You know that macOS gives you crash logs. It does not give you a way to know that forty users hit the same crash last night, or which build it started in, or what your code was doing when it happened. The system writes a .crash file to a folder most of your users will never open, and that's the end of the story unless you build something to collect and make sense of them.
That's the part BugSplat handles. A crash on a Mac becomes a symbolicated call stack in a dashboard, grouped with every other instance of the same fault, tagged with the version and whatever context you attached. You stop guessing whether a problem is rare or everywhere.
Symbols are the whole game on Mac
If there's one thing to get right on macOS, it's .dSYM files. macOS strips symbolic information out of your release binary and tucks it into a separate dSYM bundle. Without that bundle uploaded to BugSplat and matched to the exact build, your call stacks are addresses. With it, they're function names and line numbers.
So the rule is simple: build with debug symbols in a separate dSYM, and upload that dSYM to BugSplat on every release. Wire it into your build so you can't forget. A crash report you can't read is worse than no crash report, because it costs you time before it tells you it's useless.
How the integration works
Most native macOS apps integrate through Crashpad, which handles macOS, Linux, and Windows from the same handler. You build Crashpad once, ship crashpad_handler with your app bundle, and point it at your BugSplat database URL. To generate symbols you'll build the dump_syms tool and run it against your binary, then upload the resulting .sym files. Our docs include a macOS sample (my-cmake-crasher) with the platform-specific bits already worked out, so you're adapting working code, not starting from a blank file.
If you're shipping a Qt app, an Electron app, or something built on another framework, those have their own BugSplat paths that ultimately produce the same readable reports. The macOS-native Crashpad route is the one to start with for a straight C++ or Objective-C++ codebase.
What good looks like
You ship a build. A user on a Mac you've never tested crashes. Within seconds you have the stack trace, the OS version, the architecture, and your custom attributes, grouped against every other report of the same crash. You fix it, ship the patch, and watch the count stop climbing. No log spelunking, no asking the user to email you a file.
That's the difference between crash data being available and crash data being usable. Available is a folder full of .crash files. Usable is knowing what to fix first.
Full macOS setup is in the docs: docs.bugsplat.com
Want to see it on your own app? Start a free trial and send your first crash today.