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What I have said is that a company can create an architecture that can run its security software and force it to run as kernel mode. The problem is, that it is not as easy as just putting it in the kernel. Software uses memory too. If you only can run the security software in kernel mode then you need to own the memory that it needs to run. You need to be able to deal with virtual memory. You need to be able to support virtual services.

When using Mode 1 mode this is not a problem as the memory allocation for the AV is done by the X server, which can allocate memory for the AV. The problem is when using mode 2, which is the normal mode for most graphical applications. The X server is then not able to allocate memory and hence the AV can't run.

OpenBSD implements mode 1 in 2.4.2 and accepts mode 2 in 2.6.1. Thus OpenBSD can handle mode 1 for several years. With the addition of a flag in 2.6.1, FreeBSD can also handle mode 2. So no OpenBSD runs on OpenBSD but both free software can handle mode 1 and mode 2. Note that there is no such thing as an architecture being compromised. The whole world is running on compromised architectures.

It is not that OpenBSD is not physically secure, it is that you are required to use an AV that will nuke itself when it finds a suspected rootkit or otherwise known malware has been found in the system. This is entirely dependent on the AV developer working on the AV.

OpenBSD is a strong software design. Source code is under high levels of control from the community to prevent the system from having flaw. It is notable for security. OpenBSD is an operating system that will not grant root access to a user. d2c66b5586