Ahem... I'm gonna take the liberty of reposting my comment from another thread where this "review" cropped up.<p><i>When you hit the home button, the previous application keeps running, which means it keeps eating memory, keeps using processor cycles, and keeps eating battery.....To truly quit most applications requires a multi-step navigation that is neither intuitive nor well-documented.</i><p>That one is one of the most pernicious bits of misinformation about the Android platform. Applications that are no longer visible to the user are NOT "background" applications like they are on a desktop OS. Applications that are no longer visible to the user are stopped. They no longer consume CPU resources, but the OS does hold them in memory in case the user returns to the app. Stopped applications may be killed by the OS, thereby freeing up the memory used by them, at any time by the OS when it determines it needs resources. Think of it like caching. The app state is cached in memory so that if you switch momentarily to another app (to answer a call for example) you can return immediately to the previous app with minimal delay and minimal resource cost (ie, the app doesn't need to be re-loaded, etc). The Android developer docs have more information: <a href="http://developer.android.com/guide/topics/fundamentals.html#.." rel="nofollow">http://developer.android.com/guide/topics/fundamentals.html#...</a>.<p>The only things that truly run in the background on Android are service process. These are somewhat like worker threads that are created specifically to handle long running background tasks (like playing music, or downloading data over the network, etc).<p>There is absolutely no need to go through any "multistep navigation" to quit apps, nor do non-visible apps continue "using processor cycles and eating battery" (with the exception of course of apps that are supposed to be using processor cycles, ie, music players, etc. running in a background service process).