Decentralized Apps- A Future Of Mobile Apps

Technology is reshaping the financial landscape and offers a wide range of use cases for decentralized app development. Because of transparency, readability and scalability DApp trend is spreading like wildfire. Ethereum blockchain is a main platform for building decentralized apps. Whereas, according to study, games and data storage are leading DApps categories. So what are decentralized apps? How are they different from regular apps? How to develop decentralized apps? Let’s see everything about the DApps.

What Is Decentralized Apps?

DApps

Decentralized apps are software applications without any central authority. But, unlike traditional applications that rely on a client-server network- maintained and authorized by a rule, they operate on peer-to-peer or distributed network. As there’s no one to control, dapps are less likely to be shut down by anyone or undergo downtime. Decentralized applications always builds on decentralized network. The network combines a smart contract and a frontend UI. On ethereum, smart contacts are transparent and accessible like open-source APIs, so you can include a smart contract written by someone else. Backend code of dApp’s runs on a decentralized peer-to-peer network, unlike regular app where backend code runs on decentralized servers. You can develop the frontend and user experience and interface similar to normal apps, making calls to its backend.

Decentralized Apps Vs Normal Apps-

1. Centralized Vs Decentralized-

Basic difference between Dapps and normal apps is decentralization’s root principle. Contrast to traditional apps that are controlled by centralized regulating authority, DApps operate on peer-to-peer blockchain network.

2. Security-

DApps are built using the blockchain platform so they are more secure as compared to regular mobile apps. Also decentralized apps tend to be tamper-proof, and the saved records are unchangeable. They are hacking and potential destruction resistant. 

3. Value Storage-

Store value of DApp is one of the best features. It can store cryptocurrency and hand it to users once fulfilled the contract conditions. In contrast, traditional apps have to use a reliable third party to guard financial transactions. As you can store value directly inside the app, DApps eliminate any third-party requirements. 

4. High Synergy Level-

When it comes to synergy, decentralized apps get the upper hand as they integrate seamlessly. As all the blockchain powered apps are inter-compatible, their synergistic possibilities increased in contrast to conventional applications.

5. Transparency-

Another difference between decentralized and normal apps is unchangeable public ledger. Unlike any other app, data or operations on the DApp are recorded in the blockchain and stay there forever unaltered.

Benefits Of Building Decentralized Application-

1. Zero Downtime-

Once the smart contract is deployed on the blockchain, the network will start serving its client. These contracts powering dapps operate 24/7, and till the blockchain harbor the contracts, they continuously perform smoothly.

2. Resistance To Censorship-

As dapps are not controlled, no one can block or keep users from submitting transactions or reading data from the blockchain.

3. Privacy-

You can secure transaction between users without sharing data using public and private keys.

4. Complete Data Integrity-

DApps don’t have a central point of failure, and stored data is unchangeable due to cryptography primitives. These features make it hard to hack teh chain and control a decentralized application.

Apart from all these advantages, DApps offer the following advantages.

• More security than client/server networks
• No intermediary for app control
• Cannot change written blocks without agreement of entire network
• Tamper-proof record of entire database
• No downtime
• Increased reliability
• Simple for payments
• Single outage/attack cannot halt it

Types Of Decentralized Apps Development-

1. Type 1:

In this type 1, you can create your own blockchain to develop your decentralized app. Bitcoin is an example of this type. Any other cryptocurrencies having their own blockchain comes under this category.

2. Type 2-

The type 2 dapps supports the blockchain created by type 1 applications. Those apps need to use tokens to operate their applications.Consider, Omni protocol, for instance, It’s built as the layer over Bitcoin, allowing you to create, send, redeem, pay dividends to and make best with the tokens representing any type of asset.

3. Type 3- 

This kind of dApps makes use of the type 2 protocol to underwrite their tokens. Safe network is an example of type 3 dapps. SAFE(Safe Access For Everyone) is an open-source, decentralized data storage and communications network. Programmers create censorship-resistant websites and apps using the SAFE API.

