Posts in "Developer"

Why Big Tech is Turning to Rust

The choice of programming language can make or break a project. If the developer fails to choose the right language, unforeseen obstacles might result in failure. Choosing the wrong programming language continues to cost developers and companies time and money.

Rust is a programming language that is often underrated and under-utilized because of its young age. On the contrary, Rust has a number of beneficial applications that many large tech companies are taking advantage of.

Read on to see why Rust is a language worth learning

What is Rust?

Initially established by a Mozzila developer, Rust can be described as a multi-paradigm, general-purpose programming language. With a similar syntax structure to C++, some developers struggle to adapt to the learning curve of Rust without a strong coding background in C or C++. Critics of Rust also point out the low number of open-source projects initiated by the company.

Regardless, Rust is lauded as providing superior memory protection and high performance to developers. It is becoming widely used in the IT sector and has seen a surge in popularity.

How can Rust boost your project?

Rust’s benefits

Rust is capable of executing both high-level and low-level tasks. This flexibility makes Rust perfect for multi-level programming and allows developers to perform hardware tasks easily.

Data Integrity

Arguably Rust’s strongest priority is data protection. If memory integrity threatens the success of the project, using Rust will minimize the risk. Users will be able to operate in safe mode, where memory is protected and software is unaffected by bugs or vulnerabilities during development.


Rust is a high-performance language that doesn’t sacrifice speed for data integrity. It has no runtime and no automatic memory space optimization. If necessary, it can access memory directly, greatly increasing program performance.

Developers can operate in unsafe mode if they find that safe mode is too inflexible. In unsafe mode, a developer’s code has the potential to cause bugs and even hardware failure, so it should be used with caution.


Concurrent errors are problems that arise at the same time between programs. Rust solves many of these concurrent errors as they are identified during compiling, making programs easier to develop. Rust also eliminates data races, which are elusive and damaging concurrency errors. Rust’s ownership feature only permits a single mutable reference to a data file at any one time. Thus, programs compiled with Rust don’t race each other for data.

Rust is cross-platform

Windows, Linux, and macOS all provide Rust support, greatly increasing the interoperability of developers throughout the tech sector.

For information on the Rust language’s multiplatform support, read their published information at

Companies using Rust

The following examples underscore the highly-varied application of the Rust programming language in professional development environments

  • Mozilla

The company whose employee created Rust has used it to develop software, including the CSS engine used in the Mozilla Firefox browser.

  •  Android

A mobile operating system purposed towards touchscreen and mobile devices, Android is working to bring Rust functionality to its open-source project.

  •  AWS (Amazon Web Services)

Amazon uses AWS to provide cloud and API support to its customers. The company has used rust to develop APIs that provide simple storage, cloud computing, and much more.

  • Iqlusion

Iqlusion uses Rust to build software that provides the technical infrastructure to cryptocurrency systems and crypto-key security.

Should you use Rust?

Choose Rust if you prioritize control, performance, and memory integrity. Rust is frequently used for:

  • Embedded systems, OS, and microcontrollers: Many systems restrict the execution of languages from altering firmware of hardware-designated values. Rust has total control over hardware and memory, eliminating level restrictions on low-level applications.
  • Kernel driver development: Linux uses Rust as its second-official programming language due to its superior memory integrity features.
  •  Replacement software parts: A foreign-function interface allows Rust to act as a secondary development environment for applications written using C without rewriting the program.

Although underrated, Rust has the potential to benefit you and your projects by providing you a fast, protected, and multi-leveled development environment. Rust has evolved solutions to the traditional concerns affecting C and C++. The increasing adoption of Rust by large IT companies can be considered an indication of its merits and should motivate any potential developer to learn the language in preparation.


Best Performance Practices for Flutter

Modern mobile apps must perform well to be successful. Having an app’s fragments skip and freeze makes users feel unwelcome and degrades its usability. A stuttering game is a completely unusable app, just like a slow e-commerce app. Discover how to improve your Flutter application’s performance with our article.

