Speed can make a lot of difference in this fast-paced world of mobile applications. Regardless of their platforms, users expect swift experiences while using mobile apps.
And it doesn’t matter if it is for booking a ride home or playing an endless running game like Temple Run or Subway Surfers.
That’s where mastering the techniques for cross-platform mobile app speed comes into play.
If you’re an entrepreneur or a small-scale business wanting to explore the universe of hybrid apps then all you need to do is partner with a trusted Mobile app development company.
The cost of your cross-platform app can range from $10,000 to $250,000, depending on the complexity of the app and the development team’s location.
However, as a stakeholder, you should know what are the strategies that can boost your app’s performance in a crowded market.
So without any further ado, let’s get started!
1. Optimizing UI Rendering Performance
When it comes to speed, the first visual impression matters. Users want screens to load swiftly and transitions to be smooth. To achieve this, optimizing UI rendering performance is necessary.
You can optimize the view of your app’s interface by employing techniques such as hardware acceleration and responsive design.
Other than that, you can use efficient layout algorithms that adapt gracefully to various screen sizes. Some of the algorithms include Flexbox and Auto Layout which ensure that your UI is positioned optimally.
Moreover, reduce the occurrence of overdraw by eliminating redundant rendering of UI elements.
This optimizes GPU rendering and prevents the unnecessary stacking of elements if you employ careful layer management.
2. Efficient Data Loading and Management
The way your app handles and presents data can significantly impact user experience.
You can make your user interface responsive across different platforms if you implement techniques that prioritize swift data loading and effective management.
Cross-platform mobile app development requires robust caching mechanisms like in-memory caching and persistent storage. These techniques ensure that frequently accessed data is readily available which minimizes the need for repeated network requests.
The second technique you can implement is Lazy Loading, which fetches data on demand. This practice prevents unnecessary data overhead during app initialization by loading only the essential data when needed.
Other than that, you can use data pagination for large datasets. This technique fetches data in small chunks which eliminates information overload and reduces loading times which eventually results in a fluid user experience.
3. Reducing App Startup Time
The duration for your app to launch can greatly influence user engagement. That’s because app startup time can directly affect how users perceive your app’s speed.
You can use various techniques to ensure a minimized startup time while also presenting a captivating introduction to your app across various platforms.
First of all, optimize your app’s codebase. Remove unnecessary code to remove the memory footprint. This will also accelerate the execution of initialization processes which will eventually lead to a quicker app launch.
Secondly, implement parallel initialization to capitalize on modern multicore processors. If you initialize multiple tasks simultaneously then it will allow you to efficiently utilize available processing power to expedite the overall startup process.
Lastly, manage app dependencies intelligently by loading only what is necessary for startup. When you minimize unnecessary dependencies and use lightweight alternatives, it will lead to a smooth initialization process.
4. Minimizing Network Latency
Developers can navigate the challenges of network latency by incorporating proven techniques that minimize network latency.
One of the most effective ways is to leverage CDNs or Content Delivery Networks. CDNs distribute content across multiple servers geographically which reduces the distance data needs to travel.
Other than that, you can implement data compression techniques. This reduces the amount of data transmitted over the network by compressing data before transmission and decompressing it at the receiving end.
Moreover, opt for asynchronous requests to prevent the app from freezing while waiting for network responses. Asynchronous operations enable the app to continue functioning while waiting for data which enhances the user experience.
Lastly, transmit data in optimized formats such as JSON instead of XML. That’s because JSON typically requires less processing and it is more compact which leads to a faster data transfer.
5. Optimized Animation and Transition Effects
Clunky animations can ruin the overall experience of your mobile app. Smooth and responsive visual elements require a deliberate shift in approach.
One of the best techniques to optimize animation and transition effects is to optimize frame rate. This will help you strike a perfect balance between visual appeal and performance.
When you render animations at an appropriate frame rate, it will prevent jitters and you’ll achieve a consistent user experience.
Secondly, implement simplified animations with minimal complexity. Try to reduce the number of animated elements and effects as it minimizes the computational load.
Other than that, instead of creating new animation instances, reuse existing animation objects whenever possible. This will reduce memory usage and accelerate animation initialization.
6. Trimming App Size for Faster Downloads
The size of your app directly influences the download experience for users. A smaller app size not only facilitates faster downloads but also conserves valuable device storage.
You can implement effective strategies to trim app size which can provide users with a smoother and quicker onboarding experience across various platforms.
The basic step to trim your app size is by Code Minification. This technique removes unnecessary spaces, comments, and redundant code.
And once all of that is removed, you decrease the volume of data that needs to be transferred which results in accelerating the download time.
Moreover, another technique that helps in trimming app size is Selective Asset Loading. Employing this technique allows you to only load assets that are required for the initial screen or user interactions.
This means you won’t be loading other assets until they are needed which reduces the initial download size and increases the speed of your app when the user launches it.