Blog

Navigate the challenges of garbage collector performance spikes in Unity and optimize your game's performance, as we explore memory management techniques, object pooling, and efficient resource allocation strategies, empowering developers to create smoother gameplay experiences with reduced stuttering and improved frame rates.

By leveraging Flutter's built-in widgets, layout options, and performance optimization techniques, we can effectively understand and work with Flutter's constraints to create high-quality, responsive apps that deliver a seamless user experience across different screen sizes and device capabilities.

It's vital that Unity developers understand null reference exceptions. This knowledge helps developers write great code, produce highly performant games, and maintain satisfied app users.

We asked our Android engineers how to find and fix known ANRs by profiling an app. Here's the three-step process they recommended.

Concurrency in Flutter, like in other languages and frameworks, can help make your app perform better. It can be tricky to implement in practice, however. Read on for an overview of how Flutter handles this principle, plus some things to watch out for.

Your ad SDKs are the backbone of your app revenue. If you’re having difficulty troubleshooting with your SDKs, here are a few things you can do to solve your issues.

Leverage assembly definitions in Unity as we guide you through the fundamentals, benefits, and practical implementation of this powerful feature, empowering you to organize and optimize your game's codebase, streamline build times, and enhance development efficiency.

Learn how to avoid ANRs by removing work from the main thread of your Android app, with these four tips.

Adopting Flutter's declarative paradigm can be daunting for UIKit or Android SDK developers. But it leads to cleaner, maintainable code, faster development times, and better performance through Flutter's widget system.