Other platforms like Flutter

This cross-platform framework uses the Dart programming language. Google’s Flutter is one of the most powerful solutions on the market. How does it compare to other mobile app technologies in terms of performance?

React Native

Flutter and React Native provide smooth scrolling at 60 frames per second. On the other hand, React Native consumes more battery power and memory, and the framework is less performant.

Flutter interacts with native components directly without requiring a ‘communication bridge’, and it includes a powerful rendering engine called Skia. This technology is fairly slow and can cause a bit of a performance hit.


For opening web pages in apps, Ionic utilizes Web View, a system component. To develop the user interface, we use typical web technologies, like HTML and CSS. We just use the mobile app to create a browser, and it displays our UI. So Ionic apps are very different from those powered by Flutter or React Native. One of the biggest issues is low performance.


Flutter and Xamarin are two of the most popular frameworks for creating iOS and Android apps. It is important to find out which type of Xamarin framework is used – whether it shares code between platforms, or if it contains platform-specific code that applies only to each platform.

Measuring the performance of Flutter

Profile mode performance is measured with a real device (preferably a low-end one). Since Flutter provides a wide range of options for testing and measuring performance, performance testing can be done in several ways. Listed here are a few popular methods.

  • Performance widget (The Flutter Inspector, The command line)
  • Performance view (Flutter frames chart, Timeline events chart, CPU profiler)
  • Benchmark tests via integration testing

What you can do to improve Flutter performance

  • Don’t use expensive building methods, since they consume too much CPU power.
  • Utilize const Constructor to keep widgets in a constant state and avoid excessive widget rebuilding.
  • Opacity should only be used when necessary. If there is animation, the Opacity Widget will recompile every frame, which may cause Flutter performance issues.
  • When possible, avoid calling saveLayer since it is hardware-intensive.
  • 16 milliseconds to build and render. Users won’t notice any significant difference in visual rendering if frames are rendered faster than 16ms, but it may improve battery life and reduce device heating.
  • Use The SizedBox widget. It is more efficient than the Container widget for defining a box or whitespace of specific dimensions.
  • Create child subtrees with AnimatedBuilder
  • Rather than ListView or Column, use the ListView.builder constructor if a list is not all present on a screen at once. A list’s elements are only saved in memory when they are displayed. It optimizes memory and increases performance.
  • In the case of a very large building method with hundreds of nesting levels, you may want to separate it into several methods. Even if some of the child widgets are completely static, this will force Flutter to rebuild them all every time the parent widget rebuilds. Split complicated widgets into smaller StalessWidgets to reduce CPU usage.


With Flutter, developers can build apps that offer native performance, even if they use visual effects heavily. We were surprised at how well Flutter handled animations and provided powerful playback controls. It is still highly recommended to follow best performance practices to avoid stuttering and errors in the application.


Creating an MVP in the World of Mobile Development

Minimum Viable Product

How can you get the most bang for your buck when you invest in an idea? By developing a product that is at the bare least marketable. The MVP is a product that has just enough functionality for the initial consumers to use.

Your first prototype should be simple, with just a few features, so you can quickly get feedback on your concept. Why? Because it’s the fastest way to find out whether your app will be useful to your target audience and if it’s worth your time and money to continue developing it! If your premise about market demands is correct, then the MVP is like an experiment in the scientific process.

Designing and developing an app can be both times- and money-consuming, not to mention dangerous. You don’t want to waste your time and efforts on something that may not benefit your company.

The “need to have” features for your customers to install to achieve your project’s objectives may be determined by consulting your project stakeholders and defining the features they need. The costs and hazards associated with a project may be reduced significantly if an MVP’s scope is clearly defined as early as feasible.

So easy — instead of spending everything on something your clients may not initially desire, start small with an MVP and receive validation. Make it easy for your customers to express their needs and desires.

What is the best technology to utilize while developing an app?

Of course, when it comes to the Elixir programming language and Phoenix, we have to say: ELIXIR! It’s not as easy as that, is it? Everything hinges on the concept you’ve come up with and the development process you’ve chosen.

