How to Replace Firebase Crashlytics for Indie Games

Plenty of indie developers reach for a general-purpose mobile crash tool because it is familiar and free, only to find it does not really fit how games work. App crash tools are built for screen-based apps with predictable navigation, not for games with scenes, frame loops, real-time state, and players who care about progress and reproduction context. If your crash reports tell you a function name but nothing about what the player was doing, it may be time to move to crash reporting built for games. Here is how to make that switch cleanly.

App crash tools miss what games need

A general app crash tool gives you a stack trace and basic device info, which is fine for an app where the navigation is a stack of screens. But a game crash is rarely explained by the stack trace alone, you need to know the scene or level, what the player was doing, the frame-loop state, and often custom game variables. App tools are not designed to capture this game-specific context, so their reports leave you guessing.

The mismatch shows up in triage. An app crash tool tells you a crash happened in a rendering function, but not that it only happens in one level, with a particular item equipped, after a specific action. Games fail along gameplay dimensions, not just code dimensions, and a crash tool that cannot capture or group along those dimensions makes game crashes far harder to diagnose than they need to be.

What game-focused crash reporting captures

Crash reporting built for games captures the things that explain game crashes: the current scene or level, the build version in a way that maps to your release process, the device and hardware context that matters for graphics-heavy games, and custom fields for your own game state, the equipped item, the quest stage, the difficulty, whatever is relevant to your game.

This game context transforms triage. Instead of a stack trace in isolation, you get a crash that you can see clusters in one level, or only with a certain configuration, which points you at the cause far faster. The ability to attach and group by custom game state is the core difference, because it lets you debug along the dimensions your game actually varies, which is exactly what an app-focused tool cannot do.

Add an engine SDK

The practical first step is adding a crash reporting SDK built for your engine: Unity, Godot, Unreal, or a web build. An engine-specific SDK hooks into the engine error handling and lifecycle correctly, capturing the crashes that matter, including engine-level and native crashes, with the right context, rather than the generic capture an app SDK provides.

An engine SDK also fits your workflow. It captures the scene automatically, integrates with how your engine handles errors, and lets you attach game state idiomatically. This is much smoother than bending a general app SDK to a game, where you fight the tool assumptions about app navigation and screens. Choosing a crash tool that speaks your engine native concepts removes friction from both integration and daily use.

Migrate without losing coverage

When you switch crash tools, do it without a coverage gap. Add the new game-focused crash reporting alongside your existing tool for a release or two, verify it is capturing crashes correctly and that the reports are as useful as you expect, and only then remove the old one. Running both briefly ensures you do not blind yourself during the transition.

Use the overlap to confirm the new tool captures the game context you were missing. Trigger some test crashes in different scenes with different game state and check that the reports carry the scene and custom fields, grouped sensibly. Once you have confidence that the new reporting is both reliable and richer than what you are leaving, you can retire the old tool knowing your crash visibility improved rather than regressed.

Setting it up with Bugnet

Bugnet is built for games, with SDKs for Unity, Godot, Unreal, and web that capture crashes with the scene, build, and device context games need, plus custom fields for your own game state. Unhandled exceptions and crashes are captured automatically and uploaded, and identical crashes group into occurrence counts so you see scale and patterns immediately.

Beyond crashes, Bugnet brings in-game bug reports, automatic screenshots, a public tracker, and a changelog into the same dashboard, so crash reporting is part of a feedback system designed for games rather than a standalone app tool. For an indie developer who has outgrown an app-focused crash tool, it is a move from a generic stack trace to a game-aware report you can actually act on, and the free tier covers a meaningful volume to start.

Get more than crashes from the switch

Switching crash tools is a chance to upgrade your whole feedback pipeline, not just your crash reports. App crash tools do one thing, but a game-focused platform can combine crash reporting with player bug reports, screenshots, device info, and a public-facing tracker and changelog, giving you a unified view of everything breaking and everything players are asking for.

This consolidation is especially valuable for a small team that cannot maintain five separate tools. When your automatic crashes, your in-game player reports, and your community-facing roadmap all live in one place, you triage everything together, deduplicate across sources, and close the loop with players, all from one dashboard. Replacing an app crash tool with game-focused reporting is less about swapping one feature and more about adopting a feedback system that finally matches how games are built and played.

Games fail by scene and state, not just by stack trace. Use crash reporting that knows that.