Can Flutter be used to develop both iOS and Android apps?

Can Flutter be used to develop both iOS and Android apps?

Are you looking for a way to develop mobile apps for both iOS and Android platforms? Then look no further than Flutter! Flutter is an open source mobile app development framework developed by Google that allows developers to create cross-platform mobile applications for both iOS and Android operating systems. In this blog post, we’ll discuss why Flutter is an ideal choice for developing apps for both iOS and Android.

What is Flutter?

Flutter is an open-source mobile application development framework created by Google. It is used to develop applications for both iOS and Android operating systems. Flutter is written in the programming language Dart, which allows for faster development with a single codebase for both platforms. With Flutter, developers can easily create beautiful, fast, and dynamic UI that can be used across devices with the same code. Flutter also provides a wide range of features, such as gesture recognition, animations, material design components, and more. With its ever-expanding library of widgets and packages, developers can quickly get started creating their apps with minimal effort.

What are the benefits of using Flutter to develop apps for both iOS and Android?

Flutter is an open-source UI framework created by Google that allows developers to quickly build beautiful, high-performance, and cross-platform applications for both iOS and Android. With Flutter, developers can create a single codebase that can be used on both platforms, making development simpler and faster.

One of the major benefits of using Flutter for developing apps for both iOS and Android is its highly responsive nature. Flutter is designed with Material Design principles, meaning the apps it builds are built on the same language that is used to build the Android operating system. This makes it easier to maintain and update the apps. Additionally, Flutter’s reactive programming model enables developers to create highly interactive user interfaces without needing to write complex code.

Another great benefit of using Flutter to develop apps for both iOS and Android is its low cost of development. Since Flutter works with a single codebase, developers don’t need to spend extra time and resources creating separate versions of the app for each platform. This helps to save money, as well as time and energy.

Lastly, Flutter provides access to a wide range of libraries and packages, making it easier to create more powerful and feature-rich applications. Additionally, since the framework is open source, developers can access tools and resources which are not available in other frameworks. This makes Flutter a very versatile tool for creating powerful mobile applications for both iOS and Android platforms.

How can I get started with using Flutter to develop apps for both iOS and Android?

If you’re looking to get started developing apps for both iOS and Android using Flutter, the first thing you’ll need to do is download the Flutter SDK. This SDK will give you the tools you need to start building apps using the Flutter framework.

Once the SDK is installed, you’ll be ready to start coding your app using either the Dart language or the Swift language. Depending on which language you choose, there are different development tools available. For instance, if you choose to use Dart, you can use either Android Studio or Visual Studio Code. On the other hand, if you decide to use Swift, Xcode is your only option. 

Regardless of which language you choose, you will also need an appropriate development environment in order to debug your code and see the results of your work. Again, depending on which language you decide to use, this may be either Android Studio or Xcode.

Finally, when you’re ready to release your app, you’ll need to submit it to either the App Store or Google Play, depending on which platform you’re targeting. Be sure to read up on the guidelines for each platform before submitting your app to make sure it meets all the requirements.

Using Flutter to develop apps for both iOS and Android is a great way to save time and resources. It takes a bit of effort and knowledge to get started, but once you do, you’ll be able to create great apps that can run on both platforms without having to build separate versions.

What is React Native?

What is React Native?

React Native – one framework to rule them all

React Native has been successfully adopted by hundreds of businesses worldwide, including Uber, Microsoft, and Facebook, and is used across a whole range of industries.

However, before you decide to go all-in with React Native, it’s crucial that you understand how it works, and decide if it’s the best fit for your project.

What are its top advantages and biggest drawbacks? How is it different from other cross-development platforms?nAnd last but not least – what do your developers need to be aware of before they embark on the React Native journey?

In the following article, we’ll answer these and other questions – all so you can make an educated choice and see if React Native is ideal for your business.

What is React Native?

React Native (also known as RN) is a popular JavaScript-based mobile app framework that allows you to build natively-rendered mobile apps for iOS and Android. The framework lets you create an application for various platforms by using the same codebase.

React Native was first released by Facebook as an open-source project in 2015. In just a couple of years, it became one of the top solutions used for mobile development. React Native development is used to power some of the world’s leading mobile apps, including Instagram, Facebook, and Skype. We discuss these and other examples of React Native-powered apps further in this post.

There are several reasons behind React Native’s global success.

Firstly, by using React Native, companies can create code just once and use it to power both their iOS and Android apps. This translates to huge time and resource savings.

Secondly, React Native was built based on React – a JavaScript library, which was already hugely popular when the mobile framework was released. We discuss the differences between React and React Native in detail further in this section.

Thirdly, the framework empowered frontend developers, who could previously only work with web-based technologies, to create robust, production-ready apps for mobile platforms.

Interestingly, as with many revolutionary inventions, React Native was developed as a response to…a big technological mistake.

The history of React Native

When Facebook first decided to make its service available on mobile devices, instead of building out a native app like many top tech players at the time, they decided to run with a mobile webpage based on HTML5. However, the solution didn’t stand the test of time, leaving much room for UI and performance improvements. In fact, in 2012, Mark Zuckerberg admitted that “the biggest mistake we made as a company was betting too much on HTML as opposed to native.”

Soon after, in 2013, Facebook developer Jordan Walke made a groundbreaking discovery – he found a method of generating UI elements for iOS apps by using JavaScript. This sparked a fire, and a special Hackathon was organized to further discover how much mobile development could be done using (so far, traditionally web-based) JavaScript solutions.

That’s how React Native came to life. Initially developed just for iOS, Facebook quickly followed it up with Android support, before taking the framework public in 2015.

Just three years later, React Native was already the second biggest project on GitHub, as measured by the number of contributors. In 2019, it stood strong and came sixth, with over 9,100 contributors.

React vs. React Native

In the most simple terms, React Native isn’t a ‘newer’ version of React, although React Native does use it.

React (also known as ReactJS) is a JavaScript library used for building the frontend of a website. Similarly to React Native, it was also developed by the Facebook engineering team.

