Redox is a Unix-like Operating System written in Rust, aiming to bring the innovations of Rust to a modern microkernel and full set of applications.
>Microkernel Design
>Most features are implemented in Rust
>Includes optional GUI - Orbital
>Newlib provided for C programs
>MIT Licensed
>Drivers run in Userspace
>Includes common Unix commands
>ZFS Filesystem Support (WIP)
>>55348284
>Drivers run in Userspace
Uh, how is this good?
>>55348284
>Rust
JUST
>>55348299
The really simplified answer is that the kernel runs in kernel space, and normal programs run in user space. User space is basically a form of sand-boxing -- it restricts user programs so they can't mess with memory (and other resources) owned by other programs or by the OS kernel. This limits (but usually doesn't entirely eliminate) their ability to do bad things like crashing the machine.
The kernel is the core of the operating system. It normally has full access to all memory and machine hardware (and everything else on the machine). To keep the machine as stable as possible, you normally want only the most trusted, well-tested code to run in kernel mode/kernel space.
The stack is just another part of memory, so naturally it's segregated right along with the rest of memory.
>>55348317
Very low chance to create buffer overflows > more secure
And also every program will be sandboxed on Redox OS.