On 18 October 2026, Linus Torvalds released Linux 7.3, a record kernel with 18,765 commits from 3,021 developers — 807 of them first-time contributors — plus new work across filesystems, the scheduler, and BPF. Before you update production servers, read what actually changed and what can wait for 7.4.
On September 10, 2026, Kubernetes 1.37 introduced, behind the InPlacePodVerticalScalingSchedulerPreemption feature gate, scheduler preemption for in-place pod resizes stuck in the Deferred state. Operators can now bin-pack nodes with low-priority workloads without risking blocked scale-ups for critical services.
The rc2 of Linux 7.3 fixes cache-aware scheduling misfits on hybrid CPUs and keeps migrating kernel allocations to kmalloc_obj. Test this rc2 if you run Intel Core hybrid or big.LITTLE machines.
On August 16, 2026, Linus Torvalds released the stable Linux 7.2 kernel after seven release candidates, bringing cache-aware scheduling, USB4STREAM host-to-host transfers, and measured gains on EXT4, XFS, and MongoDB. For administrators, this is a performance release that arrives through the standard distro kernel update — the real work is testing MySQL and MongoDB workloads before rolling it out.
A finalized EEVDF scheduler, Rust as a first-class kernel language, self-healing XFS, and 2,362 contributors in a single cycle. The kernel that powers the vast majority of cloud workloads hits an industrial maturity milestone: early adopters get free performance without touching their config.
A finalized EEVDF scheduler, Rust as a first-class kernel language, self-healing XFS, and 2,362 contributors in a single cycle. The kernel that powers the vast majority of cloud workloads hits an industrial maturity milestone: early adopters get free performance without touching their config.
