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Guides and best practices for over-the-air code push in Flutter - how it works, what stores allow, and how to ship fixes to Android and iOS in minutes.
How over-the-air code push shortens Flutter release cycles, reduces resubmissions, and lets teams fix production issues without waiting on store review.
Read articleWhy signing matters for over-the-air Flutter updates. How signed patches and signing-key rotation keep code push secure without breaking already-installed apps.
Manage over-the-air updates for Android and iOS from a single Flutter workflow. How one release-and-patch model covers both platforms with the same commands and dashboard.
A step-by-step hotfix workflow for Flutter using over-the-air code push: detect, fix, patch, stage, and verify a production bug fix in minutes instead of days.
How to de-risk Flutter over-the-air updates with staged percentage rollouts and instant rollback, so a bad patch never reaches your whole user base.
Comparing Flutter code-push options. See how QuickPatch works as a Shorebird alternative with usage-based pricing, signed patches with key rotation, staged rollouts, and instant rollback.
A practical look at how over-the-air code push for Flutter fits within App Store and Google Play guidelines, and how to keep your OTA updates focused on compliant bug fixes.
A technical look at how Flutter over-the-air updates work under the hood: release artifacts, binary diffs, signature verification, and how patches are fetched and applied on Android and iOS.
Learn how Flutter code push lets you deliver Dart bug fixes to users without resubmitting to the App Store or Google Play, and how to set it up with QuickPatch in three steps.
A plain-English guide to over-the-air (OTA) updates for Flutter: what code push is, how it differs from app-store releases, and when to use it to fix bugs without a review queue.
Push Dart bug fixes to Android and iOS in seconds, with staged rollouts and instant rollback.