What are the best practices for bug triage?

Triage by impact and severity, so the bugs affecting the most players and doing the most harm get attention first, rather than treating every bug as equally urgent. Group duplicates before triaging so you're deciding on distinct issues with accurate affected-player counts, not re-reading the same bug many times. Decide explicitly for each bug, fix now, defer, or decline, including deliberately declining low-impact bugs, which keeps triage honest and the backlog from filling with things that will never be fixed. And triage regularly on a consistent cadence, since new bugs arrive constantly, so a serious new bug doesn't sit un-triaged and your priorities stay current. Good triage is about consistently deciding what matters, aiming your limited fixing time at the highest-impact, highest-severity bugs, rather than reacting to whatever was reported most recently or loudly. Capturing crashes from the field with affected-player counts and grouping by signature is what makes impact-based triage possible.

How do I decide which bugs to fix first?

Order bugs by impact and severity, then work the top of the list. Impact is mainly how many players a bug affects, and severity is how bad the effect is (a crash or game-breaker is severe, a minor cosmetic glitch is not), so a bug that's both high-impact and high-severity, a crash hitting many players, a game-breaker on a critical path, is your top priority, while a low-impact, low-severity bug can be deferred or declined. Grouping duplicates so a widely-hit bug shows as one issue with a high affected-player count is essential to seeing true impact, otherwise the same bug's many reports either inflate the count or scatter and hide it. Capturing crashes from the field with affected-player counts lets you rank by real impact rather than by which bug was reported most loudly or most recently. Working an impact-and-severity-ranked list, fixing the bugs that affect the most players on the most critical paths first, delivers the biggest improvement to your game for your limited fixing time, which is the whole goal of prioritization. Consciously deferring or declining the low-impact long tail keeps you focused on what matters and the backlog manageable.

Should I fix every bug that gets reported?

No, and trying to is a common mistake that overwhelms you and leaves the important bugs competing with trivial ones for attention. There are always more bugs than time, and many are low-impact, edge cases few players hit, cosmetic issues, problems that barely affect the experience, so treating all of them as must-fix means you never finish and your limited fixing time gets spread thin instead of concentrated on what matters. Good triage explicitly decides for each bug whether to fix now, defer, or decline, and deliberately declining or deferring low-impact bugs is not failure, it's the essence of triage, it's what keeps your effort aimed at the high-impact, high-severity bugs that actually hurt your game and players. Declining a bug doesn't mean ignoring it forever; it means making a conscious, honest decision that it's not worth your limited time relative to higher-impact work, which keeps your backlog an honest ranked list of what matters rather than an ever-growing pile of everything anyone ever reported. Concentrating on the bugs that affect the most players and the most critical paths, and consciously letting the trivial long tail go, is how you make the most of limited fixing capacity.

Best Practices for Bug Triage

Quick answer: Triage by impact and severity, group duplicates so you triage distinct issues, decide explicitly what to fix, defer, and decline, and triage regularly. Good triage is consistently deciding what matters.

Bug triage, deciding which bugs to fix, when, and which to let go, is what keeps your limited fixing time aimed at what matters. Here are the best practices for bug triage.

Triage by Impact and Severity

The core of triage is ordering bugs by how much they matter, so triage by impact (how many players are affected) and severity (how bad the effect is). A crash hitting many players outranks a cosmetic issue hitting few, and ranking this way ensures your fixing time goes to the bugs doing the most damage.

Bugnet ranks issues by affected players, so impact is clear at triage time. Triaging by impact and severity is the heart of good triage, since it aims your limited fixing capacity at the bugs that hurt your game most, rather than spreading it evenly.

Group Duplicates and Decide Explicitly

Triage distinct issues, not duplicate reports, so group duplicates first so you're deciding on real problems with accurate impact counts. Then decide explicitly for each: fix now, defer, or decline. Explicit decisions, including deliberate declines for low-impact bugs, keep triage honest and the backlog from filling with things that will never be fixed.

Bugnet groups crashes by signature with affected-player counts, so you triage distinct, quantified issues. Grouping duplicates and deciding explicitly keep triage accurate and decisive, so you're making real prioritization calls rather than re-reading the same bug fifty times or vaguely intending to fix everything.

Triage Regularly So Nothing Festers

Triage isn't a one-time event, new bugs arrive constantly, so triage regularly, a consistent cadence to assess new bugs and re-rank, so a serious new bug doesn't sit un-triaged and your priorities stay current. Regular triage keeps the worst bugs surfacing fast and the backlog from sprawling.

Bugnet surfaces and ranks new issues, so regular triage is fast. So practice bug triage by triaging by impact and severity, grouping duplicates and deciding explicitly, and triaging regularly, consistently deciding what matters so your fixing time stays aimed at the bugs that matter most.

Triage by impact and severity, group duplicates so you triage distinct issues, decide explicitly what to fix, defer, and decline, and triage regularly. Good triage is consistently deciding what matters.