Posts in "Employer"

The Pros and Cons of Using.NET 

.NET is a software framework developed by Microsoft that allows developers to create a wide range of applications, including web, desktop, and mobile apps. The framework includes a large class library and a Common Language Runtime (CLR) that can be used with multiple programming languages, such as C#, F#, and Visual Basic.


Object Oriented:

The Object-Oriented Programming Module (OOP) development approach, which powers.NET, works by segmenting software into smaller, simpler-to-manage pieces. All information is divided up into data fields that employ class declarations to explain how an object behaves.

Translation? The code is not only easier to maintain, but testing is also made simpler, allowing for a quicker reaction to bugs, mistakes, and other problems. Additionally, a significant amount of essential programming is removed, which again results in pleased developers and time and money savings.

Visual Studio:

Visual Studio, a component of.NET that Microsoft created to make creating and testing software more simpler, especially for Android and iOS, is an integrated development environment. Numerous editor extensions address a wide range of topics, including third-party networking, cloud development, and continuous integration.

Cross Platform:

There isn’t much more to say; making the code portable to any operating system is obvious. C# life, baby!

Flexible Deployment:

Given that time is money in our society, any framework with a fully modular architecture and shared dependencies makes deployment as simple as copying a folder. Additionally, to make the transition process even smoother, you may still run several versions of.NET 5,.NET Framework, and.NET Core concurrently on the same machine.

High Performance:

Built on.NET, StackOverFlow is the top online resource for software engineers, professionals, and coders. It handles over 5.3 million daily visitors on just 9 servers. Talk about promoting excellence.

Cost Effective:

Many front-end developers choose Visual Studio since it’s affordable, often updated, and, for the most part, does all you need it to.


Not Object Relational:

OOP is excellent at managing data based on objects, but it’s less effective at handling the logic side of things. The Unity Framework functions as a bridge between .NET and the Structured Query Language (SQL) of the database itself for data-oriented programming.

There doesn’t appear to be a problem at first glance; however, Unity is somewhat rigid and occasionally doesn’t support certain database designs.


.NET is primarily a Microsoft technology, and thus, some developers may prefer to use other frameworks that are more cross-platform.

Limited support for older versions

Microsoft typically only provides support for the latest version of .NET, and older versions may not receive updates or security patches.


.NET applications can be resource-intensive, which can be a problem on older or underpowered systems.

Which Companies Are Using It?

As we have already stated, the fact that a reputable company like StackOverFlow is utilizing.NET 5 says words about its usefulness. Additionally, a number of well-known businesses have joined on board and switched over to the brand-new, comprehensive.NET 5. Just a few examples are GE, UPS, The Academy of Motion Picture Arts and Sciences, Alaska Airlines, Asgard Systems, Allscripts, and HCL.

Future of .Net 

Although.NET 5 has been updated and overhauled, no positions have yet been officially listed requiring.NET 5 competence. In the upcoming year, as more businesses implement the new architecture and framework, this is anticipated to alter.

If you have any previous.NET experience, it would be wise to upgrade your skills and learn about.NET 5, including how it functions, how it differs from earlier versions, and what new features it offers.

Final Thoughts

In conclusion, .NET is a powerful software framework that can be used to build a wide range of applications. It offers a large class library and cross-platform compatibility, as well as language independence. However, it is primarily a Microsoft technology and may not be the best choice for some developers or older systems. It’s important to evaluate the specific needs of your project and weigh the pros and cons before deciding to use . NET.

What to Look for When Hiring a Video Game Developer

One of the fastest-growing sectors in the economy is the gaming business. By Business Wire’s estimations, it is predicted to increase at a CAGR of 13% over the next several years, reaching $152.1 billion. As the gaming industry expands, so does the need for qualified video game specialists. There is a lot of rivalry for game developers, making it difficult for firms to recruit one.

You don’t need an original concept to make a fantastic video game. While it’s a crucial element, the implementation sets this plan apart. Because of this, recruiting game developers is a difficult undertaking for the majority.

Here is a comprehensive guide on recruiting game developers, from the expenses to the process of identifying and enlisting them.

Before Hiring a Game Developer, Consider These Points

You’re working on what type of game? If so, how much are you looking to spend? How do you plan to make money off of your site?

When you’re thinking of making a game, these are some questions you should ask yourself. Pre-production is the best place to begin defining your game’s style and scope. This is the point at which your concept begins to take shape.

