What if a mobile app development company accidentally chooses the wrong set of technology piles?
It inhibits application performance.
It will be very expensive in the long run
Choosing a new technology stack again would be a time consuming and costly process.
This will lead to additional maintenance costs and lead to serious technical problems.
Late delivery of projects will ruin customer relationships
On the other hand, choosing the right technology stack early in the development of mobile apps can ensure that the end product is a success. The maintenance of the applications will be perfect and the project will be delivered on time. This will lead to happy and satisfied customers and therefore better customer retention.
So in this article you will be able to look at some important tips for choosing the right stack for your mobile app development projects. But before we dive into that, let’s look at the factors on which the choice of technology stack depends.
Mobile app development: factors to consider when deciding on the technology stack
The technology stack is a combination of programming languages, tools, frameworks, libraries, platforms, and UI / UX designs used in mobile app development utah. The technology stack mainly consists of two software components: client side and server side, also called front end and back end, respectively.
These are the factors that need to be considered when deciding on the technology stack for mobile app development.
The concept or idea of the application
Time to buy
Technology stack for client side or interface in mobile app development
The client side or frontend generally refers to the user interface of a mobile application that people use to interact with the features of the application. Let’s look at some technology stacks required for front-end development. They are largely classified as native: Android and iOS, cross-platform and hybrid.
Technology stack for native app development
For native apps, mobile app developers must choose programming languages, tools, SDKs, development environments, etc. platform-specific, which are usually provided by operating system vendors.
Technology stack for Android application development
Programming languages: Java, Kotlin, Android SDK
Toolkit: Android development tools and Android Studio
A free, simple and object-oriented language
High stability, scalability and portability
High security and protection
Excellent set of tools
Great support from the online group
Benefits of Kotlin:
A simple and efficient syntax for less coding compared to Java.
Good safety and fault tolerance
Smart and secure compiler
Interoperable with Java
Strong and caring community
Technology stack for iOS application development
Programming language: Objective-C, Swift
Tools: Xcode and Appcode
Expressive code syntax
Supports automatic waste collection
Provides dynamic operating time
Better C ++ compatibility
Using private APIs is easier
Very safe and less prone to errors
A clear syntax to improve code readability and maintenance
Has massive community support
Supports dynamic libraries
Technology stack for developing applications across platforms
Programming tools: React Native, Flutter, Xamarin
React native benefits:
Reuse of previously developed code and components
Platform agnostic frame
Known for its optimal performance close to the development of native applications
Modular architecture and hot and live recharge function
Response and stability
Open source with a faster learning curve and a large Google community
Hot recharge function
Comprehensive set of widgets
Easy to configure and access original features
Soft, high quality and provides high performance.
Benefits of Xamarin:
Allows you to create applications for Android, iOS and Windows.
Easy integration with various SDKs
Provides a flawless user interface
Support for many libraries
Strong community support
Technology stack for hybrid application development
Programming tools: PhoneGap, IONIC
Benefits of PhoneGap:
Strong and robust backend