Do I need scalable graphics settings for my game?

Whether you need scalable graphics settings depends on the range of hardware your game targets: if your players span a wide hardware range (especially on PC, where hardware varies enormously), yes, scalable settings help significantly, because they let a single build run acceptably across that range by letting underpowered players lower the graphics and quality while powerful machines turn them up, widening your supported audience without separate builds. If your game runs on fixed hardware (a console) or a narrow range, scalable settings matter less. The key caveat is that scalable settings only help if the lower settings actually deliver acceptable performance on the hardware they target, a 'low' preset that still runs poorly fails the players it is meant to serve, so you must verify the lower tiers run well, not just offer them. Bugnet supports this: it captures performance data and crashes tagged with device and OS across your real player base, so you can see the actual hardware spread, identify which tiers struggle, and verify your lower settings deliver acceptable performance where they need to, which is whether you need scalable settings and how to make them actually work.

How do I make my game run on more hardware?

Make your game run on more hardware by offering scalable settings (so weaker machines can reduce demands), optimizing the common bottlenecks, and verifying real-world performance across the hardware range rather than just your own machine. Practically: provide graphics/quality options players can lower (resolution, effects, draw distance, detail) so underpowered hardware gets acceptable performance; optimize the things that hurt low-end most (overdraw, excessive draw calls, memory pressure); set a realistic minimum spec; and crucially, verify performance on the actual range of hardware your players have, since your development machine is not representative. The biggest gap is usually between how the game runs on your hardware and how it runs on the low-end hardware real players use, which you only close with real-world data. Bugnet provides that data: it captures crashes and performance issues tagged with device and OS across your real player base, so you see how the game actually runs on the full hardware range, identify which devices struggle, and verify that your scalable settings and optimizations actually deliver acceptable performance there, which is how you make your game run on more hardware.

How do I know what settings my players need?

Know what settings your players need by looking at the actual hardware they use and how the game performs on it, real-world device and performance data, rather than guessing from your own machine. The settings players need depend on the hardware distribution of your player base: if many players have low-end hardware, you need robust low settings that run well there; if your audience is mostly high-end, the priority shifts. You discover this by collecting data on the devices your players actually use and how the game performs across them (frame rate, crashes, where it struggles), which reveals the hardware tiers you must serve and whether your current settings serve them. Without that data, you are guessing, often optimizing for hardware unlike your players'. Bugnet provides the data: it captures crashes and performance tagged with device and OS, so you see the real distribution of player hardware and how the game performs on each tier, telling you which settings your players actually need and whether your lower presets deliver acceptable performance on the hardware that uses them, which is how you know what settings your players need.

Do You Need Scalable Settings?

Quick answer: Yes, scalable settings help, they let your game run on a wider range of hardware by letting players reduce demands, widening your audience, but verify it runs well at lower settings.

Scalable settings let one build serve many hardware tiers. Here is whether you need them.

Why They Help: One Build, More Hardware

Scalable settings help because they let a single build run across a wider range of hardware: players with weaker machines lower the graphics and quality to get acceptable performance, while players with strong machines turn them up. That widens your supported audience without separate builds.

Bugnet helps you tune scalable settings by capturing performance data across real devices, so you can see which hardware tiers struggle and whether your lower settings actually deliver acceptable performance there, grounding your settings in how the game really runs.

The Catch: Lower Settings Must Actually Work

The catch is that scalable settings only help if the lower settings actually deliver acceptable performance, offering a 'low' preset that still runs poorly on low-end hardware fails the players it is meant to serve. The lower tiers have to be verified to run well, not just exist as options.

Bugnet verifies this against reality: it captures performance and crashes tagged with device, so you can confirm your low settings actually run acceptably on the low-end hardware they target, catching the case where 'low' is still too demanding before players on weak machines suffer.

The Scope: Match It to Your Audience

How much scalability you need depends on your audience's hardware range: a game targeting a wide hardware range (especially PC) benefits from extensive scalable settings, while one on fixed hardware (console) needs none. Match the scope of your settings to the spread of hardware your players actually have.

Bugnet shows you that spread: it captures crashes and performance tagged with device and OS, so you see the actual range of hardware your players use and how the game performs across it, letting you scope your scalable settings to the real hardware distribution rather than guessing.

Yes, scalable settings help, they let your game run across a wider range of hardware by letting players reduce demands, but verify the lower settings actually run well on the hardware they target.