  • Identifying the game you want to create is an important first step.
  • A basic shooter or a MOBA featuring an arena for PvP battles
  • Is it going to be a multiplayer game with a lot of graphics? Or is it possible to play a single-player game offline?
  • Is it going to be available on mobile devices, or will it be limited to gaming consoles?
  • Once you know the specifications, it’s easy to figure out what technology your game will be produced in.
  • Pre-production Survey for Video Games
  • Identifying the game you want to create is an important first step.
  • A basic shooter or a MOBA featuring an arena for PvP battles
  • Is it going to be a multiplayer game with a lot of graphics? Or is it possible to play a single-player game offline?
  • Is it going to be available on mobile devices, or will it be limited to gaming consoles?
  • Once you know the specifications, it’s easy to figure out what technology your game will be produced in.
  • Pre-production Survey for Video Games

What to Look for in a Game Developer Before Hiring One

This means that you’ll need to employ experts in one or more game engines to work on them for most game development projects.

Unity and Unreal are two of the most often used engines for video games. To guarantee that the game developer you’re recruiting is an expert who can produce precisely what you want, include major programming languages like C++, JavaScript, C#, Python, DevOps, and Linux. It’s also crucial to have a solid grasp of the visuals used in video games.

XR (Extended Reality) is a phrase that incorporates a wide range of technologies, including virtual reality, augmented reality, and mixed reality.

  • Augmented Reality (AR) (AR)
  • Virtual Reality (VR)
  • Mixed Reality (MR)
  • It’s always beneficial if the game creator is likewise familiar with XR.

 Shopify- What It Is and How It Works

Shopify is a comprehensive e-commerce solution for setting up, running, and expanding a company.

The millions of sellers who have used our platform to do business are the source of our unparalleled knowledge and leadership in the industry. With their support, we can foresee and design the characteristics that will drive commerce in the here and now and help define and shape the industry’s future.

How does Shopify function?

With Shopify, your business’s commerce can be managed from a single interface.

Shopify allows business owners to create and personalize their online store, which they can advertise and sell through various channels, from social media to e-commerce platforms.

Shopify is entirely web-based and hosted, so you can access it from any device that meets the system requirements, and we’ll even take care of the software and server upkeep. Your company may now be accessed and managed from any location with an internet connection.

Commerce companies invest a lot of effort and money daily, integrating the many systems and data they need to manage their items, inventories, payments, and delivery. Shopify organizes these technologies and makes it simple to access and connect any additional business tools you may require to make Shopify work for your company.

Imagine Shopify’s offerings as building blocks from which you may construct the optimal technology stack for your company.

Layer 1: Shopify’s main product

When you subscribe to any Shopify package, this is what you get. Shopify’s basic offering includes design templates for your online store, capabilities to sell in numerous online and physical locations, payment processing integration, the highest converting checkout on the web, and a suite of marketing and search engine optimization features. This is the cornerstone upon which all of our other offerings are constructed.

Further enhancing your shop and customer experience is possible with the Shopify APIs and developer tools.

Layer 2: Shopify’s extra products and services

Independent companies all have their special flavor. And when companies develop, their requirements change too. That’s why we provide robust add-ons for our clientele to use as they expand their operations on our system. These special products and services are made available to Shopify clients. They aim to give small company owners a competitive edge in the marketplace, whether through faster payment processing or access to more funding.

Layer 3: Apps created by reliable partners

Thanks to the thousands of third-party applications and services available in the Shopify App Store, you can tailor your store to your customer’s needs without ever touching the code. You name anything, and there’s probably an app that can help you build it. Whether looking for the most cutting-edge SMS app or the most cutting-edge social media network’s ad capabilities, you’ll find them all on the App Store.

Why choose Shopify?

The whole e-commerce world can rely on Shopify’s help. From the virtual to the physical and back again. We have the most business owners, shoppers, developers, and associates of any organization.

Shopify operates on a worldwide scale. We help company owners establish connections and develop new ways of doing things worldwide. With customers in over 175 countries, we give business owners everywhere the foundation, framework, and resources they need to succeed.

When it comes to self-expression, Shopify is a powerful tool. Because we think the world needs more than fewer distinct perspectives, stories, and experiences, we built our product to be as open, malleable, and expressive as possible.

