How often should my game save?

Often enough that a crash or quit costs the player little progress, typically via autosave at regular points (level transitions, checkpoints, meaningful progress), so players do not lose significant work. Saving too infrequently is a common mistake: when a crash happens (and crashes do happen), players lose all progress since the last save, so infrequent saving amplifies the cost of every crash, turning a recoverable crash into a rage-inducing progress loss. The right frequency depends on your game, but the principle is to save at sensible points often enough that any single crash or quit loses minimal progress, autosave at level transitions, checkpoints, after meaningful achievements, and periodically, so players rarely lose much. Combine frequent saving with safe (atomic) writes so the saves themselves do not corrupt. Bugnet captures the crashes that cause progress loss, so you can see how often players crash (and thus how much progress infrequent saving costs them) and the impact, helping you prioritize saving more frequently and fixing the crashes, minimizing the progress players lose to the crashes that will inevitably happen.

Should my game have autosave?

Yes, autosave protects players from losing progress when they crash, quit, or forget to save manually, since players do not reliably save on their own, autosave is the safety net that prevents avoidable progress loss. Relying solely on manual saves is a common mistake: players forget to save, get absorbed in play, or do not expect a crash, so when one happens, they lose progress they would have kept with autosave. Autosave preserves progress automatically at sensible points (transitions, checkpoints, periodically), so a crash or unexpected quit costs little, this dramatically reduces the progress-loss frustration that drives players away (lost progress is among the most damaging experiences). Implement autosave safely (atomic writes so a crash mid-autosave does not corrupt, and avoid autosaving at risky moments). Manual saves can supplement autosave (letting players save deliberately), but autosave should be the foundation. Bugnet captures the progress-loss crashes players hit, so you can see the impact of lost progress and confirm that adding autosave (and fixing save-related crashes) reduced the progress players lose, protecting the player investment that retention depends on with the autosave safety net.

How do I stop players from losing progress?

Save often (autosave at regular points), save safely (atomic writes so a crash mid-save does not corrupt), keep backups, and fix the crashes that interrupt saves or lose progress. Players lose progress through a few mechanisms: infrequent saving (a crash costs all progress since the last save), no autosave (players forget to save and lose progress on a crash), save corruption (a crash mid-save corrupts the file), and crashes that lose unsaved state. To stop it: save often via autosave (so a crash costs little progress), write saves atomically (write to a temp file then atomically replace, so a crash during the write leaves the previous good save intact), keep backups (so a corruption can be recovered), and fix the crashes that cause or interrupt saves. Together these protect progress. Bugnet captures the crashes that cause progress loss (including those during saves, with breadcrumbs showing a save in progress) and tracks per version, so you can see whether crashes are losing progress, fix the causes, and verify the loss stopped, combined with frequent autosaving and atomic writes to protect the player investment, since lost progress is one of the most damaging, retention-killing experiences.

Common Game Save Mistakes

Quick answer: The biggest game save mistakes are infrequent saving, no autosave, saving at bad times, and not protecting progress, fix these by saving often, automatically, and safely.

How and when your game saves determines whether players lose progress. Here are the most common game save mistakes and how to avoid them.

Saving Too Infrequently

A common save mistake is saving too infrequently, so when a crash or quit happens, players lose a lot of progress, the work since the last save. Infrequent saving means each crash costs players more, amplifying the damage of any crash.

The fix is saving often enough that a crash costs little progress, with autosave at regular points. Bugnet captures the crashes that cause progress loss, so you can see how often players crash (and lose progress) and prioritize both saving more frequently and fixing the crashes, minimizing the progress players lose.

Not Having Autosave

A second mistake is relying on manual saves with no autosave, so players who forget to save lose progress when they crash or quit. Players do not reliably save manually, so no autosave means avoidable progress loss.

The fix is automatic saving at sensible points, so progress is preserved without relying on the player. Bugnet captures the progress-loss crashes, so you can see the impact of lost progress and confirm that adding autosave (and fixing save-related crashes) reduced the progress players lose.

Saving at Risky Moments

A third mistake is saving at moments that risk corruption or interrupt play, saving during a crash-prone operation, or in a way that a crash mid-save corrupts the file. When and how you save affects both player experience and corruption risk.

The fix is saving at safe points with atomic writes, so a crash during save does not corrupt. Bugnet captures the crashes that occur during saves (breadcrumbs showing a save in progress), so you can see whether saves are being interrupted and corrupting data, and verify atomic writes fixed it.

Avoid the big game save mistakes: infrequent saving, no autosave, saving at bad times, and not protecting progress. Save often, automatically, and safely.