How do I know if a crash is my games fault?

Capture the crash and read the stack trace and context, if it points into your code, it's your bug; if into a plugin, system, or driver code, the cause may be elsewhere; the device/OS clustering and conditions further reveal responsibility. Determining whether a crash is your game's fault requires evidence, not assumption, and the captured crash data provides it. The key is the stack trace: it shows where the crash actually occurred, the chain of calls and the exact location. If the stack trace points into your own code, the crash originated there, it's your bug to fix (even if triggered by an unusual condition). If it points into a third-party plugin or SDK, the crash originated in that plugin (though your usage might contribute), pointing to a plugin issue. If it points into system, OS, driver, or hardware-level code (a graphics driver, an OS component), the crash may stem from a device/OS/driver problem rather than your code directly (though your game might trigger it, and you may still need to work around it). Beyond the stack trace, the context helps: device and OS clustering (if the crash happens only on specific devices or OS versions, it's device/OS-specific, possibly a driver or hardware issue, or your code's interaction with that device), conditions (what triggered it), and whether it correlates with a plugin's functionality. Together, the stack trace (where) and context (conditions, clustering) tell you whether and how your game is responsible: clearly your bug (stack trace in your code), a plugin issue (stack trace in a plugin), a device/OS/driver issue (system-level stack trace, device clustering), or a mix (your code triggering an external problem). So you know if a crash is your game's fault by capturing it and reading the stack trace (where it originated) and context (conditions, clustering), rather than assuming. Bugnet captures crashes with full stack traces and device/OS context, so you can see where each crash originated (your code, a plugin, or system code) and the conditions, determining whether your game is genuinely at fault, which lets you fix what's yours, address plugin issues, work around device/OS problems, and respond to players based on the actual cause rather than reflexive blame-acceptance or denial.

How do I respond when a player blames my game for crashing their device?

Investigate the crash with captured data to find the real cause, then respond honestly, if it's your game, acknowledge and fix it; if it's a device/OS or external factor, explain that informedly while still helping, base your response on evidence, not defensiveness. When a player blames your game for crashing (their device, their game, losing their progress), respond based on investigation, not reflexive defensiveness or blind acceptance. First, investigate: capture and examine the crash, the stack trace and context tell you where it originated and the conditions, so you know the real cause before responding. (Note: a game crashing rarely crashes the whole device, usually it's the game crashing, but investigate what actually happened.) Second, respond based on what you find. If it's your game's bug (stack trace in your code): acknowledge it honestly (yes, this is a crash in our game, we're sorry), tell the player you're fixing it, and follow up when fixed, an honest, responsive reply, backed by an actual fix, turns the blame into goodwill. If it's a device/OS or driver issue (system-level stack trace, device-specific): explain informedly and tactfully (this appears related to a specific device/driver issue), while still helping where you can (a workaround, a setting, or mitigating it on your end if possible), don't just blame the device dismissively, but you can honestly clarify the cause. If it's a plugin or external factor: address the plugin and explain appropriately. Third, be honest and helpful regardless: even if the crash isn't strictly your code's fault, the player's experience with your game was bad, so be empathetic and helpful (acknowledge their frustration, offer what help you can), rather than coldly deflecting. The key is an informed, honest response, the captured evidence lets you respond truthfully (acknowledging your bugs, accurately explaining external causes) and helpfully, which players respect far more than defensiveness or false acceptance. So you respond to a player blaming your game for crashing by investigating with captured data, then responding honestly and helpfully based on the real cause. Bugnet captures the crash with the evidence to find the real cause, so you can respond informedly, acknowledging and fixing your bugs (and showing the fix via a changelog), or honestly explaining external causes while still helping, an evidence-based, honest response that handles the blame fairly and turns crashes that are yours into demonstrations of responsiveness.

How do I prove a crash isnt caused by my game?