When it comes to out-of-the-box integration, Shopify is far and away the leader. Shopify not only centralizes companies in the e-commerce space but also provides access to the most comprehensive collection of integrations in the e-commerce ecosystem, all of which were developed using a standardized technological foundation. This level of accessibility and interoperability means that our range of topics, applications, channels, interfaces, and goods and experiences is broad and deep.

Shopify takes on extra work that isn’t essential. We all know it’s hard for solo ventures to get off the ground and grow successfully in today’s economy. That’s why we streamline the process and make the available resources as convenient as possible for business owners.

Shopify was made to accommodate rapid expansion. Whatever your level of technical expertise, the size or complexity of your business, or where you happen to be located, Shopify will always have the tools you need to expand your enterprise.

Create commerce everywhere. – With Shopify, you can turn a concept or plan into a fully functional e-commerce platform that can be accessed from any device, anywhere in the world.

Reach out to each client. – As a result of using Shopify, business owners can create and own connections with customers and buyers.

Growth and expansion accelerators for businesses -With Shopify, businesses can speed up their path to prosperity.

Launch your online store with Shopify now.

Shopify is a complete e-commerce solution, not simply some software or a single item. It’s more than that, too; it’s a thriving ecosystem that benefits company owners by uniting builders, industry experts, and consumers to enhance the shopping experience.

Shopify does this so that anyone wanting to be their boss can start their own business with little to no start-up costs. Shopify is adaptable to every kind of business, whether you’re a tiny upstart just getting started or a storied company with a global consumer base.






Everything You Need to Know About Golang Web Development

New languages, frameworks, and libraries are created annually to enhance programming efficiency and techniques in the ever-changing field of web development. Google’s Golang is one such language that enhances preceding languages such as Python, C, and others. Because of this, many cutting-edge programs now prefer Golang web development.

Check out this article if you’re considering hiring a GO programmer for your next Golang web development project to learn about the language’s advantages and disadvantages, the finest Golang Frameworks, and more.

What Kind of Go Web Applications Can You Build With Go?

Golang may be used to develop many different kinds of web apps. However, these are some of the problems that Golang is perfect for.

Cloud services

Go’s scalability, parallelism, and ability to create idiomatic APIs make it an excellent choice for developing cloud service applications. Because of these benefits, Google has chosen Go as the principal language for its cloud computing services. Docker, Dropbox, and Terraform are some of the other well-known cloud services that use Go.

On-demand services

Go is also great for apps that get a large number of requests at the same time. Fast processing and handling enormous volumes of data are essential for platforms like Twitch and Uber, which receive several requests every second.

Social media

Golang’s scalability and concurrency make it perfect for social media apps that cope with a high traffic volume every second. Websites like YouTube, SoundCloud, and Netflix are just a few social media sites that count Go among their primary programming languages.

Features of Golang Web Development

One of the uses of Go is the development of web apps. While its primary function is in server-side scripting, it is also used by some programmers to create frameworks for front-end web applications.

The following are some of the language’s properties that make it well-suited for web development:

  1. Simplicity

Among the numerous reasons for Go’s popularity among programmers is the language’s ease of use. In contrast to other languages for backend development, Go places a premium on clarity and simplicity above feature-richness. Only features that will make this language easier to use and improve readability and maintainability have been introduced.

  1. Concurrency

Concurrency allows web applications to use a multiprocessor architecture and process requests from several users all at once. Because of their inherent concurrency features, Go-based applications are simpler to expand.

  1. An extensive standard library

A library of pre-written code makes developing programs much easier and faster. The Golang library is not as large as those of Python or Java, but it contains most of the key packages developers require to construct effective web applications. It is impressive to have accumulated such a large library in its short 12 years of existence.

  1. System programming and cloud computing

This capability allows Go developers to utilize this language to construct cloud-based apps. Go is a great choice for system-level programming since it shares many features with languages like C.

  1. Rates of Compilation

That’s why many programmers have switched to this language; it offers this advantage. Go compiles code quicker than several popular programming languages, including Java and PHP. This language and its compiler were created with compilation speed in mind.

Golang’s Pros and Cons for Web Development

Now that we’ve seen Golang’s web development tools, let’s talk about the advantages and disadvantages of adopting this language for web development:


Outstanding performance

Go is incredibly efficient and can outperform Python and Java on comparable hardware. As with C and C++, Go’s statically typed nature contributes to the language’s impressive speed.

