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15 Most Popular Payment Gateway Solutions

A payment gateway is an application that authorizes payment for e-businesses, online retails, brick and mortar businesses and more. It is virtual equivalent to the physical point of sale established in many retail outlets.

It encrypts confidential information, such as credit & debit card numbers to make you sure that the data which is passed between the customer and merchant is confidential and secure.

How does a payment gateway work?

A customer places an order on website or mobile by just pressing submit button or equivalent button to reach payment gateway and enters card details in the specified spaces.

The customer’s web browser encrypts the detail which is to be sent between the browser and the web server. This is to be done via SSL(Secure Socket Layer) encryption technique. The transaction details are then forwarded by the merchant to their payment gateway.

The transaction information is then forwarded by the payment gateway to the payment processor of the merchant acquiring bank. Again the processor forwards the transaction detail to card association (like master card, visa). The authorization request is received by the card issuing bank and prompt to the processor with a response code.

The response is received by the payment gateway and send the response to the website where it is initiated as a persistent response then relayed back to the cardholder and the merchant. The whole process takes 2-3 seconds to perform. All the approved authorization is submitted by the merchant in a form of the batch to their registered bank to initiate settlement the process.

At last, the approved fund is to be deposited to the merchant’s registered account by the acquiring bank.

What to consider when choosing a payment gateway?

As an organization, your choice could be according to customer’s experience on your websites through to cash flow to online sales.

Here are four crucial points to consider before selecting the payment gateway:

Security

Security should be your top priority. Make sure at a minimum it should be integrated with 3D secure and comply with the PCI Data Security Standard (PCI DSS).

Payout Time

It should be less time taking to credit money in your bank account. Before integration check how payouts are made? Whether they’re on a weekly or bi-weekly cycle.

Ease of website Integration

Before you sign make sure that the integration is simple or it can develop a custom-coded solution for your platform easily.

Multi-currency

If your customers are also from outside the country or using a different currency, then your payment gateway should handle payments across currencies, regions, platforms and alternative payment solutions.

15 Most Popular Payment Gateways Solutions

1.  Paypal

PayPal was founded in December 1998 and is now providing services in more than 200 markets around the world. Currently, it has more than 237 million active account holder with several platforms including Braintree, Venmo, and Xoom.

Paypal permits the merchant and the consumer to perform a transaction in more than 100 currencies, funds can be withdrawn ìn 56 currencies, and hold balances in 25 currencies in their Paypal registered account.

Paypal is serving in more than two hundred markets and having different pricing model in different countries. It reached 7.6 billion transactions in the year 2017.

2. Amazon Pay

Amazon Pay is an online payment processing service owned by Amazon. This service is launched in the year 2007.

After a decade it is providing services in 8 countries as of now. Amazon Payments is designed specifically for online retailers and sellers who want to provide a smooth shopping experience for their buyers.

Amazon is charging its fees according to transaction-based and on border based. The domestic processing fee is of 2.9% and an authorization fee of $0.30 + tax and crosses border fees for processing is 3.9% and same on authorization fee.

A-Z guarantee and Protection plan. Amazon is known for implementing very strict protocols when it comes to information security. Its system boasts of a vaunted security setup that also includes fraud detection and merchant protection.

3. Adyen

Adyen is a popular, open source payment solution whose infrastructure meets the highest standards of security, integrity, and stability.

At the same time, the platform’s redundant and stateless service-oriented architecture (SOA) ensures maximal uptime and enables users to accept payments on several physical hosting locations.

Adyen has more than 5,000 customers and is privately held. Adyen charge fees for processing is $0.12 and for payment method fee it is $0.25 for the United States. There are different charges for different cards and different countries.

Adyen uses rich data to drive revenue and offers a full range of mobile payment functionalities to make your service more attractive. These include, among others, all major card schemes and mobile wallets such as Apple Pay and Android Pay.

4. Skrill

Skrill is a relatively new, yet very successful UK-based payment service designed both for businesses and individuals. Using it, you can make international transactions and pay for products and services wherever you are in the world, and from the comfort of your very own mobile device with a dedicated application.

Skrill enables several payment transaction options such as credit cards, cash and email- transactions. All you need to do is sign up on the web and avail the services.

At the moment, Skrill supports over 30 different currencies and makes it possible to target buyers for your products and services all around the globe.

