Saving on some overhead, because the hypervisor is skipped. Things like disk IO to physical disks can be more efficient using multikernel (with direct access to HW) than VMs (which have to virtualize at least some components of HW access).
With the proposed “Kernel Hand Over”, it might be possible to send processes to another kernel entirely. This would allow booting a completely new kernel, moving your existing processes and resources over, then shutting down the old kernel, effectively updating with zero downtime.
It will definitely take some time for any enterprises to transition over (if they have a use for this), and consumers will likely not see much use in this technology.
Saving on some overhead, because the hypervisor is skipped. Things like disk IO to physical disks can be more efficient using multikernel (with direct access to HW) than VMs (which have to virtualize at least some components of HW access).
With the proposed “Kernel Hand Over”, it might be possible to send processes to another kernel entirely. This would allow booting a completely new kernel, moving your existing processes and resources over, then shutting down the old kernel, effectively updating with zero downtime.
It will definitely take some time for any enterprises to transition over (if they have a use for this), and consumers will likely not see much use in this technology.