Simple to learn

The simplicity of this programming language makes it exceedingly straightforward to learn, regardless of prior web development expertise. A programmer who has worked with Java or C will find its syntax even more familiar. The language also has a sizable user base so that programmers may find help on Go-specific message boards more easily.

So, if one encounters difficulties along the route, one may readily discover solutions on sites such as Reddit, Stackoverflow, Quora, YouTube, and many more. The documentation for Golang is equally clear and concise. So it’s critical if you get stranded along the route.


Go allows for the parallel execution of several, independently executing parts of a program through goroutines and channels. This allows computers to do jobs significantly faster and spend less time idle. This characteristic also makes Go the ideal language for creating scalable programs with an exponentially growing user base.

There is no need for a framework.

Several Go frameworks are available, but you don’t have to use one to create a web app. Unlike most programming languages, go’s great standard library allows for creating programs without needing a framework. Go’s standard library will get you started if you’re not a fan of frameworks.

A clever standard library

With this language, developers don’t need to rely on other libraries to do the job. This prevents problems caused by third-party libraries, where function names may clash.

Google’s industry authority

Go is sponsored by Google, which only ensures that Go will continue to get Google’s support, which is crucial to the project’s development.

There are certain downsides to Go that need to be discussed, even though it offers several advantages over other programming languages for web development.


It might be overly simple at times.

Golang’s strength is its simplicity, yet it might be drawbacks to focusing too much on the basics. This language’s simplicity comes at the price of its limited adaptability, which languages like Swift or Haskell offer. The learning curve for these languages is higher, but they provide a wealth of capabilities that help programmers quickly complete complex tasks.

It is still a developing language.

One downside of having a new language is the comparatively minimal community support compared to languages established for over two or three decades. The amount of available packages in a language’s libraries is another way its novelty may be felt. Go may have a sophisticated standard library, but it is nothing near what Java and Python provide.

It lacks a GUI library.

Go’s lack of a graphical user interface library is a major drawback. This means you can’t just build your app in a language that supports the feature you need; instead, you’ll need to attach a library to your app, just as you would with languages like Java or Python.


Go has grown in popularity because of its several advantages over Python, Java, and PHP. Over 1.1 million developers go for such language over others because of its accessibility, scalability, maintainability, and concurrency features.






Web Development Comparison Guide: NodeJS vs. PHP

The back-end development of a website can be done using either PHP or Node.js. Likewise, there’s a debate in the development community over which of these is better.

An overview of Node.js and PHP

PHP stands for Hypertext Preprocessor, while Node.js unifies the development of web applications using only JavaScript. According to a recent survey, 78.9% of all websites use PHP. When it comes to backend development, both operate differently.

A complete comparison of backend development

  • Performance

The performance metric measures how quickly code executes and impacts key performance indicators such as seamlessness and load time. Compared to PHP, Node.js has several performance advantages that extend beyond developer skills. Hack, for example, was created by Facebook to speed up existing PHP code; Hack was designed for compatibility with PHP.

Each PHP request is directed to the PHP interpreter, which runs on a web server and processes the code. It is a lightweight framework that manages various aspects of your application despite being server-side.

PHP is an interpreted language, while Node.js is a compiled language. The CPU can execute compiled code seamlessly since it is specified in the CPU’s native language. To translate interpreter code into CPU instructions, an interpreter must convert it from its original format.

As opposed to most web servers, which run multiple threads, Node.js runs on a single thread. PHP was designed primarily for web development, unlike Python or Java. Consequently, it reduces the need for JS code on your front end by handling servers, HTML, and databases.

  • Development

Node.js enables you to build integral backend models, but you’ll still need a reverse proxy like Nginx or Apache, an HTTP framework like Express.js, and a database like MySQL. PHP offers easier usability, which makes it an attractive choice for most web developers. It’s critical to remember, however, that PHP projects are slower than those built with Node.js.

Although Node.js’s package management system (NPM) is a plus, its attributes are quite similar to those of PHP.

  • Databases

PHP gives you access to a broader variety of database management systems. A NoSQL database such as CouchDB and a MongoDBGraph database system such as Neo4jPlus are perfectly compatible with Node.js. Since these databases are relatively recently developed, they are more resistant to injection attacks. Web developers can choose whichever database is right for their project, considering all necessary factors rather than being restricted to a specific one.