5. Stripe

Stripe was designed to facilitate recurring billing, but also supports and processes online money transactions to act as a fully-equipped finance management tool for any business.

It also belongs to a popular productivity software family and comes with a set of open API to help you connect it to the rest of your business ecosystem.

Stripe Subscriptions keeps all your customer information on file, making it easy for you to renew subscriptions or upgrade a member’s plan without worrying about compliance with PCI standards and policies.

With Stripe’s open API, you can build powerful connections with leading marketplaces and third-party software, reach out to new audiences, and maximize renewal.

Stripe also lets you build and incorporate trial periods in your plans, or give coupons to help you devise and refine your strategies.

6. PayU

PayU is the product of an Indian payment processing corporation, and one of the simplest payment solutions that were designed to fill in the gaps left by complex service providers.

The expert community is also fond of PayU because of its best conversion rates (acclaimed 12%), acceptance for over 45 payment methods (Net-Banking, 8+ bank EMI’s, 6 Wallets, Amex, Rupay, International Cards), and the PayuBiz’ API’s & SDKs which help connect this platform to any website, application, or related third-party system.

PayU offers a single integrated solution that lets users start receiving local payments in all locations where it operates. International merchants can use it as their payment service provider and start receiving payments in all 16 markets, reaching a potential of over 2.2 billion consumers.

PayU offers more than 250 local payment methods and multiple currency options, allowing its users to reach all customers, even those without credit cards, and being able to manage complexities of the local markets whilst benefiting from them.

More Insights available at the offical blog published here. 

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Exploring The Future of Mobile App Development

“From phones to cars to medicines, technology touches every part of our lives. If you can create technology, you can change the world.” ~Susan Wojcicki, CEO of YouTube

The birth of gadgets like smartphone, tablets, smartwatches has led to an explosion of developers and freelancers working in the mobile app development industry. Mobile App Development Industry is continuously broadening and emerging.

According to recent statistics, it is clear that there are more than 2.5 billion smartphones in the world and this figure is likely to reach 2.87 billion by 2020.

In 2017, there were 178.1 billion downloads of apps worldwide and this figure is projected to reach 258.2 billion in 2022. Mobile app development is certainly witnessing active growth every year.

Right now the app industry is being dominated by social media and gaming apps. Apps, be it an iOS app or an Android app, have become a necessity for all mobile users.

With apps becoming such a significant part of everyone’s life, it is easy to wonder about the future that lies in store for mobile apps. The fact is that mobile apps, like any other technology, will be driven by advancements.

Below are some trending technologies which will make a revolution in Mobile application development.

Internet of Things and Mobile-connected Smart Objects

Mobile application development is not only limited to the smartphones. Presently and in the future, the mobile application will control and manage the gadgets and devices which are around us.

Internet of Things (IoT) will be the mainstream from the education sector to the healthcare sector and from smart offices to smart homes. Mobile App Development for IoT will lead to a greater control over a range of physical objects.

With the rise of the Internet of Things, users will be able to take control over their daily routines and tasks with the help of apps.

According to researcher prediction, it shows that the IoT market will grow from $157.05 billion in 2016 to $661.74 billion by 2021, at CAGR (Compound Annual Growth Rate) of 33.3%. It will directly impact the mobile app development trends as IoT devices are controlled by smartphones.

Wearable Devices

Currently, wearable devices are still mostly a gimmick. Few of these devices are actually worth using but still, wearable devices are selling rapidly.

As technology improves, it is certain to be more of these devices and they will also be of a better quality. This brings forward a new opportunity for mobile app developers.

After all, apps will be required to make the best use of the features being offered by these devices.

Smart wearable devices like Apple Watch and Google Lens shows an upcoming change in the computing and the transition from basic to smart wearables.

This will opens new doors for the developers, vendors and accessory makers. It will help them to enable a wide range of product in areas such as healthcare, fitness, sports, and fashion.

This wearable device will be connected with smartphones and this influence the next generation of mobile application development strategies.

Augmented Reality/Virtual Reality Apps

In coming years AR and VR will go beyond entertainment and gaming. Augmented Reality will primarily focus on the enterprise market for engineering, retail, real estate, and healthcare.

Games like Pokemon Go, iOnRoad, Sky Siege and myNav are bright examples of AR games.

Virtual Reality will be more focused on the game and entertainment like Samsung Gear VR, Google Cardboard, and Oculus Rift.

