rollback

To revert a git project to a previous snapshot, you apply an atomic stash-and-reset that restores repository commits alongside foundation memory artifacts. This ensures the project returns to a known-good gate without leaving the repository in a drifted state.

Rolling back broken code changes while preserving project memory requires an atomic recovery process that reverts both repository commits and foundation memory artifacts together. This keeps the code, version roadmap, and memory snapshots perfectly consistent.

Yes, you can restore a project to a previous gate tag with uncommitted changes present. The workflow performs an atomic stash-and-reset execution that safely handles uncommitted changes while restoring the target gate's repository commits and foundation files.

Yes, the rollback process supports older Blueprint snapshot directories. It is gate-aware and can restore both current Syntaris gate tags and legacy Blueprint gate tags for projects that have been upgraded over time.

The recovery workflow verifies code before destructive git resets by previewing the target tag, affected commits, restored foundation files, and uncommitted changes. This safety-first approach ensures you see exactly what will happen before any destructive action runs.

Restoring foundation memory artifacts during a git version rollback is necessary to maintain architectural state consistency. Reverting only repository commits would leave the version roadmap and memory snapshots drifted, causing the project's correction history to become inconsistent.