How hard is it to build crash reporting?

Catching a crash and logging it is trivial, an afternoon. Making that data useful is the hard part: grouping duplicates, symbolicating stack traces, capturing device and version context, ingesting and storing at scale, building a dashboard, and alerting on spikes. Together those amount to a product, which is why most developers buy rather than build.

When does building a custom crash reporter make sense?

Only in narrow cases: a highly unusual platform no existing tool supports, extreme data-residency or compliance requirements, or crash reporting being your actual product. If one genuinely applies, building can be justified. For the vast majority of game developers none do, and a ready-made reporter delivers the full pipeline immediately without the maintenance burden.

Should I Build My Own Crash Reporter?

Q: Should I build my own crash reporter?

Usually not. Capturing a crash is the easy 10%; the hard 90%, grouping by signature, symbolication, device context, scalable storage, dashboards, and alerting, is effectively building and maintaining a crash-analytics product. That time is better spent on your game. Build only if you have a very unusual need like an unsupported platform or strict data-residency rules.

Quick answer: Usually not. Capturing a crash is the easy 10%, the hard 90% is grouping, symbolication, device context, storage, dashboards, and alerting. Building all that is a product in itself that distracts from making your game. Buy unless you have a very unusual need.

The temptation to build your own crash reporter is real, it seems simple, and you control it. But "should I build it?" hinges on understanding what crash reporting actually involves. Capturing the crash is trivial; everything that makes crash reporting useful is the hard part, and it's a lot.

Capturing the Crash Is the Easy Part

It's deceptively easy to catch a crash and log it somewhere, that's an afternoon's work, and it's why building your own seems appealing. But a log of raw crashes is nearly useless: you can't tell which are the same issue, how many players are affected, or what the symbolicated stack trace means.

The capture is maybe 10% of the value. The other 90%, the part that turns raw crashes into something you can act on, is where building your own becomes a serious undertaking.

The Hard 90% You'd Have to Build

To make crash data useful you need: grouping crashes by signature so duplicates collapse, symbolication so stack traces are readable, device and version context capture, reliable storage and ingestion at scale, a dashboard to view and rank issues, and alerting when something spikes. Each is non-trivial; together they're a product.

This is exactly what tools like Bugnet have already built and maintain, grouping, context capture, ranking, alerting, the whole pipeline. Recreating it yourself means building and maintaining a crash-analytics product instead of your game.

When Building Might Actually Make Sense

There are narrow exceptions: a highly unusual platform no existing tool supports, extreme data-residency requirements, or crash reporting being literally your product. If one of those genuinely applies, building may be justified. For the vast majority of game developers, none do.

For almost everyone else, the calculus is clear: your time is better spent on the game, and a ready-made crash reporter like Bugnet gives you the full pipeline immediately. So unless you have a very specific, unusual reason, don't build your own, buy it and move on.

Usually not. Capture is the easy 10%; grouping, symbolication, context, storage, dashboards, and alerting are the hard 90%, a product in itself. Buy unless your need is unusual.