Most Common Platforms To Create Decentralized Apps-

1. NEO-

It is a centralized, open-source blockchain that creates smart economy. It is called as Chinese Etherum and provides better options for scalability in dApps than other blockchain platforms. Currently, NEO is less popular than Etherum with just about 100 dApps built using this technology. Also, it is expensive and costs higher than Etherum in some cases.

2. Etherum-

It is the most popular decentralized, open-source blockchain used as the base for many blockchain project, including more than 2500 dApps. In terms of market value, Etherum is the only second to Bitcoin. Etherum also has a native cryptocurrency called as BTH- version of Bitcoin. Though it’s a bit expensive, it is a great option for creating dApps.

3. TRON-

It is a new blockchain platform as compared to Etherum or NEO. BUt it is popular and may even become a competitor to ethereum in the future. TRON is popular for gaming apps and gambling sites. Near about there 1500 dApps created using TRON that makes it great choice.

How To Develop A Decentralized Appli?

1. Decide Use Case-

Blockchain offers advantages like immutability, encryption, distribution, decentralization and tokenization etc. First of all, you need to analyze the problem that you want to solve and know if the solution really needs decentralization, encryption or any blockchain components. This step clears whether you need to develop a dapp. And if needful, which kind of decentralized app you should create.

2. Decide Technologies-

When you are finalized to create a decentralized app, list out the required technologies for development.    

• Frameworks
• Database
• Hosting
• Frontend
• Frontend Contracts
• Contract’s programming language
• API’s
• Development server
• Features of dApps

If you create dapp using Ethereum, it’s standard kit for dapp development includes the Truffle suite of software with Ganache(BUILT-IN BLOCK EXPLORER), programming language solidity and Remix IDE.

As for the front-end part, you can use suitable technologies like React.js, Node.js, Swift/Kotlin or React Native for mobile and Web3.js for the web. 

3. Front End Development-

Just like any application, decentralized apps need to have a client-side mobile app or website. Hence it is important to create an attractive UI that helps user to understand complex information quickly. Following approach is the best to achieve a user-friendly app UI/UX for any type of app.

• High-fidelity UI with prototyping
• Low-fidelity UI with wireframing
• User testing
• Shore up the UI/UX based on feedback.

4. App Coding-

To create a robust backend, you should hire app programmers with a strong knowledge of decentralized app architecture and workflow. Programmers should be familiar with building and deploying smart contracts on a network.

5. Testing & Launching –

When a decentralized app is ready to take off from the ground, you want to release it on the network. 

With this, you get the opportunity to analyze the code rigorously and fix bugs and errors before making it public.

How To Optimize Performance Of React App?

Since the inception of React, it has transformed a way to build web applications. By using virtual DOM, React can make UI updates more efficiently. Mostly this makes web apps more irritable. Developers complain that medium sized react web apps perform so poorly and slowly. So here we came with some tips to optimize performance of react apps. Let’s have a look at those tips.

Also know the best react component libraries at- 10 Best React component libraries you should know in 2020

Tips To Optimize Performance Of React Apps-

1. Multiple Chunk Files-

Your app starts with a few components. You start adding new dependencies and features and before you know it, you end up with a big production file. Consider having separate two files by separating your vendor or third-party library code from app code by leveraging CommonChunkPlugin for webpack. You’ll end up with vendor.bundle.js and app.bundle.js. By dividing your files, browser caches less frequently and parallel downloads resources to minimize the load time wait. If you’re using latest version of webpack, consider SplitChunksPlugin.

2. Using Production Mode Flag In Webpack-

If you have used webpack 4 as a module bundler for your app, set the mode option to production. Basically it tells webpack to use the built-in optimization:

   module.exports = {
      mode: 'production'
    };

Alternatively, you can pass it as a CLI argument:

webpack –mode=production

This will limit optimizations, like minification or removing development-only code to libraries. It won’t expose source code, file paths and so on.

3. Function/Stateless Components and React.PureComponent-

In react development, function components and PureComponent provides two different ways of optimizing react apps at component level. Function components prevent constructing instances of class while minimizing the overall bundle size as it minifies better than classes. Conversely, so as to optimize UI updates, you can convert function components to PureComponent class. If component doesn’t use state and other life cycle methods, the initial render time is somehow more complex when compared to function components with faster updates. 

