How do I monitor a live game?

Set up crash capture (to see what players hit), per-version tracking (to catch regressions and tie issues to releases), impact ranking (to know what matters), and alerts (to be notified of spikes fast), then use them to respond to issues as they arise. Monitoring a live game means having ongoing visibility into its health and the ability to respond to issues as they happen, which requires a few connected capabilities. First, crash capture: set up automatic crash capture so you see what players are hitting in real time, with full context (stack trace, device, OS, version, breadcrumbs), this is the foundation, you can't monitor what you can't see, and most players don't report, so automatic capture is essential. Second, per-version tracking: track crashes and issues per version, so you can tie problems to the releases that caused them, catch regressions (a new crash on a release), and see your stability evolve, essential for a live game that keeps updating. Third, impact ranking: rank issues by how many players each affects, so your monitoring tells you what matters (the high-impact issues to act on), not just an undifferentiated stream. Fourth, alerts: set up alerts on crash spikes and new issues, so you're notified within minutes when something goes wrong, rather than having to constantly check, this makes your monitoring active (it tells you when to act) rather than passive. Fifth, use the monitoring to respond: with live visibility, ranking, and alerts, act on issues as they arise, fix high-impact crashes, catch and roll back regressions, address spikes, before they spread. The goal of live-game monitoring is fast response: seeing and acting on issues while they're small, before they affect many players or become reviews. So you monitor a live game by setting up crash capture, per-version tracking, impact ranking, and alerts, and using them to respond fast. Bugnet provides all of these integrated, automatic crash capture with full context, per-version tracking, impact ranking, and spike alerts, so you have complete live-game monitoring, seeing what players hit as it happens, tied to releases, prioritized by impact, with alerts to notify you fast, enabling the fast response that keeps a live game healthy, catching and fixing issues before they spread.

What should I monitor in a live game?

Crash rate and crashes (per version), the high-impact issues affecting the most players, regressions from new releases, and performance, the core is stability per version with impact ranking and alerts, plus performance, so you see and prioritize what affects players. Monitoring a live game means tracking the things that affect your players' experience and your game's health, with stability as the core. What to monitor: crash rate and crashes (the foundational metric, monitor your overall crash rate and the individual crashes players hit, with full context, so you see your stability and what's breaking, most player-impacting issues are crashes, so this is central), per-version stability (track crash rate and crashes per version, so you can compare releases, catch regressions a release introduces, and tie issues to builds, essential for a live game that updates), high-impact issues (monitor which issues affect the most players, ranked by impact, so you know what matters most and what to prioritize), regressions (watch for new crashes or crash rate spikes on new releases, catching a bad build fast), spikes and new issues (monitor for sudden increases or newly-appearing crashes, with alerts, so you catch problems as they emerge), and performance (monitor frame rate, load times, and performance issues from real devices, since performance affects the experience and can degrade or regress). Depending on your game, also monitor server/backend health (if online), key player-experience metrics, and the issues players report. The priorities are stability per version (the core, what's crashing, on what builds, affecting how many players) with alerts (to catch issues fast) and impact ranking (to prioritize), plus performance. The point of monitoring these is to see issues as they happen and respond before they spread, so you monitor the things that, if they go wrong, hurt your players, and you want to catch fast. So you should monitor crash rate and crashes per version, high-impact issues, regressions, spikes, and performance in a live game, the core being stability per version with impact ranking and alerts. Bugnet monitors these, capturing crashes with full context, tracking per version (for regressions and release attribution), ranking by impact (to prioritize), alerting on spikes (to catch issues fast), and capturing performance from real devices, so you monitor the key dimensions of your live game's health, seeing and prioritizing what affects players and being notified fast when something goes wrong, the monitoring that lets you keep a live game healthy.

How do I catch problems in my live game fast?