If you anticipate rapid expansion of your application and the associated processing of ever-increasing amounts of data, then Elixir is a logical choice. For an application with numerous users, sure, it’s possible. In order to grow your platform and include new tools and technologies, you should consider Elixir!

Your initial prototype, or MVP, will demonstrate the value of your idea and give you an idea of what further features your application will require. A thorough review of your MVP may define your future product and the resources you’ll need to produce it. Is it a good idea to start with a single technology for an MVP, then switch to a different one as your program grows? Of course not!

When developing an MVP software, many firms fail to consider expansion… Their primary objective is to swiftly and inexpensively produce a working prototype of their technology. However, if you want to save time and money in the long run, you may want to avoid rewriting your program in the future. There is usually no time to rework the product after the fact (and lack of money). A continuum is a good analogy for your early-stage project. Keep an eye out for procedures that may be necessary for the future. It will allow you to provide long-term company benefits.

There is always a lot of pressure to get things done quickly since other people work on comparable products at the MVP stage. The MVP’s cost is also a consideration. MVP places less emphasis on quality. On the other hand, Elixir is a great option if you’re looking for a fast, low-cost solution that doesn’t compromise on quality.

Elixir’s key benefit is that it’s fast and straightforward to create an MVP or a whole project. Let’s get into further depth and specificity about this idea.

Is Elixir a better choice than Ruby in terms of performance?

When it comes to developing an MVP application, Ruby has been the most popular choice. Ruby is one of the most widely used productivity languages; it’s no surprise. There is a direct correlation between the number of lines of code required to construct software and its productivity. Ruby, on the other hand, is just like that.

We in the Ruby community even have a saying: “There is a gem (lib) for that!”. If we wish to perform anything, there is usually an existing library that we can readily integrate into our code. Ruby is a highly productive language because of its simple syntax and many libraries. This implies that you may create an MVP project using Ruby for a reasonable price.

There’s no need to compare Ruby to Elixir when it seems like Ruby is the right option for MVP projects. Basically, scalability is the key. If your app is a success, you won’t need an MVP anymore; instead, you’ll have a fully working, scalable app. This is where Ruby falls short, and Elixir shines.

The general-purpose programming language Elixir was developed. It excels in a wide range of tasks. Elixir’s major benefits are its performance, efficiency, and scalability, particularly for web apps and IoT development projects. In addition, it is just as prolific as Ruby, making it a perfect choice for both MVP and scalability.

Despite its young age, the community around Elixir has been quite active in moving the technology forward. As a result, its standing compared to Ruby is becoming more comparable. In comparison to Ruby, Elixir is already well on its road to achieving a comparable level of functionality.

Additionally, José Valim, the guy that developed Elixir, is a major contributor to the projects Ecto, Phoenix, and a slew of other Elixir-related projects. He’s often mentioned in Elixir-related talks.

Why You Need Node.js for eCommerce Web Applications?

A web app for eCommerce has become a necessity due to the increasing popularity of web apps. As of 2021, Squarespace Online Stores is the most popular eCommerce software platform.

There has been an increase in competition in the eCommerce sector. To stay competitive, business owners must invest in developing and improving current web solutions. In this case, Node.js is the way to go. It allows programmers to build high-performance web apps using the latest technology.

What are the benefits of Node.js for eCommerce development? Is it capable of solving all software development problems? How can Node be used for eCommerce web applications? This article examines why Node is the best platform for building scalable, robust, and powerful eCommerce apps.

It can be used on any platform

A major advantage of Node.js is its cross-platform compatibility. Regardless of the platform, you are using, it will give you the most effective results. Further, because the same programming language is used on the front end and back end, developers do not need to devote their valuable time to learning new programming languages.

Developing quickly

The Node.js programming language has already been stated as being cross-platform. Because of this, programmers can build an app more quickly. Moreover, Node.js is also an excellent platform for eCommerce web app development because it provides an array of open-source libraries. Because of this, some features don’t need to be coded.

Easily scalable

This tool is scalable because it runs event-driven and operates non-blocking. So an online eCommerce site built with Node.js will always be scalable.

