Quick answer: Automate capture and acknowledgement so reports arrive contextual and players feel heard, group duplicates so the list stays short, and fix strictly by impact. A solo bug-management system works by letting tooling do everything except the fixing, which is the one part only you can do.
When you are a solo game developer, every role lands on you: you write the code, you test it, and you handle every bug report players send. There is no QA team to triage and no support person to reply. A bug-management system for a solo dev has to account for that reality by offloading everything that can be automated, so your irreplaceable time goes to the one thing only you can do, fixing the bugs, while the system handles the rest.
Let Capture Replace Your QA Process
Alone, you cannot manually gather context on every bug or reproduce issues across configurations you do not own. So the reports have to arrive already diagnosable. In-game reporting that captures logs, device info, and a screenshot automatically does the context-gathering a QA team would otherwise do, turning vague player messages into actionable bugs without any effort from you. This is the single biggest leverage a solo dev can get.
Bugnet's SDK gives a solo developer exactly this: every report and crash arrives with full context in one dashboard, so you skip the entire round-trip of asking players for basics. You open a report and it already has the stack trace and device details you need to start fixing, which is the QA work you do not have time to do by hand.
Automate Acknowledgement and Deduplication
Two more pieces of the workload can run themselves. Automatic acknowledgement means every player gets an instant receipt, so they feel heard even though one person cannot reply to each individually, this single automation removes most of the support pressure a solo dev feels. And occurrence grouping means duplicate reports collapse into single counted issues, so you are never reading the same bug fifty times or trying to dedupe by hand.
Together, capture, acknowledgement, and grouping handle the parts of bug management that would otherwise demand a team. A solo dev with these in place receives reports that are contextual, players who feel acknowledged, and a list that is already deduplicated, the output of several roles, produced automatically, leaving you free for the actual work.
Fix Strictly by Impact and Protect Your Time
With the system handling intake, your job narrows to deciding what to fix and fixing it, and as a solo dev you must be ruthless about the first part. You cannot fix everything, so fix strictly by impact: occurrence counts show which bugs hit the most players, and those are the only ones your limited time should touch. The long tail waits, and that is fine. Trying to address every report is how a solo dev burns out and the game stalls.
Protect your time and energy deliberately. Let automation cover players while you focus or rest, fix the vital few on a cadence you can sustain, and accept that solo support means doing less, better, rather than everything, badly. A solo bug-management system succeeds when it lets one person run what looks like a whole support operation, by automating every part except the fixing and focusing that scarce human effort where it matters most.
Solo, you are QA, support, and engineering at once. Automate the first two so all your time goes to the third.