Quick answer: Smoke-test the core loop and your changes, regression-test what you didn't touch, test on real and varied devices, and stage the rollout so problems surface before reaching everyone.
Shipping an update without testing it is how a fix turns into a fire. A short, disciplined test pass catches most of what would otherwise become a launch-day crash spike. Here are practical tips for testing an update before shipping.
Smoke-Test the Core Loop and Your Changes
Before anything fancy, confirm the game still boots, the core loop works start to finish, and the specific areas you changed behave correctly. Most catastrophic update bugs are blunt, the game won't start, a save won't load, and a five-minute smoke test catches them. Always test the actual shipped build, not your editor.
The areas you changed are the highest risk, so test them hardest, with the exact inputs and edge cases your change touched. A focused smoke test on the core loop plus your changes catches the breakages most likely to generate angry reviews.
Regression-Test What You Didn't Touch
The dangerous bugs in an update are often in code you didn't mean to change, a shared system a fix quietly affected. So run a regression pass over the core features even if you didn't touch them, because that's where silent breakage hides. Keep a short checklist of must-work flows and run it every release.
Bugnet tracks crashes per version, so if a regression slips through, you see it spike on the new build immediately and can roll back fast. Pairing a pre-ship regression checklist with per-version monitoring catches regressions both before and right after shipping.
Test on Real, Varied Devices and Stage the Rollout
Your dev machine is the least representative device your players use. Test the update on real hardware, including a low-end device and the platforms most of your players are on, since that's where update bugs actually surface. If you can, stage the rollout to a fraction of players first.
Bugnet captures crashes with device and version context, so a staged rollout that hits trouble shows you exactly which devices are affected before you widen it. Staging plus real-device testing turns a risky update into a controlled one you can halt if it goes wrong.
Smoke-test the core loop and your changes, regression-test what you didn't touch, test on real varied devices, and stage the rollout. A short disciplined pass catches most update breakage before players do.