Best Practices for Performance Optimization of Android App Development

Today, entire industries are governed by shifting technological trends, and consequently, by the mobile apps that channelled them. With a growing number of enterprise owners realizing the importance of mobile apps, the influence of such platforms is growing on a daily basis. The main reason for its influence is the enhanced scope of reach, as well as the business impact that mobile apps bring to the table.

All those even remotely familiar with the concept of mobile apps will also know about the two biggest platforms on which most of them run. Indeed, iOS and Android occupy close to the entire market by themselves and carry the largest numbers of applications on their respective app stores. Of these two, however, there does emerge a leader, and the name of that leader is Android. With over 80% share of the app market, Android app development provides a significantly larger scope of reach to applications, as well as those who own them.

When it comes to app development, Android as a platform is usually preferred over iOS, mainly because of the greater rationality in development, functionality, as well as larger revenue opportunities through in-app advertising. Having the platform alone is, however, far from adequate. The increased competition, as well as constantly evolving user expectations, ensure that Android app development efforts must always be on its toes, in order to curb any possible arising issues.

On that note, here are the best practices that ensure the consistent, or even incremental performance of Android app development:

• Optimized battery

Battery life is a vital precursor to the success of any mobile app, no matter the device, or the platform it runs on. The main reason for this is, that mobile apps are attached to a given mobile device (smartphone. etc). This makes each and every app on that device, partly responsible for any loss in battery life. While this cannot be prevented completely, it can be reduced significantly by taking measures for the Android mobile app to utilize/occupy battery life in a more efficient manner.

• Multi-thread

When it comes to identifying any errors/potential points of improvement in given Android app development; this can easily be done across multiple touch points. Something that could significantly reduce the load for the app, as well as the device it is on, is through dispatching of multiple threads, loaded with certain work/operation commands. By doing so, Android app developers ensure that there is scalability to any, and all improvement trends, as well as enhanced performance of long-run tasks.

• Improved layout

Android app development or any other mobile app development services relies heavily on its visual appeal. Whatever the functional specs may be, the end user is also greatly swayed for, or against a particular app based on how it looks. This can be dealt with by spotting points of improvement in the system UI, and improving said UI features of the layout.

• Native interface

Android apps are based largely on the Java programming language, and corresponding tools available for development, all based on Java. It is crucial for Android app development platforms to be developed, as well as tweaked using the Java Native Interface, using the Android NDK (Native Development Kit).