When to use React.PureComponent?

React.PureComponent does a shallow comparison on state change. Meaning that it compares values when looking at primitive data types and compares references for objects. Because of this, you must ensure two criterias fulfil when using React.PureComponent:

• Props/State should not have multi-level nested object. 

Tip- All child component of React.PureComponent should be a Pure or functional component.

• Component State/Props is an immutable object;

4. Use React.Fragments to Avoid Additional HTML Element Wrappers-

React.fragments allows you to group a list of children without adding an extra node.

class Comments extends React.PureComponent{
    render() {
        return (
            <React.Fragment>
                <h1>Comment Title</h1>
                <p>comments</p>
                <p>comment time</p>
            </React.Fragment>
        );
    } 
}

There is alternate and more concise syntax using React.fragments:

class Comments extends React.PureComponent{
    render() {
        return (
            <>
                <h1>Comment Title</h1>
                <p>comments</p>
                <p>comment time</p>
            </>
        );
    } 
}

5. Using Immutable Data Structures-

Read more

Flutter Vs React Native Vs PWA- Which One To Choose?

 

Mobile app development revolution is growing exponentially because of the increased use of mobile devices. To keep up to date with the new requirements of the customers and organizations, the ideal use of frameworks and platforms turns into an absolute necessity. To develop a new mobile app for a new business segment, developers need robust technology that offers time saving and straightforward coding. While thinking about developing apps, you might be confused between Flutter, react native and PWA. So here came with a quick comparison between Flutter vs React native vs PWA on the basis of different parameters. But before proceeding towards comparison, let’s see each one in detail. 

Flutter-

Flutter-

Flutter is Google’s kit used for developing apps in different operating systems like Android, iOS etc. With this framework, developers can easily build 2D applications with support of camera, storage, location and so on. It offers more than this for the developer community and hence it is one of the preferred frameworks for the development of mobile apps. Google, ebay, Square, Alibaba Group, Groupona re some of the popular organization that are using Flutter.

Pros-

• Reload attribute allows checking the code modification’s result immediately. One can develop high-end android mobile apps in low-end machines. 
• It is responsive. If coded appropriately, you won’t need to change as per the updating needs.
• You can make modifications in variables and UI components and things will look perfect.

React Native-

Introduced by Facebook, Reactjs is an open-source javascript programming language. It is the most preferred solution to build apps for multiple platforms. With this, developers can easily build apps for android and ios platforms. Because of the availability of components for both iOS and android, react native is a framework building hierarchy of UI components to create the Javascript code. Shopify, Tableau, facebook, instagram are some of the use cases of React native.

Pros-

• Developers can build react native apps with single codebase for both platforms and this increased its popularity.
• Helps in performance with native components and resources.
• React native apps are compiled into natively written code, so it can work on both operating systems.
• Reduces development cost because of the code reusability
• Improves speed of whole procedure because of the already existing modules in open-source libraries

PWA-

Progressive web apps helps to develop apps in the similar manner as native apps. It includes app development procedures with web stack in the form of HTML, JS and CSS. It helps developers with Valuable attributes to create a unified user experience like native platform. Apps developed with this framework are not at all hardware-centric and budget effective as per your requirements. 

Progressive web app development services allows businesses to achieve goals like increasing user base and provide enhanced user experience with web and mobile apps. PWAs provides users the flexibility of web with knowledge of native app. 

Pros-

• Can immediately launch application without any compromise at all in terms of quality and performance.
• Compatible with device or browser
• Simple and easy to use
• PWA mobile apps replicate communications and navigation comparable to that of native web apps. Apps don’t need approval or launch on app store.
• Automatic update of app built with the PWA platform.

Flutter Vs React Native Vs PWA-

1. Installation-

Flutter-

While downloading Flutter, it is necessary to download the binary for a particular platform from Github. You might have to download the flutter.zip file and add it as a PATH variable so as to install the same for macOS. Basically, flutter app can only work on smartphones. It does not support web browsers, so it can be a lag when launching an app for big business.

