Voice computing has long been a staple of science fiction, but it has only relatively recently made its way into fairly common mainstream use. Gadgets like mobile phones and "smart" home assistant devices (e.g. Amazon Echo, Google Home) have brought voice-based user interfaces to the masses. The voice processing for those gadgets relies on various proprietary services "in the cloud", which generally leaves the free-software world out in the cold. There have been FOSS speech-recognition efforts over the years, but Mozilla's recent announcement of the release of its voice-recognition code and voice data set should help further the goal of FOSS voice interfaces.
Linux containers are something of an amorphous beast, at least with respect to the kernel. There are lots of facilities that the kernel provides (namespaces, control groups, seccomp, and so on) that can be composed by user-space tools into containers of various shapes and colors; the kernel is blissfully unaware of how user space views that composition. But there is interest in having the kernel be more aware of containers and for it to be able to distinguish what user space considers to be a single container. One particular use case for the kernel managing container identifiers is the audit subsystem, which needs unforgeable IDs for containers that can be associated with audit trails.