Ask Your Dev Team how they manage rollbacks

Your developer should know how to return to a safe state when a release causes harm. That rollback plan needs a trigger, an owner, tested steps, and an honest answer about what cannot be reversed.

“We can redeploy the old version” is only the beginning.

Code is often the easy part

If a release changes application code without changing stored data or outside systems, returning to the previous version may be straightforward. Many real releases are messier.

Suppose a new checkout writes orders in a different format. Customers place orders before the team discovers a defect. The old code may not understand the new records, and restoring an old database backup would erase valid purchases made since deployment.

That is why rollback planning should cover:

• Application version: Can the previous working build be deployed quickly?
• Data changes: Can new and old versions safely read the same records?
• External effects: Have payments, emails, shipments, or partner requests already happened?
• Configuration: Can settings, secrets, infrastructure, and permissions return to a known state?
• Customer recovery: What needs correction or communication after service is restored?

AWS’s guidance on planning for unsuccessful changes includes rollback steps, feature flags, traffic isolation, and traffic shifting among the strategies a team can prepare. It also says both rollback and fix-forward plans should be documented and tested before a production deployment. The appropriate combination depends on your system.

Agree on the decision before the pressure arrives

During a failing release, teams can lose valuable time debating whether to repair the new version or restore the old one.

Define rollback signals in advance. They might include failed health checks, a spike in payment errors, data-integrity concerns, or a critical workflow becoming unavailable. The signals should reflect customer and business impact, not only whether a server is running.

Name the person authorized to make the call. They need current evidence, a communication path, and permission to stop the release without waiting for a committee. Your escalation rules from issue 31 on communication guidelines should support this decision.

Sometimes fixing forward is safer

Rollback isn’t always the best response. If new data cannot be read by the old application, or an outside transaction cannot be undone, a targeted correction may carry less risk than reverting everything.

A mature developer can explain both paths. They won’t promise that every release is instantly reversible. They will identify irreversible steps, reduce their number, and plan recovery around them.

This nuance matters when you hear “one-click rollback.” The button may restore code. Ask what happens to data and customer actions created after the release.

Rehearse the recovery path

A plan nobody has exercised is still an assumption. Ask how the team tests the recovery path before a risky release and when a change to the architecture, data, or deployment process triggers another rehearsal.

After a rollback, the work isn’t finished. Confirm that monitoring has recovered, important workflows function, data is consistent, and affected stakeholders know what happened. Then investigate the cause before attempting the release again.

Ask your team:

“What would make us stop this release, and who decides?”

“Which parts can be reversed automatically, and which require manual recovery?”

“What happens to data created after deployment?”

“When did we last test these steps?”

Rollback is a product-continuity decision, not merely a deployment feature. You need a path back that protects the business state as well as the code. That is the recovery standard I would expect from Cuttlesoft.

Go build something and expect better from your developer.