ReadMeFeed / Community knowledge
Real questions. Useful conversations. Find the people who know your stack.
Fedora Atomic Desktops replace in-place updates with immutable OSTree images. Every upgrade creates a bootable deployment you can roll back from the GRUB menu in seconds. Here's how the model works, where your data lives, why layered packages are a trap, and what breaks when /usr goes read-only.
Run Silverblue as an immutable base, layer only host-required packages, and verify deployments with rpm-ostree before rebooting.
Fedora Silverblue and Kinoite use rpm-ostree and OSTree to deliver whole OS images atomically. Updates stage a new bootable deployment, so a failed upgrade cannot corrupt the running system and rollback is built in.
Learn how Fedora Silverblue's atomic updates, rpm-ostree layering, and Toolbx containers change the way you manage a Linux workstation compared to traditional DNF-based systems.
Learn how Fedora Silverblue’s OSTree‑based updates let you upgrade atomically and roll back instantly, with a concrete upgrade‑verify‑rollback example and notes on layered packages and driver limitations.
An architecture note on Fedora Silverblue's rpm-ostree model: why the design exists, where trust boundaries sit, how to verify upgrades safely, and what failure modes require manual intervention.
Learn how to keep Fedora Silverblue's immutable base clean while getting a mutable development environment with toolbox, and when layering packages makes sense.
Learn how to use rpm-ostree to layer RPM packages onto Fedora Silverblue and Kinoite, including worked examples, operational limits, and rollback procedures.
Atomic upgrades on Rocky Linux keep your servers safe by creating bootable snapshots. Follow this step‑by‑step guide to upgrade, verify, and roll back with rpm‑ostree.
fedora
rockylinux