Ansible-core 2.22 Reaches Release Candidate 1, Signaling Imminent Stable Release with Key Python Updates

Ansible-core 2.22 has officially entered its Release Candidate 1 (RC1) phase as of October 12, 2026, putting it on track for a stable release on November 2, 2026. This RC1 follows a feature freeze on September 14 and Beta 1 on September 21. Key planned work for this release includes adding support for Python 3.15 and dropping support for Python 3.12 on the controller. Additionally, the release aims to enable pipelining by default and deprecate modules/actions that return 'skipped'. This development is particularly important for practitioners managing large-scale automation infrastructures. The planned Python version changes necessitate a proactive approach to environment management, as teams will need to ensure their control nodes and playbooks are compatible with the updated Python requirements. The move to Python 3.15 support aligns Ansible-core with the latest language features and performance improvements, while dropping older versions helps streamline maintenance and reduce potential security vulnerabilities. Enabling pipelining by default could offer immediate performance benefits for many automation tasks, reducing execution times and improving overall efficiency. This release fits within a broader trend in the DevOps and cloud native ecosystem where tools are continuously evolving to support newer language runtimes and improve operational efficiency. Projects like Kubernetes and Docker also frequently update their underlying dependencies and introduce performance enhancements, pushing users to adopt modern practices. The Ansible community's structured release cycle, with clear development and release phases, mirrors best practices in open-source software development, providing predictability for users. The emphasis on dropping older Python versions also reflects a common strategy to reduce technical debt and focus resources on current and future technologies, a trend seen across many mature open-source projects. In practice, DevOps teams should begin assessing their current Ansible environments for Python compatibility, especially if they are still relying on Python 3.12 for their Ansible controller. Planning for an upgrade path to Python 3.15 will be crucial to take full advantage of Ansible-core 2.22. Additionally, practitioners should review their existing playbooks to ensure they are not relying on any deprecated module behaviors, particularly those returning 'skipped', to avoid unexpected issues post-upgrade. This is also an opportune time to evaluate the impact of pipelining being enabled by default, which might require testing existing playbooks to ensure consistent behavior, especially for tasks that might have implicitly relied on non-pipelined execution. Staying informed through the Ansible community channels and porting guides will be essential for a smooth transition.