Meanwhile, React Native – which is powered by React – lets developers use a set of UI components to quickly compile and launch iOS and Android apps.

Both React and React Native use a mixture of JavaScript and a special markup language, JSX. However, the syntax used to render elements in JSX components differs between React and React Native. Additionally, React uses some HTML and CSS, whereas React Native allows the use of native mobile user interface elements.

Here’s an example of code from a Stack Overflow discussion:

“React JSX renders HTML-like components like <h1>, <p>, etc. [Meanwhile] react-native renders native app view components like <View> ,<Text>, <Image>, <ScrollView>, so you can’t directly reuse your UI component code unless you rework/replace all the elements.”

Hence, while the two frameworks are related to one another, they’re used for different purposes. Knowledge of React won’t be enough for iOS and Android mobile app development.

Before we proceed to analyze the advantages and disadvantages of React Native, let’s first take a look at what cross-platform development is all about.

What is cross-platform development?

Cross-platform development is the practice of building software that is compatible with more than one type of hardware platform. A cross-platform application can run on Microsoft Windows, Linux, and macOS, or just two of them. A good example of a cross-platform application is a web browser or Adobe Flash that performs the same, irrespective of the computer or mobile device you run it on.

Cross-platform is considered the holy grail of software development – you can build your codebase once and then run it on any platform, as opposed to software built natively for a specific platform. Developers are able to use the tools they’re proficient in, like JavaScript or C#, to build platforms they’re foreign to. Software owners are also keen on it as product development, in terms of time to market and costs, is cut in half. What are some of the characteristics of cross-platform development?

Wider audience

You don’t have to decide which audience to target, i.e., iOS or Android users, as cross-platform software runs on both, which gives you access to a wider user base.

Platform consistency

There are some navigation and design differences between iOS and Android, which – in cross-platform development – are dealt with by default, thanks to the shared codebase. This helps with creating a consistent app brand identity on both platforms with less effort than if built on native.

Reusable code

This is one of the greatest advantages of cross-platform development – you can build just one codebase for both Android and iOS at the same time. Native app development requires writing code separately and frequently needs two different software developers to perform the job – one for iOS and one for Android.

Quicker development

Since only one codebase is required to handle iOS and Android, and everything is in one place, product development is much quicker. Cross-platform applications are built as single projects, even though they support different devices, and a large amount of code can be reused between platforms.

Reduced costs

Building cross-platform applications can be 30% cheaper than building native apps, all thanks to the ability to reuse code and faster development, which directly impacts the cost.

What you’ve read so far might lead you to think that cross-platform development is flawless – it’s not, it has some disadvantages. Let us get into them right now.

Requires more expertise to ensure high performance

It is a common myth that cross-platform apps perform worse than their native counterparts. For instance, both Flutter and React Native aim to run at 60 frames per second. In most cases, cross-platform applications can perform to the same standard as native apps provided that the developers have enough skill and expertise.

Harder code design

Since cross-platform apps must be responsive to various devices and platforms, it makes coding more complex. This results in more work for developers who have to include exceptions for different devices and platforms to account for the differences – especially when it comes to more complex features.

Long feature release time

With every new feature release for Android or iOS, it takes a while to update both apps to support the new feature. Native apps are provided with the updates quicker.

While we’re on cross-platform development, it’s worth having a quick look at some of the cross-platform frameworks.

  • React Native – developed and presented to the world by Facebook in 2015, it works just like React, but allows you to build apps for both mobile and desktop. The beauty of it is that you can code in JavaScript without having to master any specific coding languages a platform might require like Java, Swift, or Objective-C. React Native is focused on building a great user experience for mobile devices, which makes it a suitable option for apps that require high responsiveness and intuitive use.
  • Flutter – released in 2017 by Google, it can be used beyond cross-platform mobile development. Flutter is perfect for experimenting with new features and fixing small bugs thanks to its fast refresh feature. It lets developers instantly verify the changes made by the most current updates without the need to restart the app after editing the source code.
  • Xamarin– developed by Microsoft, this free and open-source solution allows 75-90% of the code to be shared between different systems. It’s written in C#, which requires developers to know the language – although it’s more stable, it’s also harder to pick up than JavaScript. Interestingly, Microsoft has made a turn towards RN in recent years. As of 2019, there were 38 Microsoft-developed iOS and Android apps that leveraged React Native.

If you’re interested in learning more about cross-platform frameworks, then have a look at this article.

How does React Native work?

Now that we’ve discussed cross-platform development, let’s take a look at the mechanics of React Native, and how it’s different from anything we’ve seen before.

Don’t worry if you’re not a technical person – we’re going to explain this in layman’s terms.

As mentioned earlier, React Native is written with a mixture of JavaScript and JXL, a special markup code resemblant of XML. The framework has the ability to communicate with both realms – JavaScript-based threads and existent, native app threads.

How does this communication work? React Native uses a so-called “bridge”. While JavaScript and Native threads are written in completely different languages, it’s the bridge feature that makes bidirectional communication possible.

This means that – if you already have a native iOS or Android app – you can still use its components or shift to React Native development.

What makes React Native unique?

The difference between React Native and other cross-platform development solutions (for example, Cordova and PhoneGap) is that React Native doesn’t render WebViews in its code. It runs on actual, native views and components. This is one of the reasons for React Native’s spectacular success.

Examples of apps built with React Native

Now that you know what React Native is and how it works, it’s time to have a look at the products built with it. Here is our selection of popular React Native apps.


Facebook is one of the most popular React Native apps, and it’s no surprise we’re mentioning it first, as it gave birth to this programming language and is the main force behind its development.

Facebook aimed to bring all the web development benefits to mobile, like quick iterations and having a single product development team, and this is how React Native came to life. The company used it to develop its own Ads Manager app in iOS and Android – both versions were created by the same dev team.


Skype is another good example of a React Native mobile app. In 2017, Skype announced that it was building a completely new app based on React Native. This brought a lot of excitement from its users, as the older version suffered from a few issues.

The new app was completely redesigned, from the icons to the new messaging interface, which now has three conversation sections: find, chat, and capture. Microsoft, which owns Skype, decided to use React Native not only in the mobile app but also in the desktop version of the platform.