Both AR and VR possess huge potential when it comes to transforming a diverse range of industry sectors.

Benefits of Augmented Reality (AR)

It will help you to present your product in detail with the help of a visual experience for your user.

This technology will help us to train the employee in a high-tech way, which will increase productivity.

Companies can show their audience the relevance of their products in real-time.

Benefits of Virtual Reality (VR)

Allow product showcasing in virtual showrooms without using much space

Enables promoting of products using a blend of photography and technology, which makes processes more interactive.

Could be used for company branding and aggressive marketing.

Provides a 3D vision of products.

Innovation in Mobile User Experience

User experience has always been a priority in developing mobile apps. However, going forward, an app development company will need to think up innovative solutions for displaying content in a more effective manner.

The designs have to be intuitive and the interfaces must be interactive. Solutions have to be found for unique mobile challenges such as constant user interruption and partial user attention.

These are certainly the challenges down the road for mobile apps. However, it is by overcoming those challenges that developers can make mobile apps better.

Apps might be an important part of people’s lives at the moment. It is highly possible that they can become inseparable aspects of life in the future.

For businesses, there is no better time to invest in iOS app development or Android app development.

Increasing M-Commerce Opportunities

Statistics show that the number of e-commerce sales being made via a mobile device is on an increase.

This trend is certainly going to gain ground in the future as more consumers start making use of m-commerce.

Additionally, the availability of mobile payment gateways such as Google Wallet and Apple Pay is certainly going to make it easier for purchases to be made with a smartphone.

Apps will now have to start integrating payment capabilities that allow transactions to take place without a card or cash and it should be coupled with the wearable devices. Beyond this, wearable devices will also play an important role in the future of mobile payment and customer loyalty.

Motion and Location Sensing

In today’s technology, most of the smartphone have location and motion sensing capabilities.

As in our day-to-day activities whether it can be calling online Cab Service or it can be accessing Google Map which has various positioning methods to provide different granularities of location data.

Motion sensing features are mostly used in security, power-saving, Anti-theft, and games. In coming days we will see a rise in Motion Sensing and Location Sensing apps as its demand will rise in user as well as the enterprise domain.

Mobile Security Apps

As smartphones are becoming more important to us and our dependency on them increases for accessing bank applications and other private data, security of a smartphone become more crucial than ever because of the amount of data it contains.

An application which has built-in security features can make a huge change in the mobile application market.

Developers adopting these features in their development provides better UX with more security features. With new programming languages, we will see more secure applications in the market.

The mobile application developer will be working harder to ensure every app they design comes with the guarantee of the safety.

Artificial Intelligence

Artificial Intelligence has made a mark on both the construction technique of mobile apps and in boosting their capabilities.

By using advanced analytics, the cognitive interface into a complex system, and machine learning techniques, business users now have more powerful insights which were never available to them.

Original Article and more insights available at our mobile app development blog.

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Role of DevOps in Mobile App Development - Mobile DevOps

Over the past 5 years, mobile devices have become the primary sources of accessing the internet for millions of people around the globe. These trends have scrambled many industries to adapt a shift in business application users by developing a mobile app for their business application.

During the early years of this shift, IT industry focused on meeting the market demand and businesses focused on creating a market presence but they overlooked to focus on app development costs, security, maintainability, code quality etc.

Presently as the underlying surge has settled down, it’s a great opportunity to center around these issues and embrace new methodologies in the advancement procedure to lessen cost and increment quality.

In this blog, we will be discussing the DevOps approach in Mobile App Development, challenges, and best practices to implement DevOps.

What is DevOps?

DevOps is a modern software engineering approach which focuses on effective collaboration between project managers, developers, operations staff while aligning with enterprise business objectives.  

The conventional techniques utilized before DevOps approach lacked powerful coordinated effort between various departments of Software Development which eventually lead to additional time in development, more holes in customer pocket, and results in customer dissatisfaction.

Benefits of Adopting DevOps

DevOps has brought the development and operations team on the same page. Before DevOps, developers used to write the complete code and then convey it to the operations team. With DevOps process, responsibilities are distributed equally among different teams with a single goal that each team has a clear visibility of application performance.

