adminFor the success of a mobile app, the technology stack used for its development act as a critical ingredient. Neglecting its profound importance can lead to unavoidable failure. Hence opting a right tech stack is mandatory because it can cut off the high cost and time consumption required for mobile app development.
Before taking off for paragliding to see mind-boggling tech world which offers the best tech stack in 2019, I would like to inform you that find the best mobile app development company. A top-notch mobile app development services assure to turn your concept into reality.
After reading the complete Tech Stack, if you have used all or some, do let us know in the comment box. As an offer, we will be using your startup name or product name in our next Blog edition as an example of a big thing.
Native app development
The Native App development symbolises the use of the specific platform with a specific language, software development kits, development environments, and other tools offered by the operating system vendor. This states that building native apps on different platforms requires separate mobile app development technologies for each.
A) Technology stack for iOS apps in 2019:
Are you planning for native application for iOS? Consider the following tech stack to get the potential output.
1. Programming languages: Objective-C, Swift:
For developing an iOS app, one can either go for Swift or Objective-C.
Objective-C consists of C programming language and proffers object-oriented functionalities along with dynamic runtime environment.
Whereas Swift offers less error-prone codes, topped with more functionality. The inline support for handling text strings and data, libraries which are directly uploaded to memory, lite size of the app contributes to improving app performance.
2. Toolkit: Apple Xcode:
This comes in play if you have opted Swift for your iOS app for developing a native app. This heavily-featured development environment allows for creating mobile apps and desktop applications.
The Xcode has integrated support for Git repositories, instrumentation and debugging tools, integrated documentation and graphical editor to generate user interfaces.
3. SDK: iOS SDK:
The iOS SDK has API, i.e. Application Programming Interface, which act as a connecting link between software applications and platforms they run on. APIs have important programming libraries and other tools. Generally, iPhone SDK offers tools for touch screen interface and iOS operating system which administer Apple’s iPhones and other mobile devices like the iPad or Macbook.
B) Android technology stack in 2019
If you are fascinated in Android, then having a deep dive into its different stacks and features would undoubtedly diminish all the queries and confusions. Following mobile technologies are must-to-know before initiating the project.
1. Programming languages: Java, Kotlin
Java and Kotlin are the languages one can use for developing the Android mobile app.
Java consists of vast open-source tools and libraries, but it has some limitations. However, Kotlin is designed to overcome all the limitations of Java by offering solutions to API design deficiencies. It is more stable and has a congruous development option. Kotlin is lightweight, clean and much less verbose.
2. Toolkit: Android Studio & Android Developer Tools:
Android studio offers debugging, code editing, a flexible build system, performance tooling and an instant deploy system.
ADT backs in android app development and even permits developers to use various on-device debugging tools, emulators, a graphical UI builder and fully scriptable test automation support.
3. SDK: Android SDK
In order to write programs with latest features, developers are required to download and install each version of SDK for a particular phone. One can download different components of Android SDK separately.
C) Cross-platform app development:
Developing a cross-platform app means creating an app which can be used on multiple platforms. This means cross-platform allows developers to use a single code base for the mobile app development to assure adaptability on the majority of devices.
Technology stack for cross-platform apps
Let’s check out the different framework for cross-platform app development.
1. React Native + JavaScript/TypeScript:
React Native is a JavaScript framework for inscribing mobile application that acts native on both Android and iOS. React Native uses the same fundamental UI building blocks as regular Android and iOS apps. One just needs to arrange those building blocks together using JavaScript and React.
React Native develop a highly functional approach to the constructive user interface. By using react native, your application UI can remain fully native, whereas application logic can be written and run in JavaScript.
Instagram and Skype stand as the best example of the same.
TypeScript language can also be used for creating a cross-platform application. It offers features for quick and easy error detection while writing react components.
General components are useful in the TypeScript toolbox as they provide high safety while inscribing components, tightening the feedback loop and helps in finding errors.
2. Xamarin + C#:
Xamarin is a tool used in cross-platform mobile app development that permits engineers to share about 90 % of code across major platforms. It uses C# as the primary language. C#is a statically typed language with mature tooling and IDE support.
In general, an app written in C# is cross-compiled to native Android and iOS binaries. One can even use device-specific APIs and functionality from within C# code.
For instance, Pinterest and Slack are built with Xamarin.
D) Hybrid app development:
Development of a hybrid app usually utilises the standard web technologies and tools like HTML5, JavaScript and CSS.
The shared code is then boxed in a native container using various tools and can be used as a regular app.
For example,
McDonald’s Turkiye and Untappd.
Factors to consider when choosing a technology stack:
Today one might enter into the situation of “what to do or which stack to use?”
The dilemma remains alive unless you don’t gather the correct information and focus on your requirements.
Build a solid plan which can escalate your ideas into reality and generate immense profit. Having a professional, full-featured software with scalability and full security can only contribute to better results.
What points should you consider while looking for mobile app development?
Let’s roam a bit.
Type of project:
This particular section needs to be laser-focused as it can define the whole requirements and steps to be taken.
Suppose if you are planning to have a complex mobile app assuring great performance, wholly customized along with platform-specific UI implementation, then opting Native would work better.
Then Kotlin or Swift would be programming language options.
Validating an idea:
If you are just on the track to start your start-up business and wish to launch your product, engage the potential user then be smart enough and ahead from your competitors. Choose cross-platform to churn the maximum benefit.
React native would be the best to go with as it is cost-effective, allows the use of a single code on various platforms.
Time to market:
This act as a spine of any product. Good marketing can evolve benefits and attract potential users. Speed of marketing can decide its validity in the market. If you wish to speed-up product development, then look for framework or language which can provide ready-made solutions for common development tasks like social media integration and authentication.
End Words:
The utility of mobile phones is rising day by day, indicating significant growth in the mobile industry. If in this mobile-webbed-world, you wish to add yourself in the mobile app industry then be particular about your choices, approach and potential users. There are many mobile development services providing companies but look for a portfolio before signing them.
Did you use any of the above tech-stack for your start-up? Then, share your experience and write your company’s name in the comment box.