Instagram decided to integrate React Native into its existing native app, starting with the Push notification view that originated as the WebView. Luckily, it wasn’t necessary to build the navigation infrastructure, as the UI was simple enough to cope without one. Using React Native allowed product teams to improve developer velocity by 85-99%.


Another interesting React Native example? Walmart’s iOS and Android apps. The American grocer has been known for making bold technological decisions – and one of them was rewriting its mobile apps entirely into React Native.

Previously, some parts of the Walmart app featured embedded web views, which – as Walmart Labs pointed out – fell below “the standard that both we and our customers demand.”

After shifting to React Native, the performance of both iOS and Android apps improved immensely – to a nearly native level. Ninety-five percent of the codebase is shared for Android and iOS; furthermore, there’s a single team that manages and develops both apps.

Here are some other benefits that Walmart noticed after introducing React Native:

  • A short time to market.
  • Both platforms can be updated on the same day.
  • As React Native is written in JavaScript, it’s easy to onboard other teams.
  • The UI of iOS and Android apps is platform-specific, giving the apps a native feel and a smooth UX.

It’s best to sum up Walmart’s opinion of React Native in their own words:

“From startups to Fortune 500 companies, if you’re considering taking on a new mobile project, consider using React Native — we know you won’t regret it.”

SoundCloud Pulse

SoundCloud decided to turn to React Native for the development of SoundCloud Pulse, an app for music creators.

While they initially intended to develop two separate native apps (and start off with iOS), they found it hard to recruit a team of iOS engineers. They were also worried that developing two separate apps would mean they wouldn’t be able to synchronize releases for iOS and Android.

They thus decided to take React Native for a test drive and developed a prototype of the service using the cross-platform mobile app framework. SoundCloud engineers were amazed by the tempo – prototype screens were already coded by the end of the first week. They also found it easy to bridge their existing native libraries to React Native. This positive experience convinced SoundCloud to use the framework for its upcoming app.

Eventually, JavaScript developers worked with SoundCloud’s current iOS developers to ensure proper knowledge sharing.

SoundCloud lauds React Native for its speed, better access to developers (which was challenging when they considered native mobile development), cost savings, and a thriving open-source community.

They admit that they hit the jackpot with React Native and will be using it for future projects.


Shine is another great example of a React Native app. It helps its users deal with daily stress through meditation, inspiring articles, and more.

When Shine’s creators first decided to turn their idea into an app and bring it to the US market, they bet on iOS (which, at the time, constituted roughly half of the American mobile device market). They planned, however, to bring Shine to Android users if their iOS app gained popularity. That’s where React Native came into play.

Shine debuted in the App Store in late 2017 and was named one of the best apps of 2018 by Apple. You can read more about how Shine developed its React Native app in Netguru’s interview with Shine’s CTO.


UberEats is another application that is based on React Native development. It differs from the Uber app in that it includes three parties instead of just two – restaurants, delivery partners, and diners.

This required building a special dashboard that would also account for restaurants. The original dashboard built specifically for the web restricted the ability to communicate important information to restaurants. It also lacked access to the native device functionalities like sound notifications, which negatively impacted the user experience.

The team already had a lot of experience programming in React, but not enough exposure to Android and iOS, so selecting React Native was a natural choice. UberEats uses a large tech stack, and React Native constitutes only a small part of it. However, the developers are pleased with what it can offer, and they’re certain it has the capacity to meet their needs as the marketplace grows.

“While React Native still only constitutes a small portion of the UberEATS engineering ecosystem, our experience using it to rebuild Restaurant Dashboard has been very positive. Since its implementation last year, the revamped Restaurant Dashboard has become a standard tool for nearly every restaurant on UberEATS.” – Chris Lewis, a software engineer on the Uber Eats Prediction team.


Pinterest engineers admit that they’ve kept an eye on React Native and been interested in discovering its possibilities ever since the framework’s debut in 2015.

At the time, they already offered users a web app powered by Gestalt, Pinterest’s open-source set of React UI components. Since both Gestalt and React Native was based on React, Pinterest engineers expected that development wouldn’t be a complex and arduous process. While they never intended to replace their Gestalt app entirely with React Native, they wanted to check if it could be integrated smoothly into their current tech stack.

In order to test out React Native’s possibilities, they decided to build a prototype of a critical onboarding feature – the Topic Picker.

The implementation of the prototype in iOS took ten days, and for Android – an additional two days. The engineers estimated that they were able to save over a week of standard implementation time. Apart from velocity, they were also satisfied with iOS and Android performance.

As a result, Pinterest decided to include React Native permanently into its tech stack as an additional mobile development framework. Since its introduction, it has been used to power not only the Topic Picker but also Pinterest’s Business Signup sequence.

Benefits of React Native

We’ve discussed the products built using React Native, so let’s move on to the advantages of React Native development and why you should choose it as a solution to build your mobile app.

Code reusability – cross-platform development 

Being able to reuse code is the biggest advantage of React Native, and it indicates that apps can run effectively on multiple platforms – which is something that CEOs and Product Owners truly appreciate. They can integrate 90% of the native framework for reusing the code for both operational systems.

Engineers at Discord say, “we tried React Native the day it was released for Android. We were surprised by how easily and quickly we were able to make our comprehensive iOS app run on Android — took only two days and it is built!”

Another great piece of news is that it’s possible to use the web application code for mobile app development if they’re both using React Native. It also speeds up development time as it includes pre-developed components, which are included in the open-source library.

Large developer community 

React Native is an open-source JavaScript platform that allows developers to contribute their knowledge to the framework’s development, which is freely accessible to all.

If any developer experiences a problem while developing an app, then they can turn to the community for support (as of mid-2020, there are nearly 50,000 active contributors to the React Native tag in Stack Overflow).

There will always be someone who’ll be able to help them resolve their issues – this also has a positive impact on improving coding skills.

Cost efficiency 

Another advantage of React Native development is greater cost efficiency. As mentioned earlier, this is because developers are able to use the same code to build applications for iOS and Android.