Adopting DevOps in your Enterprise offers –

Continuous Software Delivery

Enhanced Customer Experience

Faster Resolution of Bug Fixes/Problems

Higher Employee Engagement

Faster Delivery of the Product

More Stable Environment for Easy Deployments

More Time for Innovation

Increased Efficiency

6C’s of DevOps Adoption

Continuous Planning

Continuous Planning refers to bringing your entire team like the developers, business analyst, testers, and operations team on the common platform to determine the capabilities of the application in the preparation of a release plan.

Continuous Integration

Continuous Integration (CI) address the developers community by focusing on error-free builds following the best practices and standards of the version control.

Continuous Testing

Testing is an important part of Software Development Lifecycle. Testing ensures the quality of the product delivered to the customer. Continuous Testing in DevOps emphasis on automation of all the phases of Software Testing.

Continuous Monitoring

Continuous Monitoring ensures that the application is performing as desired and the production environment is kept stable no matter the frequency of changes without any human interaction.

Continuous Delivery

Continuous Delivery is the practice that ensures that the code is deployed to the production environment by delivering every change to a production like an environment.

Continuous Deployment

Next step of Continuous Delivery is Continuous Deployment. Every change that passes the automated tests through Continuous Testing is deployed to the production environment automatically.

Mobile DevOps

Adopting DevOps in Mobile App Development can be a game changer for many organizations. DevOps ensures that all different teams become more productive in terms of execution.

However, adopting DevOps is not an easy process as it requires a lot of technical and business decisions but once implemented successfully by experienced DevOps engineers, the new process can add value to the organization in terms of employee satisfaction with better engagement between different departments and teams, resulting in increased revenue.

To adapt continuous mobile DevOps workflow, all the bottlenecks and potential problems need to be identified at first.

Challenges in Adopting DevOps For Mobile App Development

While the basic principles of adopting DevOps for web apps and mobile apps are the same, still there are certain challenges for adopting DevOps in mobile app development. These challenges include –

Multi-Platform Support

Mobile applications have multiple target environment. Most of the mobile apps target multiple devices, OS versions, hardware specifications and more.

Apple App Store and Google Play Store

Generally, a mobile app cannot be deployed directly to a mobile device. It has to go through App Store for iOS and Google Play Store for Android. The app goes through a submission and review process of the app store.

Pull Deployment Model

Traditional deployments operate on a push model where a new version of the application can be pushed whether it is a web app or a server based app. However, the process of updating a mobile app is a pull process as it is up to the user to choose whether or not he/she wants to update the app.

Mobile App Testing

Nothing is worse than a 1-star rating for your mobile app. Unsatisfied customers can publically harm your brand through the medium of the app store or play store. So it becomes extremely important for you to do rigorous testing using functional, usability, and performance testing techniques for your app.

How to Adopt Mobile DevOps?

Adopting Mobile DevOps in your organization requires 3 thumb rules which need to be followed –

Rule #1 – Continuous Integration and Continuous Delivery

The mobile app development team must ensure the traceability of all the development assets including code, configurations, scripts, documents, text files etc. Continuous Integration must be practiced which ensures that the code delivered by one team works with the code delivered by the other team. Frequent builds must be done and new code must be integrated with the code previously developed.

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Native App Development vs. Hybrid App Development

The strong growth of the smartphone market in recent years has led to the share of mobile phone website traffic to 52.2% in the year 2018.

The availability of cost-effective smartphones has led to an increase in our dependency on the smartphones thus making it difficult for the developers to choose between Native Mobile App Development and Hybrid App Development.

Importance of UI/UX in Mobile App Development

Before we look into the Native & Hybrid App development platforms, there is one most important aspect of mobile app development that needs to be considered i.e., your customer.

Your customer is least concerned about the technology or the platform that power the app they are using.

Most users are concerned about what they can do with the app rather than what goes into making them. So User Experience and User Interface is the most important aspect of any mobile app.

79% of consumers try any app either once or twice if it failed to work in the first attempt while only 16% of the users would give it more than two attempts.

Poor user experience discourages users from using an app.

Native & Hybrid Apps – A Quick Overview

Native App Development

A native mobile app is an application created for use in a single particular platform or device, like Android, iOS, BlackBerry or Windows.

A native app is specially made and coded for a specific mobile platform in its native programming language –

iOS (Objective-C or Swift)

Android (Java, Kotlin)

Windows Phone (C#)

There are different guidelines for each of these platforms and developers need to stick to them as they differ in typography, graphic styles, gestures, visual effects, data entry etc.