  • Hosting

A hosting metric identifies how compatible technology is with various hosting services. There are a variety of alternatives available for Node.js to enhance its competitiveness. On the other hand, PHP powers nearly 80% of the web directly and indirectly. Node.js offers the same level of compatibility with hosting service providers that PHP does. The choice is yours if you aren’t too concerned with security. With either, your project won’t be negatively affected by any major difference.

  • Practical application

Dynamic, data-intensive one-page apps can be built using both Node.js and PHP. PHP can be seamlessly integrated with centralized servers, databases, and HTML since it is designed as a backend-focused language. There are many notable PHP projects, such as MailChimp, Wikipedia, Yahoo, Tumblr, and Flickr

Which one to choose?

There is no clear winner between Node.js and PHP. In the end, you need to choose the one that fits your project best. You simply need to write down your product specifications and compare how each will work with your product. In addition, you need to consider the developers you are working with.

Best Programming Languages for Creating Virtual Reality Apps

Virtual reality (VR) is gradually becoming a technology utilized in various media and experiences. Until recently, its primary use was in medical and scientific institutions, including labs and patient recovery centers, and in large-scale theme parks, where it served as an attraction. Now that virtual reality headsets have advanced, the sector is progressively expanding into regular households. As the need for VR development grows, new technologies and frameworks have emerged (and continue to do so!). As more and more businesses want to take advantage of virtual reality, skilled programmers have become an essential resource.

But which programming language is best suited for virtual reality development? Let’s have a look at the most popular virtual reality programming languages.


  1. C#

Thanks to Unity, C# has become one of the most popular languages for creating virtual reality applications. Since its inception as a gaming engine, Unity has been expanding into other areas of media development. It provides a unified environment for creating a wide variety of VR applications.

Aside from that, Unity provides several tutorials and examples on how to code a VR experience. If there’s anything else you want to know about Unity that isn’t included in the official documentation, you may easily find the answer in the vast Unity community.

C# does not exist in the VR realm just because of Unity. For instance, StereoKit is a C# library for developing VR apps, which can be integrated into your current project. When combined with the sophisticated APIs provided by.NET, it is considerably easier to construct VR experiences.

C# is a fantastic choice for a language with strong libraries and frameworks for VR development.


  1. C++

The programming community at large agrees that C++ is a very fast and effective language. It has been used for years to create visually stunning and technically complex 3D applications like video games.

The Unreal Engine is a C++ toolkit for developing interactive 3D games. It provides resources for making virtual reality content, much like Unity.

Knowing C++ is required if you want to create native experiences for certain VR headsets. Occulus Rift’s PC SDK, for example, is developed in C++.


  1. Java

There is a vibrant community of virtual reality (VR) developers working in Java because the Android platform uses Java as the language for its native applications. Android, along with other mobile platforms, is now one of the most popular targets for VR solutions, all thanks to the widespread adoption of Smartphones and their subsequent application in low-cost solutions for VR headsets.

Android’s native apps are built in Java, so it’s no surprise that Google Cardboard and ViroCore are also developed in Java.

Knowing how to write in Java is required if you want to create native VR experiences for Android.


  1. JavaScript

Languages associated with web development witnessed a rise in use alongside the rise of the internet as a content delivery platform.

Almost all websites and mobile applications on the internet use JavaScript. Virtual reality (VR) applications are now a subset of these online experiences, and various frameworks have emerged to aid developers working on the platform. And the majority of them are written in JavaScript.

Developers may create virtual reality (VR) applications with the help of Three.js, a JavaScript 3D Library. A-Frame, built on Three.js’s Entity Component System architecture, was created with VR solutions in mind a few years later.

Other VR libraries for JavaScript include Babylon.js, a web rendering engine with tools for creating VR applications, and ViroReact, a React Native library that allows developers to prototype and construct Virtual Reality experiences using this framework easily.

If you want to create VR web apps, JavaScript will help you make your vision a reality.


  1. Python

Python is not typically considered a language to learn when getting into VR. However, it is used by several frameworks and packages.

Vizard is the most prominent and illustrative example available. It’s a software framework written in Python for making Virtual Reality (VR) programs. NASA, among other research institutions and colleges, uses it.