It means you don’t have to hire two separate iOS and Android dev teams to finalize your project; a small team is enough to build it. The cost of developing apps in React Native is much lower than apps built using languages that don’t allow for cross-platform development.

Fast refresh

Fast refresh allows developers to run the app while updating it to new versions and modifying the UI. Changes are visible immediately, and the developer is spared from rebuilding the entire app.

This leads to two significant benefits: time savings – as programmers save time on compilation and increased productivity – since they don’t lose any state while incorporating changes into the app.

Simple UI

React Native development uses React JavaScript to build the app’s interface, which makes it more responsive and faster with reduced load time, resulting in an overall better user experience. Thanks to the reactive UI and component-based approach, the framework is perfect for building apps with both simple and complex designs.

Fast applications 

Some claim that React Native code might have a detrimental effect on an app’s performance. Even though JavaScript won’t run as fast as native code, this difference is unnoticeable to the human eye. To further prove it, we decided to run a test comparing two versions of a simple application written in React Native and Swift – both achieved similar performance results.


Considering the pace at which the framework took over the market and its simple approach to resolving development problems, the future of React Native for cross-platform apps looks bright. Even though it has a few disadvantages, which we’ll discuss in the next section, its speed and convenience of development compensate for them.

With all this in mind, let’s now take a look at why React Native potentially might not be a great fit for you.

React Native: Risks and Drawbacks

Here are the top four potential drawbacks you need to be aware of before you decide on developing a React Native app.

Lack of some custom modules

While React Native has been around for several years now, some custom modules either leave room for improvement or are entirely missing. This means that you might need to run three separate codebases (for React Native, iOS, and Android) instead of just one.
That being said, it’s not a common occurrence. Unless you’re developing your app from scratch or trying to hack an existing one, you likely won’t come across these issues.

Compatibility & debugging issues

While it may come as a surprise – after all, React Native is used by top tech players – it’s still in the beta phase. Your developers might come across various issues with package compatibility or debugging tools. If your developers aren’t proficient in React Native, this might negatively impact your development as they spend time on lengthy troubleshooting.


Most of the time, React Native will work very well for you even if your app eventually grows into a highly-sophisticated, complex solution. After all, companies like Facebook and Skype have found much success with the framework and have been using it consistently for many years. That being said, some companies have decided to back out from using React Native.

Airbnb, for instance, decided to use the framework for its mobile app back when the company was just an emerging startup. Over time, however, React Native proved to be unfit for the company’s growth plans, and Airbnb resorted to developing two native apps. With the current advancements in RN, and with the right software architecture choices, scalability issues can easily be prevented.

Native developers’ help needed

Remember the “bridging” feature we mentioned earlier in this post? As it showed, React Native bridges JavaScript with native mobile code. This means that if you put a developer who doesn’t have knowledge of native mobile development in charge, they will have a hard time incorporating native code into the RN codebase. As a result, you’ll need some assistance from Android or iOS developers to guide them through the process. If you’re a small company, you might not want to hire native mobile developers, as this generates additional costs.

One way of tackling this is by engaging a software consultancy to give you a helping hand with the native iOS and Android elements.

Alternatives for React Native

Now that you have a good understanding of what React Native is, it’s worth taking a look at some of its alternatives.


We already mentioned Flutter earlier in this article, where we compared it to React Native.


Iconic is a complete open-source SDK designed for hybrid mobile development, introduced in 2013 by Drifty. It uses technologies like HTML, CSS, and JavaScript, as well as platforms like PhoneGap and Cordova, to create a native-like experience.

Iconic is built on top of Angular, and therefore if you’re familiar with it, it’ll be easy for you to pick up Iconic. It’s packed with numerous built-in components, which speed up development, making it smoother and easier. Additionally, it’s a good option for fast prototyping as it offers a hybrid approach to product development.

In terms of performance, it’s slower than React Native as it uses WebView, but the good news is, that you can test the code on any browser.

Apache Cordova 

Apache Cordova is a mobile application development framework originally introduced by Nitobi. It allows developers to build mobile apps using CSS3, HTML5, and JavaScript and not rely on the platform-specific APIs included in Android, iOS, or Windows Phone. Just like Iconic, Apache Cordova also uses WebView, which creates some limitations.

For example, iOS apps that run inside the default WebView engine run more slowly than the same app in the Safari mobile browser. What’s more, as JavaScript is single-threaded, having too many things going on in the application code might lead to problems, like slow animations and reduced app responsiveness.

According to Johannes Stein, freelance software engineer – “By using Cordova, you can quickly turn your existing single page application into a mobile application for different platforms, at the cost of interactions not necessarily having the native feeling to their specific platform.”


PhoneGap is a distribution of Apache Cordova, meaning that it’s powered by Cordova but has some extra tools you can use, which are provided by Adobe.

“It promises you an <easy life> as a mobile app developer, enabling you to use any JavaScript library and framework that you’re comfortable working with.” – Engineers at Optasy.

PhoneGap is easy to work with, which makes it developer-friendly. They have a lot of frameworks and libraries at their disposal. It’s based on the “write once, run on every platform” motto, so you can take advantage of cross-platform development.

Just select your favorite web technology and your app will run on all available platforms, without the need to build separate versions for each one.

Unfortunately, apps built with PhoneGap might suffer from poorer user experience, as web technology was created for, well, the web, not mobile apps. This makes handling animations problematic. Also, you’re risking experiencing the same issues that web apps experience, which include browser-specific bugs.

If you’re interested in learning more about React Native alternatives, here’s an interesting comparative video by Academind:

PhoneGap is a distribution of Apache Cordova, meaning that it’s powered by Cordova but has some extra tools you can use, which are provided by Adobe. “It promises you an “easy life” as a mobile app developer, enabling you to use any JavaScript library and framework that you’re comfortable working with.” – Engineers at Optasy.

PhoneGap is easy to work with, which makes it developer-friendly. They have a lot of frameworks and libraries at their disposal. It’s based on the “write once, run on every platform” motto, so you can take advantage of cross-platform development. Just select your favorite web technology and your app will run on all available platforms, without the need to build separate versions for each one.