Hybrid App Development

A hybrid app is created as a single app for use on multiple platforms like Android, iPhone, and Windows.

Hybrid applications are actually native apps and web apps combined together.

It is a single product that works on many operating systems like iOS, Android, Windows etc.

They look and feel like a native application but are actually run by company website. Created with HTML5, CSS, and JavaScript, It is basically a web-based program put in a native app shell and connected to the device hardware.

Advantages of Native App Development

Smooth Performance

In native mobile app development, we have to do coding for different platforms using different programming language specific to each operating system.

So, we have different versions of a single application specially made for each platform. Being specific to that operating system, it runs smoothly over it.

Speed

Considering the application has been optimized for iOS or Android OS, it will achieve higher marks in speed and performance tests.

While developing native apps, everything is considered including utilization of the memory and the battery.

It is also very easy in native app development to implement gestures support for the app and integrate new functions.

User Experience

It is very important for mobile apps to make that good impression in order to not get deleted immediately after installing them.

In native apps, the feel and experience are much better with better scrolling, specific gesture recognition, profound effects and animations, much more appealing elements and so on.

Data Protection & Security

In order to protect your data, full efficiency of hardware resources are required and that is only possible in native app development.

Flexibility

Native apps offer fast access to inbuilt device utilities like the camera, GPS, calendar, microphone, and other functions of the smartphone.

However, hybrid app development has certain limitations while constructing the interface because one single app will be used on multiple platforms.

In native apps, without any restrictions, everything can be implemented that the technology has to offer.

Personalization

With so many Android devices available in the market with different screen sizes, only native app development is the way of adjusting the layout on each of them.

Disadvantages of Native App Development

Development Time

Native apps need more time to develop as compared to hybrid apps.

Creating and implementing the design for every device dimensions like numerous varieties of Android, iPhones, tablets etc takes longer to complete the app.

Development Cost

Developers usually have specialization in a single platform, be it iOS, Android or any other. In building a native app, you will need as many development teams as the platforms you want the app to be created on.

Multiple development teams imply multiple budgets. Also, future changes or updates will draw costs multiplied by the number of teams.

Advantages of Hybrid App Development

Decreased Cost of Development

If you are budget-centric, app development occurs only once for all the platforms (Android, iOS, Windows) and you don’t need to hire different programmers.

Maintenance

As we already know hybrid apps are web apps incorporated in a native shell, so its content can be updated as many times as you need or want. So, hybrid apps have a low maintenance.

Shorter Time to Market

How quickly do you want your app to go live? As there is a high competition in the market and the same idea being pitched by more than one entrepreneur, you want to introduce your app to the target audience as quickly as possible. If that’s the case, then you should go for Hybrid App.

Disadvantages of Hybrid App Development

Performance

Hybrid apps add an extra layer between the source code and the target mobile platform, more particularly the hybrid mobile framework. It can result in loss of performance but it varies from application to application.

According to the statement by Mark Zuckerberg (Founder of Facebook) – “The biggest mistake we’ve made as a company is betting on HTML5 over native.” Facebook migrated their mobile app from HTML5 to native clearly indicates a significant difference as far as enterprise applications are concerned.

Debugging

The extra layer from hybrid development framework also makes debugging a bigger affair. Developers have to rely on the framework itself to play nicely with the targeted operating system without introducing any new bugs in the app.

User Experience

As compared to native app development, it is difficult to maintain a proper user experience between the Android and iOS app. If you focus more on iOS, the user experience would worsen for Android users.

Why Choose Native App Development?

There are many different directions you can take your app. However to make the right choice, it is necessary to understand the differences between them and their pros and cons as each option has their own strengths and weaknesses, and the final decision must depend on your business needs.

The discussion is still relevant because, for both of the approaches, there are distinct advantages and disadvantages.

Complete Article available on this link

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Flutter vs. React Native - Best Cross-Platform App Development Tool

With the increase in the demand of mobile applications, a large number of enterprises are shifting their focus towards mobile app development.

Introduction of new technologies, platforms, and frameworks is allowing mobile app developers to create revolutionary mobile apps.

Cross-Platform App Development has gained a lot of popularity in recent times as it enables developers to develop apps for multiple platforms like Android,  iOS, Windows with a single code base.