In addition, various virtual reality (VR) applications use Python as a scripting language, including Autodesk’s VRED (a 3D solution for automobile prototyping that lets designers utilize and test their designs in VR).

Python VR has a smaller community than the others on this list, but it has its uses.



Whether a novice or an experienced developer, C# or C++ will be your best bet for creating VR apps, they are the most often utilized in a range of VR experiences and, as a result, have the greatest communities to whom you may turn for assistance in fixing specific difficulties you may encounter.

All the other languages discussed here are also viable options, albeit their potential user base will be smaller. Despite their shortcomings, one of the most significant benefits of using multi-platform frameworks such as Unity or Unreal Engine is that porting your software to several platforms is simple.





F#: An Enterprise Development Language

What is Enterprise language?

An enterprise language is a high-level programming language that is designed for large-scale enterprise software development projects.

Enterprise languages are typically based on object-oriented principles. Their features are well-suited for enterprise development, such as support for advanced data structures, rich libraries, and powerful debugging tools.

Some popular enterprise languages include Java, C#, and Python. While enterprise languages are often more complex than traditional programming languages, they can significantly benefit productivity and code quality. As a result, enterprise languages are often the preferred choice for Enterprise software development.

What to consider when choosing an enterprise language?

  • When choosing an enterprise language, it is essential to consider factors such as scalability, interoperability, and support.
  • An enterprise language must be able to handle the demands of a large-scale operation while also being compatible with various systems.
  • Additionally, enterprise languages must be well supported to ensure that developers have access to the latest features and bug fixes. While there are many enterprise languages to choose from, not all of them will provide the same level of functionality or support. Consequently, it is important to evaluate the needs of an organization before selecting an enterprise language.

F# as Enterprise Development Language:

When it comes to enterprise development, there are a lot of languages to choose from. But which one is the best? This blog post will look at the features of the F# programming language and see how it is better than other popular options.

F# is a concise, type-safe, functional-first programming language that runs on .NET. It has been used in production by companies such as Microsoft, Amazon, and eBay for over seven years now. However, it is still relatively unknown compared to some of the other languages, and its popularity is on the rise.


So, what makes F# so unique? Let’s take a look at some of its key features.


F#’s type system is flexible yet powerful, allowing static and dynamic typing. It can give you a better picture of both worlds – the safety of static types when you need them and the flexibility of active types when you don’t.


F# comes with built-in concurrency support. This means that you can easily write code that takes advantage of multiple cores without worrying about low-level details such as thread management.

F# is also very well suited for parallel computing. This is due to its efficient use of immutable data structures; they can be accessed concurrently by multiple threads without needing locks or other synchronization mechanisms.

In Conclusion

So, is F# the best enterprise language? There is not a definitive answer; it has a lot going for it. If you’re looking for a concise, type-safe language that supports functional programming, then F# should be on your shortlist.

Is Vue Technology Worth a Try?

Although it’s relatively new, Vue.js competes with older frameworks like React and Angular. Despite its youth, Vue has already won the hearts of developers and business owners. There is a lot of potential benefit from this technology. If you look at React and Vue side by side, you can see that Vue is holding its own against its authoritative competition and is a highly promising technology.

However, these benefits are meaningless because they can only be shown in theory. Let’s have a look at the real-world applications of Vue.js development. Here are seven well-known apps that have been built with Vue.


Adobe Portfolio

Adobe Portfolio is a portfolio management application for designers like Behance or Dribble. The firm opted to switch Portfolio’s front end to Vue to improve the user experience and increase speed. The project was successful, the codebase was successfully moved, and Adobe Portfolio is currently the most often referenced Vue example project.



Behance, another Adobe-owned portal, also employs Vue. It competes head-on with Adobe Portfolio, the market leader in portfolio building and publication software for designers. The platform was originally built using in-house bespoke programming techniques. However, Vue.js was eventually adopted by management. As an open-source project, Vue has the backing of a sizable group of programmers who contribute to and improve upon it. Compared to open source technology, custom solutions nearly always fall short in terms of efficiency and speed of development.



In order to assist its users in becoming more effective writers, Grammarly employs artificial intelligence (AI) and natural language processing (NLP) to check for grammatical errors in user submissions. Elegant, user-friendly, responsive, and convenient best describe Grammarly’s UI. Vue apps are enterprise-ready, thanks to Grammarly’s success.