Use the captured crash data, the stack trace and context, to show where the crash actually originated, if it's in a driver, OS, plugin, or device-specific factor rather than your code, the evidence indicates the cause is external, though you may still need to mitigate it. Determining (and if needed, demonstrating) that a crash isn't caused by your game relies on the captured crash evidence showing where it originated. The stack trace is the primary evidence: if it points into system code, a graphics driver, an OS component, or a third-party plugin, rather than your own code, the crash originated outside your game's direct logic, indicating an external cause (a driver bug, an OS issue, a plugin problem). Supporting evidence: device/OS clustering (if the crash happens only on specific devices, GPUs, or OS versions while your game runs fine elsewhere, it points to a device/driver/OS-specific issue rather than a general bug in your game), correlation with external factors (a crash tied to a specific driver version, an OS update, or hardware), and the nature of the crash (some crashes are characteristic of driver/hardware issues). This evidence lets you understand (and explain, to yourself, a player, or a plugin vendor) that the crash's origin is external. However, two caveats: (1) even if the crash isn't strictly your code's fault, your game might trigger it (e.g., by using a driver feature that's buggy on some hardware), so you may still need to work around it (avoid the trigger, handle the failure) to stop your players crashing, proving it's not your fault doesn't always absolve you of mitigating it, and (2) the goal isn't usually to deflect blame but to find the real cause so you can address it appropriately (work around a driver bug, report a plugin issue, handle a device-specific problem). So you determine a crash isn't caused by your game by using the captured stack trace and context to show it originated in external code (driver, OS, plugin) or is device-specific, though you may still need to mitigate it. Bugnet captures crashes with full stack traces and device/OS context, so you can see where each crash truly originated and whether it's external (system/driver/plugin code, device-specific clustering) rather than your code, giving you the evidence to understand the real cause, which lets you appropriately handle external crashes (work around them, report them, mitigate them) and accurately distinguish them from your own bugs, rather than wrongly taking blame, or wrongly deflecting a crash that is actually yours.

What to Do When Your Players Blame Your Game for a Crash

Quick answer: Investigate with captured data rather than assuming or dismissing, the stack trace and context show whether the crash originated in your game, a plugin, the device/OS, or external factors, so you can confirm the real cause, fix it if it's yours, and respond informedly.

When players blame your game for a crash, the temptation is to either accept blame reflexively or dismiss it defensively, but the right move is to investigate with data. Here is what to do when your players blame your game for a crash.

Investigate With Captured Data, Don't Assume

Don't reflexively accept or deny, investigate: capture the crash and look at the evidence. The stack trace and context tell you where the crash actually originated, your code, a plugin, the device/OS, or external factors, so you respond based on facts, not assumption or defensiveness.

Bugnet captures crashes with full stack traces and context, so you can investigate whether your game is actually responsible rather than guessing. The captured evidence, where the crash originated, on what device/OS, under what conditions, lets you determine the real cause, replacing reflexive blame-acceptance or denial with a fact-based investigation.

Determine the Real Cause From the Stack Trace

Read the evidence to find the real cause: does the stack trace point into your code (your bug), a third-party plugin (the plugin's issue), or system/driver code (a device/OS or driver problem)? Does it cluster on specific devices (device-specific)? The captured context tells you whether and how your game is responsible.

Bugnet's captured stack trace shows where the crash originated, and the device/OS context shows the conditions, so you determine the real cause. A stack trace in your code means it's your bug to fix, one in a plugin or system code points elsewhere, and device clustering reveals device-specific factors, the evidence telling you whether your game is genuinely responsible.

Fix If It's Yours and Respond Informedly

Act on the truth: if the crash is your game's, fix it (and tell the player you're on it), if it's a plugin, address the plugin, if it's device/OS or external, you may still mitigate it or inform the player. Respond to the player based on what you found, an informed response rather than a defensive or blind one.

Bugnet's evidence lets you respond informedly and fix what's yours, then show the fix via a changelog. Whether the crash is your bug (fix it, show the fix) or external (explain or mitigate), the captured data backs an honest, informed response to the player, and for crashes that are yours, fixing and showing it turns the blame into a demonstration of responsiveness.

When players blame your game for a crash, investigate with captured data rather than assuming, the stack trace and context show whether it originated in your code, a plugin, or the device/OS, so you can confirm the real cause, fix what's yours, and respond honestly and informedly.