Why do low-memory devices crash my game?

Because when your game's memory footprint exceeds the RAM the device has, it crashes with an out-of-memory error. This only happens on memory-constrained devices, never on your high-memory dev machine, so these crashes are easy to miss without field data. Capturing memory-related crashes tagged by device surfaces them so you can see how many players are affected and decide whether to address them.

How do I support low-memory devices?

Two levers, often used together. First, reduce your game's memory footprint, unload unused assets, manage memory carefully, so it fits within low-memory devices' limits and stops the out-of-memory crashes. Second, set honest minimum specs that exclude devices you genuinely can't support, so players on those know upfront rather than buying a game that crashes. Device data tells you which devices matter and verifies your footprint reductions worked.

Do I Need to Support Low-Memory Devices?

Quick answer: If a meaningful share of your players use them, yes, low-memory devices cause out-of-memory crashes that lose you those players entirely. Use device data to see how many players are affected, then reduce your memory footprint to fit them or set honest minimum specs.

Low-memory devices, phones and machines with limited RAM, are where out-of-memory crashes happen, and they're common in many player bases. Whether you need to support them depends on how many of your players use them. The answer comes down to data: if enough players are on low-memory hardware, supporting them matters.

Low Memory Means Out-of-Memory Crashes

Low-memory devices are a specific stability risk: when your game's memory footprint exceeds what the device has, it crashes with an out-of-memory error, losing that player entirely. These crashes are invisible on your high-memory dev machine and only appear on the constrained devices real players use, making them easy to miss.

Bugnet captures memory-related crashes tagged by device, so out-of-memory crashes on low-memory hardware surface in your data even though you'd never see them yourself. Seeing these crashes is the first step to deciding whether they're worth addressing.

Let Data Decide If It's Worth It

Whether to support low-memory devices depends on how many of your players use them. If a meaningful share are on low-memory hardware hitting OOM crashes, supporting them recovers real players; if almost none are, the effort helps few. Device data turns this from a guess into an informed decision about your actual audience.

Bugnet's device-tagged crash data shows how many players are hitting out-of-memory crashes and on what hardware, so you can see whether low-memory support is worth the effort for your specific player base.

Reduce Footprint or Set Honest Specs

If the data says low-memory devices matter, you have two levers: reduce your game's memory footprint (unload unused assets, manage memory carefully) so it fits within their limits, or set honest minimum specs that exclude devices you genuinely can't support, so players know upfront. Often a mix of both is right.

Bugnet helps you find what's driving your memory footprint and verify that reductions stopped the OOM crashes on the devices that had them. So: support low-memory devices if a meaningful share of your players use them, use device data to decide, then either reduce your footprint to fit them or set honest minimum specs, rather than silently losing those players to out-of-memory crashes.

Yes if a meaningful share of your players use them, OOM crashes lose those players entirely. Use device data to gauge the impact, then reduce your footprint to fit them or set honest minimum specs.