not knowing what you’re talking about. That’s OK. I’ll provide some insight.
Secure Boot is a security feature of UEFI that only allows trusted, cryptographically signed operating systems to boot. The nature of this prevents rootkits. Software that runs before the OS and injects itself. BIOS has many hard limitations and disadvantages over the modern standard that is UEFI. Your comparison going from 32 to 64 bit architecture is quite fitting. It’s not that different. There are many hard limitations and disadvantages to 32 bit. It’s unfit for today’s standards due to lack of features and security. All aspects of technology have to move forward.
Yes, but you could still buy a new motherboard without UEFI support a year ago, and there are still some units in stock online.
It’s way, way too early to drop support of an OS that is the latest version that can be run on hardware that current.
People who spent 3 grand building a computer in 2021 should be able to have OS support for at least a decade. They can’t upgrade their OS, so the latest OS they could purchase should be maintained longer.
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I know all of that. Tone down the condescension. That’s why it’s bullshit for Windows 11 to say it’s secure because of SecureBoot when in reality it’s a feature of your motherboard.
Your statements made me believe the opposite. Though I wasn’t condescending. I said it was OK to not know.
Microsoft doesn’t say that. They state it adds to the security of your computer before Windows even starts. https://learn.microsoft.com/en-us/windows/security/operating-system-security/system-security/secure-the-windows-10-boot-process
Any device security is multi layered.
Having a mechanism that only accepts trusted boot binaries is pretty critical to fighting malware. Rootkits effectively have total control of whatever you decide to boot because of their persistence. When your hardware has its own security features (Secure Boot, TPM) why not take advantage of them to make the software you run more secure?
If you didn’t know, Android, macOS and iOS have their own TPM and Secure Boot implementations that have been enforced and present for over a decade.
And those secureboot implementations in mobile devices are frequently called out as primarily a way to prevent usage that the manufacturer doesn’t want you to do.