Unfortunately, apps built with PhoneGap might suffer from poorer user experience, as web technology was created for, well, the web, not mobile apps. This makes handling animations problematic. Also, you’re risking experiencing the same issues that web apps experience, which include browser-specific bugs.

If you’re interested in learning more about React Native alternatives, here’s an interesting comparative video by Academind:

React Native – Differences in Development for Android and iOS

Coming back to React Native, I’m sure you’re also wondering – how does React Native development differ for Android and iOS? After all, from a user point of view, both environments have their share of differences (with UI being the most apparent).

Here are the four key areas where things work a little difference between the platforms.

Operating system

When you work on your React Native app, we recommend that you use a macOS device as opposed to Windows. Why?

Because the latter doesn’t let you test your iOS app efficiently. You can run your tests solely for your Android app, and there’s just one official testing tool – Android Studio. At the time of writing this post, there are no official iOS testing tools available for Windows.

The reason for this is that Windows cannot run XCode, a development environment created by Apple for iOS, macOS, tvOS, and watchOS.

So, while you can certainly build your React Native app on both operating systems, only macOS gives you a way to check if both of your Android and iOS React Native apps are working properly.

Native elements

As Android and iOS apps look and function differently, they also have different components. This means that – when you’re using your React Native library – you might see a different end result for iOS and Android, even though you’re using the same component. This leads us to…

Specific styles

iOS and Android have different styles for React Native elements. A great example is shadowing. Take a look at the screen below – notice that the green element on the Android device (right) doesn’t have the shadow seen on the iOS screenshot (left):

This doesn’t mean that two styles were applied in React Native – quite the contrary. The shadow is styled once with JavaScript, and the elements are automatically displayed in a platform-specific manner.

However, what if you specifically wanted to apply the shadow to Android? You’d have to work around these default settings. Shadowing is just one example where you’d need to rely on manual configuration. Other UI elements that differ between iOS and Android include certain fonts, status bar, and GIF images (which aren’t automatically supported on Android).

Despite the differences we’ve just singled out between iOS and Android development, our recommendation for running with React Native still stands strong. While you might need to manually configure certain aspects of the UI or link between libraries, you’ll be saving tons of time otherwise spent on developing two separate solutions.

React Native vs. Flutter

React Native and Flutter – are two cross-platform frameworks developed by well-known tech giants; Facebook and Google. Both are on the list of the most loved frameworks, with Flutter being more favored by developers than React Native.

You might think that since Flutter is the preferred option for programmers, it might also be the best option for building your app. Before jumping to any conclusions, let’s see how these two frameworks compare.


Flutter is easy to get started with – all you need to do is download the Flutter package, unzip it, and create an environment variable that points to a folder inside your unzipped folder. It operates based on widgets, which come in abundance, but unfortunately, aren’t adaptive. This means that you’ll have to create platform-specific widgets manually.

React Native uses components that can be found in its various libraries. Even though their number isn’t as large as in Flutter’s case, they’re adaptive, meaning they’ll recognize the platform they run on – iOS or Android – and render the compositions appropriate for that platform.


React Native is ahead of Flutter when it comes to the ecosystem. It’s been around for longer and is supported by hundreds of packages. It actually has five times more packages than Flutter, which has over 1,450 packages at its disposal.


In terms of performance, Flutter will always be slightly better than React Native due to architectural differences. The latter solution uses an asynchronous bridge, which can, at times, cause performance issues.

Flutter, on the other hand, makes it easy for developers to reuse the existing code. The C++ engine which Flutter runs on performs well and might give Flutter a slight advantage over React Native, which uses UI components compiled to their native equivalents. Additionally, it has the JavaScript layer, which makes it a bit slower than Flutter.

User interface

When it comes to the user interface, React Native is the winner. It’s more dynamic, which enhances the user experience. Flutter works well with proprietary widget sets, which are great for getting a customized UI design. React Native is based on UI native components, but RN developers can also choose from several ready-to-use, polished UI kits. These include react-native-paper and native-base.


In order to evaluate the frameworks’ stability, we need to take a look at a few areas: their maturity, how big the developer community is, and which companies use them.

As already mentioned, React Native was first developed in 2013 as an internal Facebook project, and then released to the public in 2015. Flutter is a slightly younger framework – it first saw light as an experimental Google project (then known as ‘Sky’) in 2015. However, it wasn’t released until late-2018.

Both frameworks have thriving communities. As of mid-2020, React Native and Flutter’s main threads on Stack Overflow were followed by 48,600 and 24,700 watchers, respectively. The numbers look good on GitHub, too, with 2,100 contributors for React Native, and 600 for Flutter. The number of unresolved issues on GitHub also speaks in favor of React Native – with only around 700 for RN, as compared to 7,000 for Flutter.

However, while the numbers speak in favor of React Native as far as the volume is concerned, as mentioned at the beginning of this section, Flutter is the more loved option. “More loved” indicates the percentage of developers who are currently using the framework and have expressed interest in using it in the future.

This leads to the conclusion that we can expect a high level of engagement in maintaining and developing the framework by the Flutter community.

Customer Base

As you saw earlier in this article, React Native has tens of top tech players in its team – from Facebook, Instagram, and Walmart to SoundCloud and Skype. However, let’s not forget by whom Flutter was developed! As a Google-bred framework, it powers not just many Google services (like Google Ads), but also the Asian tech giant, Alibaba.


React Native’s architecture can be built around two patterns – Flux (created by Facebook) and Redux (developed by the React Native community). Flux is based on unidirectional data flow, which means that each piece receives data from one place and outputs changes to another. Redux adopts Flux architecture, so it is based on the same app-building method. Both of these approaches come down to keeping your application data in one place, referred to as a ‘store’.
Flutter is based on an object-oriented language called Dart (also developed by Google). Dart can compile both JavaScript and native code. Its architecture is based on reactive programming (the same paradigm that Facebook’s web library React – which powers React Native – is built-in).