React Native-

Node Package Manager is needed to install React native. It is a Javascript programming language and a default package manager for Node.js. For those, who has knowledge of Javascript, it should be easy for them to install react native, else one will need to learn the node package manager so as to install it. The NPM also connects the packages locally or globally. Also, as it is made up of Javascript it has a security gap and takes more time to initialize even when the rendering is on hi-tech gadgets.

PWA-

PWAs do not follow lengthy procedures. You can just download an app that can be directly accessed without visiting the app store or Google Play. Once it’s done, it can be directly used through a desktop icon. And this benefit allows you to boost reliably and quality on devices that contribute high shareability.

2. Ecosystem-

Flutter-

It becomes easy to catch up with the competition because of the core packages offered by Flutter. Using flutter for developing any app is easier because you doesn’t need ios and android developers separately. Flutter’s community support helps you to resolve issues efficiently. 

React Native-

React native supports hot reload features and provides varied packages for native expertise. App development with react native uses third-party libraries as it does not have any UI components of its own. While building an app with responsive UI design and style, it is necessary to induce the right sequence and React Native is the right choice for this. 

PWA-

Progressive web apps have a larger community as far as the web ecosystem is concerned. PWA includes web stacks in the form of HTML, JS and CSS that offers rich attributes and great user experience using native platforms. It helps to easily deploy and maintain any native app for respective app stores. Also it saves time and efforts needed for mobile and web-based applications. 

3. Performance-

Flutter-

Hot reload feature of flutter provides dynamic and faster app development. Also this feature allows developers to easily experiment with new interface or experience of the app. Programmers can modify code in real-time without restarting the mobile app again. Flutter provides 60 frames per second performance on devices of 120Hz updates, so it increases the app performance. Dart programming language improves performance by eliminating the need for Javascript. Flutter uses rendering engines like react native that helps to perform efficiently.

React Native-

Hot reload feature of react native improves the development speed by reloading app whenever code changes. Because of the resources and native components, react native is perfect to push for better performance. It also offers rich graphics and apps for mobile games. By reusing the codes, react native reduces the development cost. React native’s building blocks compile directly to the native components and it gives a consistent look and feel of native app. The code generated by react native to native APIs are connected with components of both operating systems. Modules are interchangeable blocks that help to isolate the functions into some interchangeable blocks that easily upgrade apps and allows the use of same code for web APIs. 

PWA-

PWAs combine all the most new choices to implement and deliver great results that compete for native applications on mobile. Cross-platform and native mobile app development is easy with this framework. One of the most important benefits of developing apps through PWA is that any apps developed this framework can be seamlessly work on devices and browsers. Users can get advantages of a website through an app. Apps has URLs that are indexed in Google which helps in Search Engine Optimization. Progressive web apps can function seamlessly regardless of internet. PWAs use the container technology, once it is fully supported. It can produce containers with high performance and lots of benefits.

4. Development-

Flutter-

It includes a hot reload feature that provides default widgets to create complete app efficiency and smoothly. When developer modifies the code, they can preview the code in machine or hardware for iOS and Android without need to compile the app again. Also it provides simple adjustments to various platforms so as to make your UI look customizable. Most common benefit of flutter is, it offers ready-made custom widgets from initial block to rock bottom level.

React Native-

React native creates a hierarchy of UI elements to create code for Javascript to set elements for android and ios so as to create an in-depth native mobile app.

PWA-

PWA fulfills all your needs that it operates. Also, it doesn’t need separate versions for different devices. Also, one progressive app is able to achieve all your objectives with lower cost than a native web app.

5. Usecases-

Flutter-

Alibaba-

It achieved specialization in e-commerce using Flutter to develop apps for ios and android.

Google Ads-

It is one of the most popular usecase of flutter, that displays product listings, video content, temporary advertisements and develops mobile apps with flutter.

React native-

Instagram-

It is owned by Facebook and uses product infrastructure for navigation, translation and core components that are ported to React native.

Bloomberg-

It revolves around news-related business and market analysis and uses react native that has extremely customized content for users in an efficient manner.

