Android App Performance Metrics to Stay on the Top of Marketplace Ranking
Android App Development
If you have an Android mobile device, you cannot live without visiting Google Play Store to download apps. Android app marketplaces have a plenty of apps in myriads of app categories to serve your different purposes. What you need is to find out the top Android apps in your chosen app categories and download whichever required to accomplish your intended purposes.
Yes, Android apps on top of the lists are always trendy, with high performance, and highly useful that most of the app users like them. Google Play Store and other Android app marketplaces are ranking top apps based on some standard performance metrics, and today we are going to start a dialog on various Android app performance metrics, application performance monitoring, & application performance management in a nutshell.
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Response Time or Frames per Second
Smooth user experiences come with app response time or the frames per second the app renders. When FPS goes below 60, the app seems lagging so tracking this app performance metric and improving is vital.
Similarly, app loading time at starting stage matters more for app retention and 2 to 3 seconds patience is enough for the ever hurried app users. However, other app performance metrics also play parts in the app loading or response time, and we may see it all one-by-one at a later stage.
If you want to measure FPS of your Android app, you should go to the setting menu of the device and open monitoring section in developer options. Once you select the Profile GPU Rendering option, a popup may come up the screen and lets you select the Overlay as Graph option to select your app to test the FPS performance metrics.
CPU Usage as App Performance Metrics
After all, Android device is a kind of computing device and running with Computing Processing Units to accomplish various computing processes for your app. However, your app alone is not consuming the CPU power at a moment so you must measure the real-time CPU usage of the device and segregate your app among the list of applications running behind the curtain!
You can take help of monitoring tab of Android Studio to measure the CPU usage of your app in question. It is true that CPU usage of any device is proportionally relevant to battery usage of the devices so, with CPU usage insights and optimization, you can optimize the battery usage indirectly.
Memory Usage as App Performance Metrics
In the Android devices, memories are of two types, runtime memory or Runtime Application Memory (RAM) and memory storage or disk space.
RAM used only when the application is running in real-time, so it is apparently indicating the app performance and influence other app performance metrics too. If your app is consuming excessive runtime memory, your allocated memory quota may go beyond it and ends up with memory errors or deteriorate app performance other ways.
Check runtime memory consumption by your app in monitors tab of Android Studio and take appropriate optimization measures to reduce additional memory loads.
Disk or storage memory consumption is indirectly influencing the
application performance metrics, and it is disk space allocation for your apps on the Android devices. Therefore, if you want to have more number of apps on the disk, you should end up with the least storage consumption per app.
Thus, app source code size is a detrimental factor to measure disk space consumption by your Android app. You need to go to app programming practices and code optimization to cut the overall size of app source code residing the device storage memory.
Network Usage as App Performance Metrics
Android device is using various modes of mobile and Internet networks to communicate and access the web or cloud services for various app functions. Many Android apps are running different applications in the background and use mobile connectivity or network constantly.
If your Android app is consuming network traffic, it directly relies on the network capacities and connectivity. Therefore, you must measure network traffic using monitors tab in Android Studio. If you successfully cut the unwanted network consumption requests, you can save your valuable user data packages/charges and improve the connectivity performance of your Android app.
Conclusion:
We have seen that FPS, CPU, RAM, disk, and network are detrimental factors of Android app performance and optimizations of these Android
app performance metrics can enhance overall app performance and improve ROI of the app at the end.
However, Android app performance metrics optimization is the pure subject of Android app development team consisting of Android app designers, Android app programmers, and Android app QA developers.
If you believe that your Android app needs app performance optimization, consider
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