There are a couple of approaches to Flutter’s architecture – one is the BLoC pattern (short for Business Logic Component), introduced by Google in 2018.


In this category, Flutter is the definite winner. The framework comes with a toolkit that supports developers throughout the app development process. Also, Flutter’s documentation is considered to be both comprehensive and neatly organized. If your developers were to experience any difficulties using documentation, the Flutter community would surely give them a helping hand.

To make it clear, React Native also features extensive documentation and an active community. There are also plenty of tutorials for new users. However, the setup isn’t as easy as in the case of Flutter. If it’s your developers’ first take on cross-platform development, setting up Flutter might be easier for them.

React Native – your go-to framework for cross-platform development

React Native is a great solution for creating apps that will work smoothly irrespective of the platform or system they run on. It’s a framework loved by businesses and developers alike. It allows you to save a lot of work hours, resulting in a faster development process, and it is also cost-efficient. It gives you access to a larger audience at once – as one app can be used by both Android and iOS users, the launch can be synchronized, and companies with a smaller budget for development don’t have to choose a single platform only.

Many fantastic products were built using React Native, including Skype, Facebook, Pinterest, and UberEats, which further proves it’s a framework worth considering for app development. While a native iOS and Android solution is still the best option for projects requiring a seamless UI experience and top-notch performance, React Native is a great option if your budget is limited and where a satisfactory user experience is sufficient.

React Native is a great option if your project doesn’t require a complicated interface, access to native functions (e.g., media players), and when you want to develop for one platform only. Last but not least, React Native is a good choice if your budget is limited.


What Is the Latest iOS Version?

What Is the Latest iOS Version?


iOS is Apple’s mobile operating system that powers the iPhone and iPod Touch. Until 2019, it was also the operating system used by the iPad (which we’ll discuss shortly).

In case you’re not familiar, an operating system (OS) is a type of software that’s key to a computer working because it manages all aspects of a device. It provides a platform so the device’s hardware and software can interact, plus manages the many processes that run on your computer.

On your desktop computer, you probably run the Windows, macOS, or Linux operating system. For mobile devices, Apple’s iOS and Google’s Android are the most popular.

What Does iOS Mean?

The full meaning of iOS takes a bit more explanation. When the iPhone was introduced in 2007, its operating system was originally called “iPhone OS.” Despite the name, the iPod Touch (which launched later in 2007) also ran iPhone OS.

In 2010, Apple introduced the iPad, which ran the same OS. When the fourth version of the mobile OS launched later that year, Apple decided to rebrand the operating system’s name as “iOS,” since it wasn’t just the iPhone that used it anymore.

You might also be curious where the “i” branding comes from. Apple has used this across its product line since the iMac was introduced in 1998.

At the time, Steve Jobs said that “iMac comes from the marriage of the excitement of the internet with the simplicity of Macintosh.” Apple expounded on this with a slide showing that the “i” prefix also stands for the individualinstructinform, and inspire.

What AboutiPadOS?

Since 2010, the iPhone, iPod Touch, and iPad have all run iOS. However, over time, Apple developed some iPad-specific features that took advantage of the larger screen. These included a dock for apps on the home screen, drag and drop support, and picture-in-picture mode.

Thus, with the release of iOS 13 in 2019, the company changed the name of the tablet operating system to iPadOS. While it’s largely the same as iOS, iPadOS was split off to create a dedicated product for the growing list of tablet-specific features. Apple also started iPadOS at version 13 to match iOS’s version.

Have a look at our introduction to iPadOS to learn how to use it.

People still use the general term “iOS devices” to refer to Apple’s mobile lineup, so when you see this, you can think of both iPhone and iPad. If you’re familiar with one OS, you’ll understand 95% of how to use the other aside from a few unique functions.

What Is the Latest iOS Version?

At the time of writing, the latest version of iOS available to the public is iOS 15. More specifically, iOS 15.4.1 was released on March 31st, 2022. There are also newer versions of Apple software available in beta if you’re interested in trying the latest updates that are rough around the edges.

If you’re not familiar with the latest release yet, check out what’s new in iOS 15 for some of the coolest new features.

When Do New iOS Versions Come Out?

Generally, Apple announces the latest version of iOS at WWDC in June of each year. Because this is geared towards developers, only beta versions are available for testing at that time.

Later in the year, Apple usually releases the newest iOS version shortly after its yearly iPhone announcement event, which is typically held during the second week of September. Once the iOS update rolls out, anyone with a compatible device can download it for free.

As a result, you can expect iOS 16 to release sometime in September 2022.

Throughout the year, Apple also releases minor revisions to iOS. These are called “point releases” because they add a decimal point to the version number (such as iOS 15.3). These usually fix bugs, patch security flaws, and may add small feature revisions.

How to Update iOS on Your iPhone

Your iPhone will prompt you to download the latest iOS updates when they become available. You can also check for updates manually anytime by visiting Settings > General > Software Update. If you already have the latest update, this page will let you know what iOS version you have installed.

See our guide to updating your iPhone for more help. To keep your iPhone secure, it’s a good idea to install the latest updates in a timely manner. Otherwise, your device could be vulnerable to security threats.

What About Older Versions of iOS?

Apple uses simple number increments to distinguish iOS releases. The larger the number, the newer the OS release.

Historically, when Apple released a new major version of iOS, it dropped support for earlier versions. However, this has changed starting with the move from iOS 14 to iOS 15. When iOS 15 launched, Apple continued to offer iOS 14 updates and made updating to iOS 15 optional for a while. The company also supported devices on iOS 12, which couldn’t upgrade to the latest version, with security updates.

While it’s great to see Apple supporting older devices with the latest iOS releases for some time, and even providing updates for older versions, eventually the company has to leave obsolete devices behind. Scroll to the bottom of Apple’s iOS info page to see what devices the latest version is compatible with.

For iOS 15, the oldest devices on the list are the iPhone 6s and 6s Plus, which were released in 2015. All devices compatible with iOS 13 could upgrade to iOS 14, which was true for upgrading iOS 14 to iOS 15 as well. We can use this to estimate how long an iPhone typically lasts.

