To be fair, kernel level access by third party software is kind of frowned upon in the Linux world. Ask any desktop Linux user how they feel about NVIDIA (the only third party kernel code an average Linux user will install) and their drivers randomly causing strange issues on their systems up to and including kernel panics compared to the experience on AMD where the driver is open and built into the kernel itself. For security software that needs low level visibility, there is eBPF, direct kernel level access isn't needed (though I believe CrowdStrike uses it, and thay actually did CrowdStrike Debian and Rocky Linux systems some time back).
MacOS blocked the majority of kernel extensions a few years ago as well.
Windows is the only OS where it has been designed in a way where kernel level access is the rule rather than the exception. So design flaws are at least partially at fault here.
To be fair, kernel level access by third party software is kind of frowned upon in the Linux world. Ask any desktop Linux user how they feel about NVIDIA (the only third party kernel code an average Linux user will install) and their drivers randomly causing strange issues on their systems up to and including kernel panics compared to the experience on AMD where the driver is open and built into the kernel itself. For security software that needs low level visibility, there is eBPF, direct kernel level access isn't needed (though I believe CrowdStrike uses it, and thay actually did CrowdStrike Debian and Rocky Linux systems some time back).
MacOS blocked the majority of kernel extensions a few years ago as well.
Windows is the only OS where it has been designed in a way where kernel level access is the rule rather than the exception. So design flaws are at least partially at fault here.