When should I add crash reporting?

Before launch, ideally before your beta or demo, so you're capturing crashes from your very first players instead of adding it during a post-launch crisis. Crash reporting has one of the best cost-to-value ratios of any tooling: a small amount of setup turns total blindness into a clear, ranked view of what's crashing and for how many players.

What do I need to fix a crash from crash reporting?

The stack trace (ideally symbolicated so it's readable), the device and OS it happened on, the game version, and ideally a breadcrumb trail of what the player was doing. A good crash reporter captures all of this automatically, so reports arrive ready to diagnose rather than needing you to chase the player for details.

How Do I Set Up Crash Reporting for My Game?

Q: How do I set up crash reporting for my game?

Add a crash reporting SDK or plugin for your engine, initialize it early in your startup code with your project key, and verify a test crash arrives with a stack trace, device, OS, and version attached. After that, crashes from real players are captured automatically, grouped by signature, and ranked by how many players are affected, so you have a prioritized list of what to fix.

Quick answer: Add a crash reporting SDK to your game, configure it with your project key, and verify a test crash arrives. From then on, crashes are captured automatically from real players with stack trace, device, and version attached, then grouped and ranked for you.

Setting up crash reporting is one of the highest-value things you can do for a released game, and it's usually quick. The goal is simple: capture every crash from real players automatically, with enough context to fix it, instead of relying on players to tell you. Here's how to get there.

Add and Configure the SDK

Crash reporting starts with integrating an SDK or plugin into your game. You add the library for your engine, initialize it early in your startup code with your project's key, and that's the bulk of the setup. From that point, the reporter hooks into your game's error handling so crashes are caught and sent automatically.

Bugnet provides integrations for common engines, so wiring it up is mostly adding the SDK and initializing it. The key is doing this before launch (ideally before your beta) so you're capturing from your very first players rather than scrambling to add it during a crisis.

Verify a Test Crash Arrives With Context

Before trusting it, confirm it works: trigger a deliberate test crash and check that it shows up in your dashboard with a stack trace, the device and OS, and the game version attached. This verification step ensures the integration is correct and that you'll actually get the context you need to fix real crashes.

With Bugnet, that test crash arrives grouped and tagged with full context, so you can confirm capture and symbolication are working. Once you've seen a test crash land correctly, you know real crashes will too.

Let It Capture, Group, and Rank Automatically

After setup, the system does the work: every crash from real players is captured automatically, identical crashes are grouped by signature so duplicates collapse, and issues are ranked by how many players each affects. You go from blind to having a prioritized list of exactly what to fix first.

Bugnet handles this grouping and impact ranking for you, so you open your dashboard to a clear 'fix this first' rather than a pile of raw reports. That's the payoff of setup: ongoing, automatic visibility into what's crashing your game and for how many players.

Add the SDK, initialize it with your key, verify a test crash, then let it capture, group, and rank crashes automatically. Set it up before launch so you're never blind.