If you have an older phone that’s stuck on iOS 12, or earlier, you should upgrade to a new device when you’re able. Apple won’t offer updates to old versions forever, so you should move to a modern device to keep your mobile life secure.

Making the Most of iOS

Now you know what iOS is when Apple distributes new versions, and how to stay updated. Like many Apple offerings, iOS is all about simplicity, so you don’t usually have to think much about what version you’re using.

If you’re new to Apple’s mobile phones, you should take the time to master iOS. Getting used to the Shortcuts app will supercharge how you interact with your device.


What is Flutter?

What is Flutter?


Flutter is a free and open-source mobile UI framework created by Google and released in May 2017. In a few words, it allows you to create a native mobile application with only one codebase. This means that you can use one programming language and one codebase to create two different apps (for iOS and Android).

Flutter consists of two important parts:

  • An SDK (Software Development Kit): A collection of tools that are going to help you develop your applications. This includes tools to compile your code into native machine code (code for iOS and Android).
  • A Framework (UI Library based on widgets): A collection of reusable UI elements (buttons, text inputs, sliders, and so on) that you can personalize for your own needs.

To develop with Flutter, you will use a programming language called Dart. The language was created by Google in October 2011, but it has improved a lot over these past years.

Dart focuses on front-end development, and you can use it to create mobile and web applications.

If you know a bit of programming, Dart is a typed object programming language. You can compare Dart’s syntax to JavaScript.

Why you should learn Flutter?

I selected some of the reasons why I like Flutter and why I want to use it next year. I will give you details and my feedback below.

Simple to learn and use

Flutter is a modern framework, and you can feel it! It’s way simpler to create mobile applications with it. If you have used Java, Swift, or React Native, you’ll notice how Flutter is different.

I personally never liked mobile application development before I started using Flutter.

What I love about Flutter is that you can create a real native application without a bunch of code.

Quick compilation: maximum productivity

Thanks to Flutter, you can change your code and see the results in real-time. It’s called Hot-Reload. It only takes a short amount of time after you save to update the application itself.

Significant modifications force you to reload the app. But if you do work like design, for example, and change the size of an element, it’s in real-time!

Ideal for startup MVPs

If you want to show your product to investors as soon as possible, Flutter is a good choice.

Here are my top 4 reasons to use it for your MVP:

  • It’s cheaper to develop a mobile application with Flutter because you don’t need to create and maintain two mobile apps (one for iOS and one for Android).
  • One developer is all you need to create your MVP.
  • It’s performant – you won’t notice the difference between a native application and a Flutter app.
  • It’s beautiful – you can easily use widgets provided by Flutter and personalize it to create a valuable UI for your customers (you can find examples of applications made with Flutter below).

Good documentation

It’s important for new technology to have good documentation. But it’s not always the case that it has it!

You can learn a lot from Flutter’s documentation, and everything is very detailed with easy examples for basic use cases. Each time I’ve had a problem with one of my widgets in my code, I have been able to check the documentation and the answer was there.

A growing community

Flutter has a robust community, and it’s only the beginning!

As you may know, I love to share my knowledge and useful content on programming on my website. I need to know I’m working on a technology full of potential with a lot of backers.

When I started using Flutter, the first thing I did was a search for communities, and to my surprise… there are a considerable number of places to exchange info on Flutter.

I will give you some examples of places I love to check daily. Feel free to send me a message on Twitter with your suggestions.

  • Flutter Awesome: An awesome list that curates the best Flutter libraries and tools. This website publishes daily content with lots of examples, application templates, advice, and so on.
  • Awesome Flutter: A GitHub repository (linked to Flutter Awesome) with a list of articles, videos, components, utilities, and so on.
  • It’s all widgets!: An open list of apps built with Flutter.
  • Flutter Community: A Medium publication where you can find articles, tutorials, and much more.

Supported by Android Studio and VS Code

Flutter is available on different IDEs. The two main code editors for developing with this technology are Android Studio (IntelliJ) and VS Code.

Android Studio is a complete software with everything already integrated. You have to download Flutter and Dart plugins to start.

VS Code is a lightweight tool, and everything is configurable through plugins from the marketplace.

I use Android Studio because I don’t need to configure a lot of things to work.

You are free to choose your preferred IDE!



If you want to start doing some freelance work, you should think about using Flutter.

In 2020, I believe that this technology is going to explode. And that means a lot of people are going to search for developers who know how to use it.

The biggest platform for freelancers in France, called Malt, recently published the tech trends of this year. Flutter has grown by +303% on this platform between 2018 and 2019.


Well, what do you think of Flutter? Will you start learning it next year?

I hope that this introduction has interested and motivated you. Feel free to share this article if you liked it.

What to Consider When Choosing a Mobile Application Development Company

What to Consider When Choosing a Mobile Application Development Company

If you are like most businesses, mobile apps have become an essential part of your marketing strategy. If you have come to the conclusion that your business needs a mobile app and the company you usually use to do your website has decided they don’t want to develop apps anymore, what should you do? How do you find the best mobile application development company in Australia? Is there such thing as the best mobile application development company? What if my business doesn’t need just one app but two or three? In this post, we will give you some tips on how to find the best mobile application development company for your needs.

How many team members does the app developer have?

It’s not just about how many people are on a team. It’s also about what their roles are, what they bring to table, and how much experience they have. Ideally, you want app developers who have worked on apps that look like yours in terms of complexity and design. If you can find developers who’ve created similar apps before—or have developed software with similar user interfaces—that can save time and money.

How are the developers trained?

In your rush to find an expert mobile application development company, don’t forget about training. Developers with cutting-edge technology are worthless if they don’t know how to use it properly. A reputable mobile app development company will offer you developers who not only have deep experience with your chosen platform but also continue learning and attending workshops on new tools and techniques. Expect those employees working on your app project to take classes in how best to leverage these systems for maximum return on investment.

How can I test out their previous apps?

First and foremost, it’s always important to try out their past apps. This helps you get an idea of how well-designed and functional they are. It will also allow you to test their customer service, as well as get a feel for how communicative they are with new clients.

