What should I do first when my game server goes down?

Confirm the outage and its scope, then restore service as fast as possible, starting by understanding what's broken and for whom. The first move is confirmation and scoping: is the server actually down (unreachable) or degraded (errors, timeouts)? Are all players affected or a subset? Check your server monitoring and the client-side errors players are hitting, the connection failures and server errors captured from the field tell you the outage is real, its scope, and its symptoms, which informs urgency. Then identify the cause to restore fast: did the outage follow a server deploy (a bad deploy broke it, roll back)? Is it a traffic surge overwhelming capacity (scale up)? Did a dependency fail (a database or service, recover it)? The cause determines the fastest restoration path. Restore service (roll back the bad deploy, scale for overload, recover the dependency), then confirm players can connect again (the client-side errors stopping). So the first thing to do when your game server goes down is confirm the outage and its scope (from monitoring and client-side errors), then identify the cause (deploy, traffic, dependency) and restore service the corresponding way, with getting players back online as the priority. Bugnet captures the client-side errors players hit during an outage, so you can confirm the outage's scope from the player side and see whether it followed a deploy (per-version timing), helping you scope and diagnose fast, then after restoring, review the impact and set up alerting so the next outage is caught faster.

How do I know if my game server is down or its something else?

Distinguish a server outage from a client-side problem by the pattern of errors: a server outage shows widespread connection failures and server errors across many players at once, while a client-side issue is more localized or specific. When players can't play, the cause could be your server (down or degraded) or something else (a client-side bug, a player's network, a specific device issue). To tell, look at the pattern of errors captured from the field: a server outage produces widespread connection failures and server-side errors (5xx, timeouts) hitting many players simultaneously, starting at a specific time (when the server went down), often correlated with a server deploy or traffic event. A client-side problem, by contrast, is more scattered (specific devices, OS versions, or game states) and not a simultaneous mass failure. So if you see a sudden, widespread spike of connection/server errors across many players at once, it's a server outage; if the errors are localized to certain configurations or scattered, it's likely client-side. Check the timing too, an outage starting right after a server deploy points to that deploy. So you know your game server is down (versus something else) by the pattern: widespread, simultaneous connection and server errors across many players signal a server outage, while scattered or configuration-specific errors signal a client-side issue. Bugnet captures client-side errors from the field, so you can see the pattern, whether errors are a sudden widespread spike (server outage) or scattered (client-side), and whether they correlate with a deploy, helping you distinguish a server outage from a client-side problem and respond appropriately (restore the server versus fix the client bug).

How do I prevent game server outages?

Monitor for the signs of an outage, gate server deploys, provision for traffic, and build in resilience, so outages are caught fast and the common causes are mitigated. You can't guarantee zero outages, but you can reduce their frequency and impact. First, monitor: set up alerting on the signals of an outage (server error rates, connection failure spikes, including the client-side errors players hit), so you're notified within minutes when the server degrades, rather than finding out from players. Second, gate server deploys: since bad deploys are a common outage cause, test server changes before deploying, deploy gradually (staged rollout) where possible, and be ready to roll back fast (so a bad deploy is reversed quickly). Third, provision for traffic: since overload causes outages, ensure capacity for your expected (and surge) traffic, and ideally autoscale, so a traffic spike doesn't take the server down. Fourth, build resilience: handle dependency failures gracefully (so a database or service hiccup degrades rather than crashes the server), and on the client, handle server errors gracefully (so a brief outage doesn't crash the game or lose progress). So you prevent game server outages by monitoring for early signs (alerting on error/failure spikes), gating server deploys (catching bad deploys before they cause outages), provisioning for traffic (avoiding overload), and building resilience (handling dependency failures and server errors gracefully). The goal is fewer outages and faster recovery, caught fast by monitoring, with the common causes (bad deploys, overload, dependency failures) mitigated. Bugnet captures the client-side errors that signal an outage and tracks per version, so you can alert on the client-side error spikes that indicate the server is degrading (catching outages fast from the player side) and see whether a deploy caused one, supporting both fast detection and learning from outages to prevent recurrences.

What to Do When Your Game Server Goes Down

Quick answer: Confirm the outage and its scope from monitoring and client-side errors, restore service by addressing the cause (overload, bad deploy, dependency failure), then review the captured errors and per-version data to prevent a recurrence.

When your game server goes down, players can't connect or play, and every minute costs you. Fast detection, fast restoration, and learning from the impact are what limit the damage. Here is what to do when your game server goes down.

Confirm the Outage and Its Scope

First, confirm it's really an outage and understand its scope: are all players affected or some, is it total (server unreachable) or partial (errors, timeouts)? Check your monitoring and the client-side errors players are hitting, the connection failures and server errors captured from the field tell you the outage's scope and symptoms.

Bugnet captures client-side errors from the field, so when your server goes down you can see the connection failures and server errors players are hitting, confirming the outage and its scope. That player-side view complements server monitoring, you see the outage as players experience it (the errors, the scope), which helps you gauge impact and urgency.

Restore Service by Addressing the Cause

Get players back online: identify why the server went down, overload (too much traffic), a bad deploy (a server update that broke it), or a dependency failure (a database or service it relies on), and address it. Restore from a bad deploy by rolling back, from overload by scaling, from a dependency by recovering it.

Bugnet tracks per version, so if the outage followed a server-side release you can see it in the timing, pointing at a bad deploy to roll back. Knowing whether the outage coincided with a deploy (versus traffic or a dependency) tells you the likely cause and the fastest restoration path, the difference between rolling back and scaling.

Review the Impact and Prevent a Recurrence

After restoring, learn from it: review the captured client-side errors and per-version data to understand what happened and how widely it affected players, then put in monitoring and safeguards (alerts, capacity, deploy gating) so the next outage is caught faster or prevented. An outage is a lesson in what to monitor.

Bugnet captures the client-side errors and tracks per version, so after an outage you can review its full impact and whether a deploy caused it, and set up alerting on the client-side error spikes that signal an outage. This turns an outage into prevention, you learn what an outage looks like in your data and monitor for it, catching the next one faster.

When your game server goes down, confirm the outage and scope from monitoring and client-side errors, restore by addressing the cause (deploy, overload, dependency), then review the impact and add monitoring. Fast detection and restoration limit the damage.