PWA-

Uber-

Uber uses progressive web apps to create most effective desktop experiences and improve app performance.

Spotify-

It offers a platform for audio streaming services. With PWA it allows you to play audio offline through the use of service employees.

Wrap Up-

The above comparison will surely help you to understand the difference between Flutter, React native and PWA and choose the best one among three. If you are thinking to build an app but confused to choose the best one, consult with Solace experts. We are here to help you through consultation and development. You can also hire flutter developer, react native developers and PWA developers of Solace team for an effective apps development. Connect with Solace and get a free quote for app development. We will be happy to help you. 

5 Tips To Improve Ionic Angular App Performance

 

Building a great web app development is critical for retaining happy users. But with continuous influx of bugs to fix and new features to build, it becomes easier. There are some important steps that you can take to improve your angular App’s performance substantially. Few months before, a web.dev conference discussed “How to stay fast and fresh with Angular”. The discussion was about the measures to improve angular app performance and bundle size.  The suggestions from this discussion were applied through the lens of an ionic app, Ionifits. Ionifits is a Zenefits-inspired human resource demo app showcasing various Ionic app platform technologies like Ionic Framework, Ionic Native Enterprise solutions and Capacitor. These are ready to be tested in your web, iOS or android devices. 

Tips To Improve Ionic Angular App Performance-

1. Divide App Into Modules For Native Angular Lazy Loading-

Ionic Angular applications has the lazy loading modules when a user navigates to their route the first time. This way is critical for the application performance for reducing the initial bundle size. Use the accompanying command to create a command for making a lazily loaded module:

$ ng generate module --module app-module --route about about

New ionic apps that were developed using the start command, are pre-arranged with lazy loading and resulting app pages, using the Ionic CLI’s generate command that subsequently designed as mazy loaded modules.

$ ionic generate page about/about

2. Keep Angular up-to-date Regularly With “ng update” –

Dependency updations consistently calls for the high risk of something breaking, which distracts from building more features for your application. Angular team is working great for Angular CLI’s update process, that updates the Angular packages when applying code transformations as needed for you. At first, run the below command to update the CLI and core-

$ ng update @angular/cli @angular/core

Then, if there aren’t any bugs, users can update angular packages. Check the angular update guide, choose the current version of app and the version that it’s being updated to. Overall updating is easy and convenient because there is very less manual work to do. The CLI looks after changes for you. Run the below command to update the Ionic dependencies of app-

# Ionic Angular$ npm update @ionic/angular@latest
# Capacitor$ npm update @capacitor/core@latest @capacitor/ios@latest @capacitor/android@latest

Reference the package. json files in the Ionic starter template apps to ensure whether dependencies will work together. The template apps are updated and support latest compatible versions by Ionic framework and DevRel teams.

3. Configure Size Budgets-

To analyze bundle sizes, you can use the source-map-explorer tool and also configure size budgets.  Reducing the size of application is challenging when in production, so setting budget thresholds ensures the app stays within the size boundaries you define. Set size budget within angular.json’s budgets section.

// angular.json
{
  ...

  "configurations": {
    "production": {
      ...
      budgets: [
        "type": "initial",
        "maximumWarning": "500KB",
        "maximumError": “800KB"
      ]
    }
  }
}

The suggested budgets to set vary, as every app is different. In the above example, if the initial size of app increases more than 100KB, the angular CLI will show a console warning when you build the application. If it gets more than 800KB, it will fail the build.

4. Hot Module Replacement-

When balancing the CLI improvement, the new Hot Module Replacement(HMR) feature will be great for you. The Hot Module Replacement method make changes to your deserver without having to do a full rebuild of your app. Generally this exist in other frameworks and now Angular has been provided a HMR experience also. Despite the fact that HMR works admirably in Angular itself, however, there is space for improvements with how it collaborates with Ionic. The new release will have this concern already fixed. 

Run the below command to use HMR with developing Ionic apps.

ionic serve -- --hmr

The Hot Module Replacement improves the overall experience for developers.

