We maintain a crash-free AR app by optimizing code and assets, testing across multiple devices for compatibility, and monitoring real-time feedback to quickly resolve issues.

First we need to identify what's causing the problem. If we are testing with users, verify if the crash happens during the same step of the experience. Additionally, we can use a profiler to identify which process(es) cause the crash. Common causes are bad code which hangs or overloads the system, badly optimized assets which use too much memory or incorrect configurations with third party frameworks. If the issue only happens on a particular platform or brand of device, that's probably a compatibility issue.

As someone who has had a fair share of my apps crashing, I find that what works is writing automated tests. Code level crashing that is. Embracing a habit of writing tests for your code helps you save time and effort looking for crashes. It also saves you from the embarrassment of confidently giving your app out to the QA team only to get the write a compelling report highlighting system instability. Also the best debugging tool to this day remains logging errors. Using try catch blocks also helps reduce crashes.

Ensuring a stable AR experience requires a focus on optimization and device compatibility. We prioritize memory management by optimizing code and assets, which helps minimize crashes related to heavy resource usage. Comprehensive testing across a range of devices also allows us to identify compatibility issues early on, ensuring that the app performs reliably for different user setups. Additionally, real-time monitoring during user testing enables us to quickly spot and address issues, refining the app in real time. These proactive steps contribute to a smoother, crash-free experience

Coletar e analisar logs de erros e relatórios de falhas para identificar padrões e causas subjacentes dos problemas. Isso pode ajudar a isolar bugs específicos ou problemas de desempenho. Realizar testes de estresse para avaliar como o aplicativo se comporta sob carga pesada e identificar gargalos de desempenho. Isso pode incluir testes em diferentes dispositivos e condições de rede. Desenvolver atualizações ou patches para corrigir os problemas identificados. Garantir que essas atualizações sejam testadas exaustivamente antes de serem lançadas para os usuários.