Comparing hotel pricing, Trivago is a third-party alternative to and It’s a German firm that’s been around for 15 years and is now valued at over $950 million. Angular, React, Melody, and Vue are just some of the JavaScript frameworks used to construct the front end of this platform. So, Vue isn’t the only thing they use, but it is a big deal in terms of getting where they need to go professionally and technologically.


Another example of Vue’s success is the delivery service Glovo, which has gained widespread popularity in the wake of recent pandemics. Glovo couriers would bring groceries, medication, and other supplies to customers’ doorsteps after they made an online purchase. You probably have figured that Vue.js was used for Glovo’s website’s front end. The organization prefers Vue since Vue developers are frequently sought after strongly.



As a budget airline headquartered in Budapest, Hungary, WizzAir serves roughly 150 locations in 50 countries. It is a major rival to Ryanair, among the most popular in Europe. Vue was used to create their official website. However, there is a lack of transparency on the part of the corporation regarding the reasoning for and process of using this technology.



The open-source software development and DevOps lifecycle management platform GitLab is a major rival to GitHub. This Vue application has a Git repository manager, an issue tracker, and a CI/CD pipeline. Two Ukrainian engineers used Rails and jQuery to create this solution. However, these technologies proved difficult to scale, eventually leading to the company’s transition to the Vue app. Vue was chosen because of the benefits it provided the business in terms of saving time and money while developing the app’s sophisticated features and increasing the app’s popularity and income.


To summarize

There’s little doubt that Vue is undervalued and underutilized. If more businesses give this technology a go for their Vue apps, everyone will win. Vue’s day in the spotlight hasn’t yet arrived, but it probably will. In the near future, this efficient and light JavaScript framework will be essential in the current corporate world.




Healthcare Apps: Top 5 Programming Languages

By 2030, it is estimated that the global Health market will reach USD 56 billion. The majority of users prefer to be able to consult with a physician remotely. Doctors, for example, will be able to monitor a patient’s physical conditions and adjust treatment if necessary based on wearable data sent by the patient.

Therefore, software development firms strive to offer their services to health care providers and win over consumers.

What are the best programming languages for healthcare applications?

Medical apps cannot be created in a universal language. Consider the type of product (mobile or desktop), its features, design, platform (iOS, Android, Windows, etc.), and budget before making your choice. To be cross-platform (i.e. it can be used on both a smartphone and a PC), your app needs to be native.

A type of application

Machine learning algorithms and artificial intelligence are being used to develop many medical products today. By analyzing patient data, they can predict diseases more accurately. Applications for these systems are usually written in languages such as R, Python, Java, C++, and Go. You should use Java or Kotlin for iOS and Objective-C or Swift for Android if working with mobile solutions.

Supportive community and tutorials

For a healthcare application, it makes sense to use a popular programming language, so that you can find documentation and guides. The development process can be greatly simplified and accelerated by using open-source libraries and frameworks. When a language becomes more popular, there will be more developers on the market, and you will pay less for their services than specific specialists.


Privacy regulations need to be followed when it comes to healthcare apps. You must ensure that your solution is secure since it will have personal information. Python, JavaScript, C++, and PHP are languages that are known for their security. As part of HIPAA, companies can share customer information securely and safely.

Creating medical digital solutions using the top programming languages


Guido Van Rossum created Python as a high-level programming language in 1991. It can be used to make a wide variety of products, including web applications, games, desktop programs, databases, and more. Artificial intelligence and machine learning are among the most popular uses of this language. Among developers who design solutions for the processing of large amounts of data, it is the language most commonly used.


Sun Microsystems developed Java in 1995, an object-oriented programming language. The Java Virtual Machine executes Java software solutions by converting them into byte code. Due to Java’s popularity and helpful documentation, the language has a large community of support. For example, Austrian e-Health uses Java as its programming language.


Apple developed Swift to write apps for iOS, macOS, watchOS, and tvOS. The performance of Python 2.7 is almost 8.4 times better than that of Objective-C. Swift is designed so that it can identify errors during development and make corrections accordingly.


Researchers at the University of Auckland developed the R programming language in 1993. Among its features are data collection and data cleansing, the creation of tables, statistical tests, and reports, as well as the ability to process tables. According to the TIOBE rankings, it ranked 18th in 2016 and moved up 10 places to rank 8th in 2021.


