Finding bugs is only one part of game testing. Getting those bugs understood, reproduced and resolved is where much of the real work happens.
I've spent much of my career working around game development and operations, and one thing that has always struck me is how much effort goes into the process of reporting an issue after it's already been discovered.
A tester encounters a problem. They capture footage, collect whatever information they can, write up a description, attempt to establish reproduction steps and submit a ticket.
Someone reviews that ticket. They might request more information, check whether it's already been reported or ask the tester to investigate further.
Eventually, the issue reaches a developer who needs to understand what happened, reproduce it and work out what's causing it.
It's a familiar process, and for the most part, it's one we've accepted as simply being how bug reporting works.
But I've increasingly questioned whether it needs to work this way.
The problem isn't finding bugs
Modern games are incredibly complex. When something goes wrong, the circumstances surrounding that issue can be just as important as the issue itself.
What was the player doing? What happened immediately beforehand? Which build was running? Was there a performance spike? What did the game logs show? Can the issue be reproduced consistently?
A good tester knows how to investigate these questions. But gathering the answers often means switching between different tools, manually collecting information and reconstructing events after they've happened.
Even with a well-written bug report, important context can be missing.
This creates friction for everyone involved.
Testers spend time documenting rather than testing. QA leads spend time reviewing incomplete submissions. Developers spend time trying to recreate situations that somebody else has already experienced.
None of this is necessarily a failure of the people involved. It's often a limitation of the tools and processes they're working with.
And the more complex the game becomes, the more noticeable those limitations are.
We treat bug reports as documents
I think one of the fundamental problems is that we've traditionally approached bug reporting as an exercise in documentation.
A tester discovers an issue, then creates a document describing it.
That document might include screenshots, video clips, steps to reproduce, expected results and actual results. If the tester has access to logs or performance information, they might attach those too.
The objective is to give somebody who wasn't there enough information to understand what happened.
But there's an inherent weakness in that approach.
We're asking someone to reconstruct an event through a written description, even though much of the information needed to explain it may have existed at the moment the issue occurred.
What if the evidence came first, and the bug report was simply a way of organising and communicating it?
That's a different starting point.
Instead of treating the report as the primary source of information, we can think about the recording, inputs, logs, performance data and surrounding gameplay context as the foundation.
The written description still matters. So does the tester's expertise in understanding and explaining the issue.
But neither should have to compensate for information that could have been captured automatically.
A bug shouldn't lose context as it moves through the team
There's another challenge I've seen repeatedly: information becomes fragmented as an issue moves through its lifecycle.
A tester captures evidence. A reviewer validates the submission. A developer investigates the problem. A fix is implemented, verified and eventually included in a build.
At each stage, different people need different information.
The tester needs to explain what they experienced. The reviewer needs to assess whether the issue is valid, actionable or potentially a duplicate. The developer needs enough technical context to investigate it. The QA team needs to confirm the fix and watch for regressions.
These are all parts of the same process, but they often happen across disconnected systems.
That separation introduces unnecessary handovers and opportunities for context to be lost.
I believe we should be designing workflows where information accumulates as an issue progresses, rather than repeatedly being transferred, rewritten or rediscovered.
The original evidence should remain accessible. Review decisions should add context. Related issues and previous occurrences should be easier to identify. And the history of an issue should remain useful long after the original ticket has been closed.
Because a resolved bug isn't necessarily the end of its story.
The opportunity goes beyond efficiency
It's easy to frame better bug reporting as a way to save time, and that's certainly an important benefit.
Reducing the effort required to document an issue, review submissions or reproduce a problem can make a meaningful difference to development teams.
But I think the more interesting opportunity is what happens when we start connecting the information generated throughout the process.
Individual bugs tell us that something went wrong.
Collectively, they can tell us much more.
We can begin to understand which parts of a game are generating recurring problems, where regressions are appearing, which environments are proving unstable and whether certain areas of the project need greater testing attention.
That information can influence how we prioritise work, allocate testing resources and assess risk.
It's a shift from treating bugs as isolated tickets to treating them as part of a wider picture of game quality.
And it's one of the ideas that has influenced how we're building TopMod.
Building around the lifecycle, not just the ticket
When we started developing TopMod, we wanted to challenge some of the assumptions surrounding traditional bug reporting.
Why should testers have to manually reconstruct so much context? Why should reviewers and developers need to move between disconnected sources of evidence? And why does so much useful testing information become difficult to access once an issue has been resolved?
We've approached those questions by building a connected workflow around the bug lifecycle.
That starts with capturing gameplay and the technical context surrounding it, then making that evidence available for investigation, review and reporting.
It continues through validating submissions, identifying potential duplicates, managing issues and helping teams understand the patterns emerging across their work.
The aim isn't to replace the judgement of experienced testers or developers. Quite the opposite.
I want technology to take on more of the repetitive work so that people can focus on the investigation, analysis and decisions that genuinely require their expertise.
We're still developing and refining that approach, but the principle behind it is something I feel strongly about.
The quality of a bug report shouldn't depend on how much time somebody has to spend manually assembling it.
Rethinking what comes next
The bug lifecycle has been part of game development for decades, and the underlying objective hasn't changed. We need to identify problems, understand them and get them resolved.
What can change is how effectively we support that process.
We have better capture technology, richer telemetry, more connected development systems and increasingly capable tools for analysing information.
There's an opportunity to use those capabilities to rethink the workflow itself, rather than simply make incremental improvements to the forms and fields we've been using for years.
For me, that's what makes this an interesting problem to work on.
Not because we need another way to create bug tickets, but because we have an opportunity to make the entire journey from discovery to resolution more connected, more useful and less dependent on manual administration.
And ultimately, give the people building games more time to focus on making them better.