"How to adopt & do efficient QA in a situation when hotfixes alter your test plan and Sprint?" ā that's an interesting question we found in a r/softwaretestingtalks community.
“How to adopt & do efficient QA in a situation when hotfixes alter your test plan and Sprint?” ā that’s an interesting question we found in a r/softwaretestingtalks community.
You can see how our CSO Paul Elsner is answering it on our Youtube channel or continue reading this article to learn the main points of his answer.
So, a hotfix is a term used for a critical fix deployed on production to patch the client business issue.
Hotfix test and release process are composed of the following steps:
If you want to reduce the number of hot fixes, you need a good testing strategy. We have prepared a template that covers 20 years of our experience in QA of any scale. Download that now, and you won’t have to worry about hot fixes later.
Get a testing strategy template that enables us to release 2 times faster
One basic rule of scrum is not to take any new or additional tickets that can impact the sprint goal. Thus, all the nice-to-have features are parked for the next sprints and not considered in the ongoing Sprint.Ā
Hotfixes trump sprint priorities, period. When critical business issues pop up, notify your PO and Scrum Master immediately so everyone’s on the same page. Teams that document these interruptions see about half the sprint disruption compared to those who simply “wing it.” Remember to adjust workloads transparently ā your team will thank you later.
Would you deploy any code without a QA process? Of course, No. Follow the same Development and QA practices on a smaller and faster scale for hotfixes.Ā
Turn those disruptive hotfixes into gold mines. After putting out fires, spend 15 minutes digging into what went wrong – you’ll uncover testing gaps that most teams overlook. Companies that implement post-hotfix analysis typically reduce emergency fixes by 30% within months. Remember: today’s painful hotfix contains tomorrow’s process improvement.
So, stay calm and let Hotfix endure in your sprints and test planning. Proper designed automated tests will reduce the testing effort of the QA Team, and hotfixes can be deployed in the production with full confidence.
What’s your experience with altering sprints? Share your experience in a r/softwaretestingtalks community.

Hotfixes demand quick thinking from your QA team. Forget running full test cycles – you need surgical precision instead. Focus on three things: confirm the bug’s actually fixed, check what other parts might be affected, and run just the most crucial smoke tests on relevant areas. Smart QA teams prioritize where failure would hurt most ā that’s your testing bullseye.
Tag your automated tests by feature area and severity so you can quickly run just what matters. Many teams have slashed hotfix verification time in half with this approach. Careful though ā skipping integration tests between closely connected modules is a common mistake that can bite you later.
This targeted strategy gives you solid confidence without derailing your main development work. Your dev team will thank you for the speed and your users won’t even notice there was a problem.
A hotfix test is a type of software testing that is performed on a small, urgent code change that is intended to resolve a critical production issue. The primary goal of a hotfix test is to verify that the code change fixes the issue and does not introduce any new problems into the system.
Hot fix, however, is often a compromise: if quick regression testing shows that a hotfix causes new non-critical problems, then you still have to deploy it if rolling back the build is not an option.
Yes, a test plan can be changed. Test plans are created to guide the testing process and ensure that the necessary tests are performed to validate the quality of the software. However, as development progresses and changes are made, it may become necessary to adjust the test plan to reflect these changes.
Hotfix QA best practices: define process, test in pre-prod, document steps, have rollback plan, review regularly, collaborate with dev teams, use automated testing, encourage communication, monitor production, continuously evaluate and update.