JetBrains created Kotlin in 2016 as a statically typed programming language. Besides building mobile apps for Android and iOS, web-based apps, desktop applications, and software to process big data, this technology is used to build cross-platform mobile apps. As a Java developer, you can switch to Kotlin or both languages easily.

Final words

The development of healthcare apps is therefore a promising business today. You need to prepare well if you hope to bring your product to this market and climb to success. This preparation includes choosing a programming language that matches your solution.


Which Technology Is Best For Your Next App? Ionic vs Flutter

In order to create a cross-platform app in 2021, it is important to become familiar with the various technologies. Choosing the appropriate equipment for the job may save time and money and produce better outcomes, as we are personally aware. In this post, we’ll contrast two popular cross-platform frameworks, Flutter VS Ionic, looking at their functionality, components, and other features so you can pick the best platform for your upcoming app.

Ionic vs Flutter: A comparison

Drifty Co. originally made available the Ionic framework in 2013. It makes use of widely used web technologies, including HTML, CSS, and JavaScript. Ionic is an open-source user interface toolkit that offers simple interaction with various free and open-source frameworks and libraries, including Apache Cordova and others. Ionic is regarded as simple to understand, and over time, the developer community has given it a lot of support. Ionic has been used to create apps for some well-known companies, including Sworkit, Diesel, MarketWatch, and others.

Flutter, a more recent technology than Ionic, was developed in 2017 by Google and is currently under Google’s management with the help of the ECMA standard. The fundamental function of Flutter is to act as a UI toolkit for creating attractive and quickly functioning cross-platform apps. It uses Java for Android, Swift and Objective C for iOS connectivity, and the Dart programming language to execute. Flutter is a relatively recent technology; thus, it doesn’t have as large of a support network as other cross-platform apps. However, as more developers start to recognize Flutter’s advantages, this is changing quickly.

Usability of the code

The confined environment in which Flutter “lived” has its own rules. Ionic was created utilizing open web standards and web technologies.

A single set of code written in Ionic and Flutter functions just as well on mobile devices as it does on desktop computers since both frameworks are cross-platform technologies. Still, Flutter has certain restrictions when it comes to online deployment; therefore Ionic could be a better option if your main objective is to create PWAs (Progressive Web Apps). On the other side, because they don’t allow code uglification, previous versions of Ionic have security problems. However, Flutter is thought to make the process of sharing code between platforms faster and easier, making it a superior option for creating MVPs.


Flutter includes Hot Reload, a feature that refreshes the app immediately after you make a code change. This widens the scope for experimentation and expedites the process of upgrading the app and correcting errors.

A functionality like Hot Reload is not available in the Ionic framework. Any modification necessitates a complete app refresh, which might impede the development process.


Performance and user experience

The native UI components of the platform the app is operating on are not used by Ionic or Flutter. Users won’t be able to see the difference because both of these frameworks automatically change their UI components to reflect the visual aesthetics of the Android and iOS platforms.

However, Flutter triumphs with a higher FPS and fewer missed frames when it comes to complex animation and stunning aesthetics. Flutter has its own rendering engine and does not require a “communication bridge” between its modules because native components are already available by default.

The learning curve

Ionic’s foundation in web technologies makes it simple for programmers who are already familiar with JavaScript and CSS to begin developing apps on the platform. Additionally, studying Ionic is equivalent to learning how to create web apps in general, which can be useful anyhow if you’re new to coding.

The Dart language, which is only used in the Flutter framework, must first be learned, which takes some commitment. Learning Dart shouldn’t be a difficult effort, though, if a developer is already familiar with JavaScript or works with Ionic or React Native. It also gives them access to the Flutter framework’s capabilities.

Choosing what to use for your project

Select Ionic if:

– Your main objective is a PWA (web-delivered app);

– You don’t have time to study a new language because you already know JavaScript.

Select Flutter if

– You require a high-performing mobile and desktop app;

– Your app will have images and/or animation.

It’s also crucial to note that both frameworks’ performance depends heavily on the quality of the code. So, pick your developer carefully.

In conclusion

The ionic framework supports popular web technologies. Its apps run well on computers, mobile devices, and the web. A more recent technology called Flutter operates in a closed ecosystem with its own development language. Although at first, it can appear to be a restriction, it really offers better performance and other advantages.