Android is prioritizing a great user experience by focusing on fast, responsive, and reliable devices. Memory optimization is crucial as devices often have limited physical memory while users expect high performance. Android 17 introduced per-app memory limits, initially on Pixel devices, to prevent apps from causing system-wide slowdowns. This feature will expand to a wider range of devices and RAM configurations from various manufacturers. Apps exceeding their memory limits will be throttled and may be terminated by the system. Understanding how these limits work, including zRAM swapping and process termination, is essential for developers. Developers can identify if their app was impacted by memory limits through specific exit reasons in ApplicationExitInfo. Monitoring memory usage is vital for optimization, and Android Vitals in Google Play Console offers macro-level visibility into memory distribution. Firebase Crashlytics helps track Out-Of-Memory exceptions and memory limiter kills with additional debug data. The ProfilingManager API allows for in-field collection of detailed memory debug artifacts from production devices. Developers are urged to audit their app's memory footprint and implement optimization best practices to avoid performance issues. Prioritizing memory optimization and continuous monitoring are key steps for maintaining a seamless user experience.