How do I reduce crashes on older devices?

Capture crashes tagged by device so you can see what fails specifically on older hardware (out-of-memory, unsupported GPU features, driver quirks), then ease the demands exceeding their limits, reduce memory footprint, offer lower-spec assets, handle unsupported features gracefully, and use impact data to decide which older devices are worth supporting.

Why does my game crash more on older phones?

Because older devices have less memory, weaker GPUs, and older drivers, so they hit limits modern hardware doesn't: out-of-memory crashes, unsupported graphics features, and driver bugs. Your modern test device never shows these, so you need crashes captured and tagged by device from the field to see and fix what fails on old hardware.

Should I support very old devices?

Not necessarily all of them, at some point the effort outweighs the players reached. Use impact data, how many players are on each older device and how many crash, to decide where to invest and where to set honest minimum requirements. That way you support the older-device players worth reaching without chasing every ancient model.

How to Reduce Crashes on Older Devices

Quick answer: Older devices crash more because they have less memory, weaker GPUs, and older drivers. Capture crashes tagged by device, find what fails specifically on older hardware, and reduce memory and feature demands so the game runs on the devices many players still use.

A large share of players are on older devices, and those devices crash more, less memory, weaker GPUs, older drivers, and behaviours your modern test hardware doesn't share. Reducing crashes there means capturing what fails on old hardware specifically and easing the demands that exceed what those devices can handle.

See What Fails on Old Hardware Specifically

Crashes on older devices are invisible if you only test on modern ones. Capturing crashes tagged by device, with the memory, GPU, and OS context, reveals what's failing on older hardware specifically, the out-of-memory crash, the unsupported feature, the driver quirk, that you'd never see otherwise.

Bugnet captures crashes tagged by device and hardware from real sessions, so failures concentrated on older devices surface clearly. Seeing what fails on old hardware is the only way to fix it without owning every old device.

Address Memory and Feature Demands

Older-device crashes often come from exceeding limits: too much memory for the RAM available, GPU features the older chip lacks, assets too large to load. Reducing the resident footprint, providing lower-spec asset options, and gracefully handling unsupported features keeps the game within what old hardware can do.

Bugnet shows which older devices crash and on what, so you target the specific demands exceeding their limits. Easing memory and feature pressure is what lets a game run on hardware that was crashing.

Decide Where to Draw the Line

You can't support every ancient device forever, and at some point the effort outweighs the players reached. Impact data, how many players are on each older device and how many crash, lets you decide where to invest and where to set honest minimum requirements, instead of guessing.

Bugnet ranks device-specific crashes by affected players, so you can see which older devices are worth supporting. Reducing crashes on older devices is capturing their specific failures, easing memory and feature demands, and deciding where to draw the line, so you serve the older-device players worth reaching.

Older devices crash from less memory and weaker GPUs. Capture failures tagged by device, ease memory and feature demands, and decide where to draw the line.