What is their main focus?

Mobile applications have become so popular that it’s hard for consumers to keep up with them all. Mobile app developers must be careful not to spread themselves too thin by offering everything under the sun; it’s important they stick with what they know best, and what their particular niche or specialty is. If you need help finding your mobile application development company , here are some questions you can ask during your initial phone call: What will your role be in our project? Do you work with both large and small businesses?

How do they structure your project?

Mobile application development companies vary greatly in their practices and project management methods. For example, some development firms might develop mobile apps without you being involved in any part of your app’s design or approval process. If that’s not what you want, it’s important to choose a company with project-management processes that suit your needs.

Android Version

Android Version

Sweet Code Names of Android Version:

Google’s Android division certainly has a sense of humor. It named all of its version codenames after desserts. Though the first version of the OS (1.0) that was publicly released in Sept. 2008 did not have a code name at all, either internally or publicly. According to Android engineer Jean-Baptiste Queru Android 1.1, released in Feb. 2009, didn’t have a public code name. However, it reportedly used the internal name “Petit four” while it was in development at Google. The name refers to a French dessert. The catchiest part is the Android version names go by dessert names and by alphabetical order for the most part. So let’s check out different versions of Android OS and the desserts associated with them.


Android 1.5: Cupcake

Technically Android 1.5 received its first official codename which was supposed to be version 1.2, but Google decided to make it a major revision and made it 1.5 instead. It added quite a few new features and improvements than previous ones such as the ability to upload videos to YouTube, a way for a phone’s screen display to automatically rotate to the right positions, and support for third-party keyboards.

Android 1.6: Donut
Android V1.6, codenamed “Donut,” was released in September 2009.The new features included support for carriers that used CDMA-based networks. This allowed Android phones to be sold by all carriers around the world. Other features included the introduction of the Quick Search Box, and quick toggling between the Camera, Camcorder, and Gallery to streamline the media-capture experience. Donut also introduced the Power Control widget for managing Wi-Fi, Bluetooth, GPS, etc.

Android 2.0 and 2.1: Eclair
Android 2.0 was released in October 2009. This version was the first to add text-to-speech support, and also introduced live wallpapers, multiple account support, and Google Maps navigation, among many other new features and improvements.

Android 2.2: Froyo
Android 2.2 Froyo officially launched in May 2010 abbreviation to frozen yogurt. Smartphones with Froyo installed could take advantage of several new features, including Wi-Fi mobile hotspot functions, push notifications via Android Cloud to Device Messaging (C2DM) service, flash support, and more.

Android 2.3, 2.4: Gingerbread
On December 6th, 2010, Google officially announced the first phone with Android OS 2.3 Gingerbread. Gingerbread made the Android experience simpler and faster for both users and developers.  Gaming reached new heights, battery life lasted longer and NFC support spawned a whole new category of apps.

Android 3.0, 3.1, and 3.2: Honeycomb
Honeycomb was released in February 2011, and was rapidly followed by 3.1 and 3.2 in July and August of 2011. Honeycomb ushered in the era of tablets with a flexible interface design that showcases large imagery and seamless on-screen navigation.

Android 4.0: Ice Cream Sandwich
Ice Cream Sandwich was officially released in October 2011. It featured a new design and default font, as well as the ability to monitor and limit mobile data usage and other upgrades.

Android 4.1: Jelly Bean
Jelly Bean came out in 2012. Intelligence permeated all facets of Jelly Bean which ushered in the era of personalised mobile assistance with Google Now. It also made notifications more actionable and allowed one device to work for multiple user accounts.

Android 4.4: KitKat
Google announced that Android 4.4 would be named KitKat on September 3, 2013. Android KitKat helped you get things done with just the sound of your voice – just say “OK Google” to launch voice search, send a text, get directions or even play a song. And when you are hands on with your device, a new immersive design brings your content to centre stage. Android 4.4 takes system performance to an all-time high by optimising memory and improving your touchscreen so that it responds faster and more accurately than ever before. The new phone app automatically prioritises your contacts based on the people that you talk to the most. You can also search for nearby places and businesses, your contacts or people in your Google Apps domain. From apps like Quickoffice, you can open and save files on Google Drive, other cloud storage services or your device. And with quick access to recently used files, it’s easier than ever to send the file that you were just working on.

Android 5.0: Lollipop
Android arrives on screens big and small – from phones and tablets to watches, TVs and cars. Lollipop has a bold visual style and the fluid tactile response of Material Design. Lollipop also contains other UI improvements and has an excellent battery life on some devices.

Android 6.0: Marshmallow
Marshmallow was launched in the fall of 2015. Now there’s more to love about your mobile device: easy shortcuts to smart answers with Now on Tap, battery life that can last longer and new app permissions that give you more control. Android Marshmallow lets you define what you want to share and when. Turn permissions off at any time, too. Now you can skip the crazy passwords. The key is at hand. Your fingerprint unlocks your phone and lets you securely breeze through sign in, the Play Store and even in apps.

Android 7.0: Nougat
Version 7.0 of Google’s mobile operating system launched in the fall of 2016.Nougat’s many new features included better multi-tasking functions for the growing number of smartphones that have bigger displays, such as split-screen mode, along with quick switching between apps.

Android 8.0: Oreo
In March 2017, Google officially announced and released the first developer preview for Android O, also known as Android 8.0. In August, Google confirmed that Oreo would indeed be the public name for Android 8.0. Android Oreo packs in lots of visual changes to the Settings menu, along with native support for picture-in-picture mode, notification channels, new autofill APIs for better management of passwords and fill data, and much more.

Android P
Google recently released the first Android P Developer preview. There are a few features that make it stand out. Android P is likely to be released to the public this fall. The overall look and feel of Android P so far seems very familiar, coming from Google Pixel’s Android Oreo interface. Android P gives you everything you need to make your apps compatible and build for the next version of Android. It’s free, and you can get started right away just by downloading the Preview tools. The P Developer Preview includes everything you need to test your existing apps on a variety of screen sizes, network technologies, CPU/GPU chipsets, and hardware architectures.