Set up alerts on crash spikes and new issues, with per-version tracking, so you're notified within minutes when something goes wrong, rather than finding out from players or by checking, alerting on the signals of a problem is what makes detection fast. Catching problems in a live game fast means being notified of them quickly, rather than discovering them late (from a flood of player reports, bad reviews, or by happening to check your data), which requires active monitoring with alerts. The key is alerting on the signals of a problem: set up alerts that notify you when something goes wrong, specifically on crash spikes (a sudden increase in crash rate, signaling a new problem or a bad release) and new crashes (a crash signature appearing that wasn't there before, often from a release), so that when a problem emerges, you're notified within minutes rather than having to notice it yourself. Combined with per-version tracking, this is especially powerful: a new release that introduces a crash triggers an alert (the new build's crashes spiking or new signatures appearing), so you catch a bad release fast, while it's only reached a fraction of players, and can roll back or fix before it spreads. This is the difference between active monitoring (alerts notify you, so you catch problems in minutes) and passive monitoring (you have to check, so problems between checks go unnoticed until they're large or reported). Fast detection enables fast response: the sooner you know about a problem, the sooner you can act (fix, roll back, mitigate), and the less it spreads, so alerting directly limits the damage of any issue. To catch problems fast, you also need the capture and per-version tracking underneath (so there's something to alert on), and impact ranking helps you triage the alerts (focus on high-impact problems). So you catch problems in your live game fast by setting up alerts on crash spikes and new issues, with per-version tracking, so you're notified within minutes when something goes wrong. Bugnet provides this, capturing crashes with per-version tracking and alerting on spikes and new issues, so a problem in your live game (a crash spike, a regression on a release) notifies you within minutes, letting you catch and respond to problems fast, while they're small, before they spread to most players or become reviews, the fast detection that active, alert-driven monitoring provides for a live game.

What to Do When You Need to Monitor a Live Game

Quick answer: Set up crash capture to see what players hit, per-version tracking to catch regressions and tie issues to releases, impact ranking to know what matters, and alerts so you're notified of spikes fast, together giving live visibility and the ability to respond before issues spread.

A live game needs ongoing monitoring, players are hitting issues right now, and you need to see and respond to them. Setting up the right monitoring is the foundation of live operations. Here is what to do when you need to monitor a live game.

Set Up Crash Capture and Per-Version Tracking

The foundation is visibility: set up crash capture to see what players are hitting in real time, and per-version tracking so you can tie issues to releases and catch regressions. Together these show you your live game's health, what's crashing, on what builds, as it happens.

Bugnet provides crash capture and per-version tracking, so you have live visibility into what players are hitting and on which builds. Capturing crashes from the field with per-version context is the monitoring foundation, you see your live game's issues as they happen, tied to the releases that introduced them, the basis for responding.

Add Impact Ranking and Alerts

Make the monitoring actionable: impact ranking so you know which issues matter most (affecting the most players), and alerts so a spike or new crash notifies you fast rather than waiting for you to check. This turns passive data into active monitoring that tells you when to act.

Bugnet ranks issues by impact and alerts on spikes, so your live monitoring tells you what matters and notifies you fast. Impact ranking focuses you on the issues affecting the most players, and alerts mean a crash spike or new issue reaches you within minutes, making your monitoring active, you're notified to act rather than having to constantly check.

Use the Monitoring to Respond Fast

Act on what you see: with live visibility, impact ranking, and alerts, respond to issues as they arise, fix high-impact crashes, catch and roll back regressions, address spikes, before they spread. Monitoring's value is the fast response it enables, catching and fixing issues while they're small.

Bugnet's live monitoring, capture, per-version tracking, impact ranking, and alerts, enables fast response, you catch issues early and act before they spread. Seeing a new crash on a release within minutes (via alerts and per-version tracking) lets you roll back or fix before it reaches most players, the fast response that live-game monitoring exists to enable.

When you need to monitor a live game, set up crash capture, per-version tracking, impact ranking, and alerts, together they give you live visibility into your game's health and notify you of spikes fast, so you can respond to issues before they spread. Monitoring means seeing problems as they happen and being alerted to act.