How do I decide which bugs to fix first?

Rank bugs by impact (how many players each affects), weigh that against severity (how bad it is for them, a progress-losing crash outranks a cosmetic glitch even if fewer hit it), and let those numbers override whoever complained loudest. Fix high-impact, high-severity issues first and defer the rare, minor tail. Data-driven prioritization puts your limited time where it helps most.

Should I fix whatever players complain about most loudly?

No, complaint volume reflects who's vocal, not how many are affected. A single persistent player can make a minor issue feel urgent while a quiet crash hits thousands silently. Anchoring prioritization on actual impact data, how many players hit each issue, corrects that bias and keeps your effort on genuinely high-value work.

How do I weigh severity against how many players are affected?

Consider both. Reach is how many hit it; severity is how bad it is for them. A crash that loses progress for a hundred players can outrank a cosmetic glitch seen by a thousand. Distinguishing crashes from minor reports and seeing each issue's context lets you combine reach and severity into a sound priority rather than ranking on raw counts alone.

How Do I Prioritize Which Bugs to Fix?

Quick answer: Rank bugs by impact, how many players each affects, and weigh that against severity, how bad it is for them. Fix high-impact, high-severity issues first; defer the rare, minor tail. Let data, not the loudest complaint, decide where your limited time goes.

With more bugs than time, prioritization is one of your most consequential repeated decisions, and it's easy to get wrong by following instinct or whoever complained loudest. Here's how to prioritize with data so your limited time consistently goes to the bugs that matter most.

Rank by How Many Players Are Affected

The most reliable prioritization input is reach: how many players actually hit each bug. A bug affecting thousands almost always outranks one affecting a handful, yet without data, a vivid but rare bug often wins your attention. Counting affected players keeps your priorities grounded in reality.

Bugnet groups reports and crashes and counts how many players each affects, so reach is a number you can see rather than guess. Anchoring on real reach is the foundation of prioritizing well, it stops loud-but-rare bugs from hijacking your time.

Weigh Severity Alongside Reach

Reach isn't everything. A crash that loses progress for a hundred players may outrank a cosmetic glitch seen by a thousand. Good prioritization weighs severity, how bad the impact is, alongside reach, so a data-loss or crash issue gets the priority it deserves even if fewer players hit it.

Bugnet distinguishes crashes from minor reports and shows each issue's context, so you can factor severity into the ranking, not just raw counts. Combining reach and severity is what makes a prioritization decision sound rather than one-dimensional.

Let Data Override the Loudest Voice

The most common prioritization mistake is reacting to whoever complained most loudly rather than what affects the most players. A single vocal player can pull your attention to a minor issue. Letting impact data, not complaint volume, drive decisions corrects that bias and keeps your effort high-value.

Bugnet shows you the real distribution of impact, so you can see when a loud complaint represents a rare issue. Prioritizing by data, reach and severity, rather than noise, ensures your limited time consistently goes to the fixes that help the most players.

Rank by how many players each bug affects, weigh that against severity, and let data override the loudest complaint. Fix high-impact, high-severity first; defer the rare, minor tail.