How do I handle crashes that only happen in production?

Capture them from the field with full context, since production crashes happen on players' real devices under real conditions you can't fully reproduce, and field capture is the only way to see and diagnose them. Most production crashes are device-specific, condition-specific, or otherwise dependent on the real-world environment, and most players who hit them never report, so without automatic field capture they're invisible, you know players are churning but not why. Capturing crashes automatically from the field, with the stack trace, device, OS, version, and breadcrumbs, turns these invisible production crashes into actionable data: you see what's crashing, on what devices, how often, and with the context to diagnose it. For crashes you can't reproduce (common in production, since the conditions are on players' devices, not yours), you diagnose from the captured evidence, the stack trace points at where it crashed, the device context reveals environment-specific causes, the breadcrumbs show the path, and patterns across many reports reveal the common trigger, then fix from the data and verify in the field by watching the crash stop on the fixed version. So handling production-only crashes is about capturing them from the field (to see them), diagnosing from the captured context and patterns (since you often can't reproduce them), fixing from the evidence, and verifying in the field per version (since you can't confirm a fix locally for a crash you can't reproduce). This field-centric approach, capture, diagnose from evidence, fix, verify in the field, is what lets you handle the crashes that only happen in production, which are exactly the crashes that matter most since they're the ones real players are actually hitting. Monitoring and alerting on production crash rate also lets you catch new production crashes fast (from a bad release or external change) so you can respond before they spread.

Why is capturing crashes from the field important?

Because the crashes that matter are the ones real players hit in production, and most of them are invisible without field capture, since most players who crash never report it. If you rely on reproducing crashes yourself or on players reporting them, you see only a small, unrepresentative fraction of your production crashes, you can reproduce some, players report a few, but the large majority, the silent crashes on devices and conditions you don't have, go unseen, and those are often the ones affecting the most players and doing the most damage. Capturing crashes automatically from the field doesn't depend on reproducing them or on players reporting: when a crash happens on any player's device, it's recorded with full context (stack trace, device, OS, version, breadcrumbs) and sent to you, so you see the complete picture of your production crashes, including the silent majority. This is essential because you can't handle, prioritize, or fix crashes you can't see, field capture is what makes your production crashes visible and actionable, turning the invisible reality of what's crashing for your players into data you can act on. It also provides the context (device, breadcrumbs) needed to diagnose crashes you can't reproduce (which is most production crashes, since the conditions are on players' devices), and the per-version and affected-player data needed to catch regressions, prioritize by impact, and verify fixes. So capturing crashes from the field is the foundation of handling production crashes well: without it, you're blind to most of what's actually crashing your game for real players; with it, you have the complete, contextual, actionable picture of your production crashes that lets you monitor, prioritize, fix, and verify, which is the whole basis of effective production crash handling. This is why field crash capture is so central, it's what makes the crashes that matter, the production ones, visible and fixable.

Best Practices for Handling Crashes in Production

Q: What are the best practices for handling crashes in production?

Run a continuous capture-monitor-prioritize-fix loop on the crashes real players hit. Capture crashes automatically from the field with full context, since production crashes happen on players' devices and most go unreported, so automatic capture is the foundation, you can't handle crashes you can't see. Monitor crash rate and alert on spikes and new crashes, so a production crash problem (from a bad release or external change) reaches you in minutes and you can respond before it spreads, rather than discovering it from reviews. Prioritize by impact, fix the high-impact crashes first, since production crash volume is concentrated and fixing the top issues removes most of it. And fix and verify per version, confirm the crash stopped on the fixed build and catch any regressions, so your fixes stick. Handling crashes in production is a continuous discipline, capture (so you see the crashes that matter), monitor and alert (so you catch problems fast), prioritize by impact (so you fix what matters most), and fix and verify per version (so fixes work and stick), which together steadily reduce the crashes real players actually hit, the ones that drive churn and bad reviews, which is what makes production crash handling effective.

Quick answer: Capture crashes automatically from the field, monitor and alert so you catch problems fast, prioritize by impact, and fix and verify per version. Handling production crashes is a continuous capture-monitor-prioritize-fix loop.

Crashes in production, the ones real players hit, are what actually matter, and handling them well is a continuous discipline. Here are the best practices for handling crashes in production.

Capture Crashes Automatically From the Field

Production crashes happen on players' devices and most go unreported, so capture them automatically from the field with full context. Automatic capture is the foundation, since you can't handle crashes you can't see, and most production crashes are invisible without it.

Bugnet captures crashes from real players automatically with full context. Capturing crashes automatically from the field is the foundation of handling production crashes, since the crashes that matter are the ones players hit, and most are silent without automatic capture.

Monitor and Alert So You Catch Problems Fast

Production crashes can spike from a bad release or external change, so monitor crash rate and alert on spikes and new crashes. Fast detection means a production crash problem reaches you in minutes, so you can respond before it spreads, rather than discovering it from reviews.

Bugnet alerts on crash spikes and new issues, so production crash problems reach you fast. Monitoring and alerting are what let you catch production crash problems fast, turning a potential disaster into a quick response.

Prioritize by Impact and Fix and Verify Per Version

Production crashes are concentrated, so prioritize by impact, fix the high-impact ones, and verify fixes per version, confirm the crash stopped on the fixed build and catch regressions. This continuous loop steadily reduces the crashes real players hit.

Bugnet ranks by affected players and tracks per version, so you prioritize and verify. So practice handling crashes in production by capturing automatically from the field, monitoring and alerting, and prioritizing by impact while fixing and verifying per version, a continuous loop that handles the crashes real players hit.

Capture crashes automatically from the field, monitor and alert so you catch problems fast, prioritize by impact, and fix and verify per version. Handling production crashes is a continuous capture-monitor-prioritize-fix loop.