5. Reduce App Bundle Size With source-map-explorer-

Angular apps are changed in various ways before running in a web browser. Javascript files are joined, then minified or occasionally machine-created. To debug an app or audit its bundle size, the source is examined using source maps that map the changed source to the original source. Analysing source maps tells you what’s going on between the code you compose and code sent to the end-user. The tool source-map-explorer visualizes your app’s code distribution. Users need to install it-

$ npm i -g source-map-explorer

Then, users have to open angular.json within the project. Locate the “configurations” node then set the “sourceMap” and “namedChunks” options to “true”-

// angular.json
 "configurations": {
 "sourceMap": true,
 "namedChunks": true,
}

Following the step, users will have to create a production build of their app:

$ ionic build --prod

At long last, you should run the source-map-explorer tool, determining the JavaScript file for analyzing. Files with ionic apps starts with “main” found under the “www” folder. Users will have to run below command for inspecting both modern browsers(es2015) and legacy browsers(es5) bundles:

$ source-map-explorer www/main*.js

This command opens up a perception of app’s code distribution, including the code you’ve composed and the libraries you’re using. You’ve to start by evaluating the structures/libraries you’ve added for unused code. It can sneak in overtime, for instance, when a team member checks in a prototype. In Ionifits you should eliminate @angular/animations (explicitly, app.module.ts referred to NoopAnimationsModule) that eliminates with 53.81 KB (4.8% total) from the application. Post this, you should review your application code that is addressed as the src section. Unnecessary imports is a general issue. In Ionifits one file, i.e the data/employeeData.js is represented over a portion of app size – 571.57 KB or 54.2% of app. File includes thousands of fake “employees”, referred to an employee directory listing page, in large file size.

In the src/app/app.module.ts, the EmployeeService imports data from employeeData.js as a provider.

import { EmployeeService } from './services/employee.service';
providers: [
   {
provide: RouteReuseStrategy, useClass: IonicRouteStrategy },
   EmployeeService
 ]

Package size decreased from 1.03 MB to 481.77 KB after eliminating the unnecessary import and reiterating the source amp explorer analysis. Src folder written on app code also reduces in size in a way that it was displayed in the source-map-explorer visualization.

Final Words-

These are some tips to optimize your Ionic Angular app performance. There can be few others too. If you’re thinking to build ionic angular app, you must know these tips for better app performance. You can also consult with Solace experts for an effective angular app development. Hire angular developers of Solace team for feature rich app development. Connect with Solace experts and get an free quote for app development. We will be happy to help you.

All You Need To Know About Cross-Platform App Development

 

In this fast-paced world, the mobile app market is expanding very rapidly. To make your app visible and popular in such a complex scenario, you should be very particular about the approach being followed for mobile app development. Cross platform development provides a way to develop mobile apps that can run on various platforms, hence it becomes popular among developers’ communities. In the cross platform app development, programming is done only once to support various platforms like Android, ios or windows. If you are thinking of building a mobile app, then you cross platform app development will be best for you. Let us see the details of cross platform app development.

What Is Cross Platform App Development?

Cross Platform App Development

It is a process of building software applications that can run on various platforms, devices and operating systems. Day by day demand for software products and service is increasing hence developing an app can be a complex task. There are some challenges that developers face like- development tools, SDKs, operating systems, various screen sizes etc. to rapidly develop and changing technology.

Cross platform apps can reach a huge target audience with uniform UI and functionalities similar to native experience. Cross platform apps are best for startups and mid-level companies because they are developed rapidly, cost-effective and have comparatively less time-to-market. Also, companies can rapidly deliver products with improvements in quality standards. Cross platform app development can immediately remove the dissimilarities between OS platforms in its UI and UX.

Challenges In Cross Platform App Development-

Over time, cross-platform development become more powerful, adaptable as well as flexible with the help of emerging technologies and advancements. Still there are few challenges while developing a cross platform app. There are limited tools and technologies available for cross-compliance of apps. There are some user experience complaints registered for performance based issues. Talking about the security concerns, If your app manages corporates and users data, you should not opt for cross platform apps. 