React Native is one of the most famous Cross Platform for mobile app development introduced by Facebook and it has one of the largest active developers community.

However, Google introduced their own Software Development Kit (SDK) Flutter at Google I/O Developer Conference 2017.

So today we will be focusing on the comparison of the two frameworks –

What is Flutter?

Flutter is crafted for high-quality interfaces for iOS and Android in record time which is Google’s mobile app SDK.

Flutter is a free and open-source tool that works with the existing code and is gaining popularity with time.

Flutter helps in

Fast Development

Flutter has Hot Reload functionalities which brings your app to life in milliseconds. It also helps in building native interfaces with its customizable widgets.

Expressive and Flexible Design

With fast deliver features focus on native end-users experiences. Full customization is achieved for its layered architecture which helps in the flexible design and fast rendering.

Native Performance

It’s widgets contain all essential platform differences together with scrolling, navigation, icons, and fonts to provide complete native performance on both iOS and Android.

React

React is a JavaScript library which is efficient, flexible and declarative for developing user interfaces. It lets the developer compose complicated UIs of small and isolated pieces of code referred to as “components”.

React Features  

Components − It’ll assist you to maintain your code while working on large-scale projects. React is all about components.

Unidirectional data flow and Flux − React implements unidirectional data flow using Flux which is an application architecture that helps to keep your data unidirectional.  

Flutter Architecture

React Native Architecture

Community Support for React Native

React native was developed by Facebook in 2013.

The solution to most common problems is listed in the React Native documentations and guides.

There are also a lot of developers in the community forums which are making key contributions to the problems being faced by users and assisting them.

You can also make contributions to the community by examining the contributor’s manual and then checking the Roadmap to analyze what other people are working on. You can also look for the most popular features that are being asked in the community.

Community Support for Flutter

Flutter documentation is sufficient to help you get started with app development.

Flutter Gallery has showcased all the Flutter components in its website or you can also refer to Fluter’s GitHub repository for implementation.

Flutter’s network isn’t as strong as the one for React native. However, assistance offered via the Flutter group at Google is really good.

They offer many methods to post your problems.

Technology Stack

React Native is a JavaScript library, while Flutter is an SDK that works on a completely different programming language called Dart.

JavaScript

JavaScript was initially created only for web development, but nowadays this language with its numerous additional libraries has grown so huge that there are only a handful of areas that are without its presence.

React Native compiles its dynamic JavaScript code to native view at runtime. The rest of the code runs in the additional virtual machine that is packaged inside the app itself.

Dart

Dart is a general-purpose programming language that was developed by Google. It can be used to build web, server, and mobile apps and for IoT devices as well.

Dart is influenced by many different languages. The strongest among these influences would be of Java. A Java programmer can easily notice similarities between these two languages.

Dart is an object-oriented programming language and supports things like abstraction, encapsulation, inheritance, and polymorphism.

Dart programs can run in one of these two modes:

Checked modes

In this dynamic type, assertions are enabled. These type assertion can turn on if static types are provided in the code. The checked mode is recommended for development and testing as it is helpful in catching errors in your code when types do not match.

Production modes

It is the default mode of all Dart programs. It provides a faster way to run your program.

Although Dart has a strong community presence, it is still overshadowed by other mainstream languages like JavaScript and hence very few developers even know about Dart.

Flutter has a functional-reactive framework that is inspired by React.

Though Flutter is written in Dart, it also takes the best features of React and helps the developers build a beautiful, cross-platform mobile app.

User Interface of React Native

Using React Native is similar to using HTML without any CSS framework.

Unlike Flutter App, in React Native we had to use third-party libraries since React Native does not have a UI components library of its own.

We need to use components such as React Native Elements, React Native Material Design, Shoutem, and other UI libraries that are available to the user.

User Interface of Flutter

Flutter has its own UI components, along with an engine to render them on Android as well as in the iOS platform. Most of this component conform to the guidelines of Material Design.

Flutter has inbuilt components for the UI development of the app. These components are called widgets. Here, we only had to use the right widgets and pass the right props to the widgets to get the desired UI for the screen.

Every widget in the Flutter is defined by their own properties and can be nested inside other components. Widgets can also call upon the properties of its parent components.

In React Native, we can bridge native modules as well as using native UI components. But this is not possible in Flutter since Flutter has its own rendering engine.

Here are a few examples of Flutter Widgets.

Complete Article Available Here.