Difference Between Native Apps And Cross Platform Apps-

Native apps can work only for a single operating system whereas cross-platform apps can work for multiple operating systems. For a specific operating system, like java for android and objective c for ios, native apps use particular programming languages. Also, native apps are specially made to match the layout and UI. Functions in it use the maximum advantage of mobile platforms. For startups, native apps can prove indeed costly because they can run on a single platform only. And hence indirectly increases the development cost. So startups prefer cross platform apps.

Cross platform apps are cheaper and have more advantages than native apps. For native apps platform SDK enables access to the device’s API without any issues. In cross-platform applications, there is no guaranteed access to all device APIs. Native applications are more consistent with the UI components, while cross-platforms applications have limited consistency with the devices’ UI components. 

Hence, instead of using native apps and developing multiple duplicate versions, startups prefer cross platform apps only. Developers have found a wide range of tools and technologies that can help to create cross-platform apps. 

Benefits Of Cross Platform App Development-

1. Wider Market Reach-

More supported platform means more market reach. And cross platform apps supports multiple platforms hence they can get more reach in the market.

2. Single Code Base-

With cross platform app development, you can use same source code to deploy your app to multiple platforms like android, ios, windows, Mac, Linux and embedded platforms. It reduces the efforts to design, develop, test, update and maintain app.

3. Less Time And Money-

With cross platform app development, apps can be built with a small team, single skillset, with one framework for all platforms. The single codebase is used to build cross platform apps, it saves a lot of time and money. 

4. Prototyping-

As the development process turns out to be quicker on account of cross-platform application development, prototyping becomes simple, faster, and effective. Quick prototyping can ensure that the development process is going faster, and according to the pre-decided flow. This leads to the appropriate development. 

5. Simple Cloud Integration-

One of the best benefit of cross-platform apps is their compatibility with integration of multiple plugins. The plugins for cloud integration are compatible and so scalability and functionality can be increased as a single source code is used to integrate various plugins and cloud functionalities.

6. Easy Maintenance & Deployment-

As there is just a single application that is developed for different platforms, it is easy to maintain it and deploy any changes in the code. Updates can be easily deployed across all the platforms and devices. 

Cross-Platform App Development Frameworks-

1. Flutter-

It is an open-source and free cross platform framework maintained by google which helps to create native interfaces android and ios. Hot reloading feature helps developers to see changes quickly in code. Flutter doesn’t support Apple TV and Android TV. While comparing to native development, flutter lacks in ready to implement functionalities.

You can also know the reasons to choose Flutter for cross platform app development at- Why choose Flutter for cross platform app development?

2. Xamarin-

Xamarin was founded in 2011 and acquired by Microsoft in 2016. It can work seamlessly with the platforms like Android and iOS. Xamarin makes use of a single tech stack for rapid development and shares more than 75% of your code across platforms. It is costly for enterprises but free of cost for startups and individual firms. If your app needs heavy graphics, Xamarin should not be your choice as it uses different method for visually laying screens. Also it offers limited access to some important libraries.

3. Ionic-

It is an open-source cross platform app framework that uses HTML5. This framework enables users to build native like hybrid apps and progressive web apps. Ionic is particularly designed for mobile operating systems. And with numerous UI components robust apps can be made. For ionic development, developers should have more knowledge of AngularJS which can be a hindrance. Designing in-app navigation is complex because it is not easy to use a UI router.

4. Adobe PhoneGap-

Adobe Phonegap is a single cross-platform app development framework that uses HTML5, CSS and Javascript. As compared to the competitors, Adobe phonegap is better because of its features like third-party tools and large number of plugins. But it lacks in performance and UI widgets hence not advisable to build high-performance applications and hardware intensive apps like gaming. 

Wrap Up-

Cross platform app development has rising popularity in the market and it has become an important alternative to native development. These apps are the smartest choice for businesses which require cost-effective app development. The above mentioned frameworks will be helpful for you to develop cross platform apps. But the selection of a framework completely depends on your project requirements. 

If you are thinking of developing a cross platform app for your organization, consult with Solace experts. We are here to help you with consultation and development. You can also hire cross platform developers of Solace team for an effective development. Connect with Solace and get a free quote for an cross platform app development that will help your business rise in the market. We will be happy to help you.