An effective performance

When compared to other technologies, the advantages of Node.js in eCommerce cannot be overstated. This tool guarantees optimum performance for your app when compared to others. It is interesting to note that Node.js is interpreted by the V8 JavaScript engine from Google, to translate JS code onto more efficient machine code.

A large community of developers

The Node.js platform is one of the most powerful tools for developing eCommerce applications. There are millions of users of top eCommerce platforms that are built on node.js. It is, however, difficult to determine how to develop an eCommerce web app on this platform.

Building an eCommerce Web App with Node.js: 6 Steps

  1. Analyze the market and make a list of the specifications for a product
  2. Include user experience designers in your team
  3. Development of frontend and backend
  4. Test your app before launch
  5. Create a tech support group for handling all the problems


Now, why would you choose Node.js for an eCommerce application? It’s a leading technology these days. When compared with other technologies, it can provide a higher level of performance. On top of that, the solution is stable and provides a high level of performance.



What are the Benefits of Using WordPress? 11 Reasons for Maintaining Your Online Presence

Free and powerful, WordPress is a great tool for creating websites. Content Management System (CMS) for managing content without becoming involved in the site architecture. It’s simple enough that even a complete newbie could use it.

WordPress is used by 41.4% of the top ten million websites and 60% of all content management systems (CMSs). The web-development business continues to be dominated by these astounding facts.

It began as a blogging tool in 2003 and has now evolved into a platform for creating almost any kind of website.

WordPress is a hot topic these days. Numerous prominent companies like it because of its many useful features. This is the most advanced system on the market. Popular businesses such as Bloomberg, TechCrunch, and BBC America use this CMS as their primary online platform. Agencies are also recommending WordPress for commercial websites due to its many features.

But why is this platform in such high demand? You’ll find it here.

What Is WordPress, and What Is It Used For?

As a content management system (CMS), WordPress is used by web developers to build online apps and portals. This easy-to-use CMS may be customized to meet your specific needs. You don’t need to know anything about computers to operate them.

This framework is useful for building websites, but it’s also the ideal platform for blogging. It’s also a tool for marketing. As a result, clients will find you more readily, and you’ll rise in search engine results.

What are the Benefits of Using WordPress?

In an ever-expanding digital universe, everyone wants to fit in. It’s no longer necessary to know how to code in order to create a website from the ground up. When it comes to developing a website, WordPress is too simple to use.

In addition to speeding up the creation of web pages, WordPress may be used to manage content more efficiently. There’s no better platform for a one-page blog or a full-fledged online store than WordPress.

The ease of use of WordPress is also a major factor in its popularity. The increasing popularity of this framework is largely due to the inclusion of several useful features provided by WordPress.

Great tools include anything from large platforms like Squarespace to Wix. But here, we’ll explain why you should use WordPress instead of these other tools to build your site.

  1. It is free to use.

Yes, it’s free to use WordPress. There’s no charge for this service, whether you’re developing a business site or a personal blog. Once you’ve downloaded and installed it on your computer, you may start using it immediately. WordPress is all about getting to know the dashboard and the many methods you may update and publish material.

You may experiment with many themes and plug-ins specific to each build. It’s one of the main reasons it’s becoming more popular.

It’s time to put your website online after you’ve learned the process and purchased the domain name and hosting provider, depending on the size of your website. It is possible to modify and develop the source code of the WordPress framework and the functionality and appearance of your website since it is free and open source.

However, even though it is free, you will need to pay for more services. You may unlock more functionality for your websites with the more expensive options for a little fee.

  1. It’s Easy to Use

Most companies like WordPress because it is simple to use. It includes simple templates to set up and includes fully editable code. It contains an easy-to-use editing tool that doesn’t need any HTML knowledge to modify your WordPress website’s layout.

You can easily edit your business information, product information, or website content by following a few simple steps.

  1. It controls the CMS market.

It’s more than simply a popular CMS; it’s a game-changer. 59.5 percent of all websites that utilize a Content Management System (CMS) chose WordPress, according to W3Techs’ usage data.

It has a sizable part of the market. Along with market share, this framework benefits from many supporting tools.

  1. Google-Friendly.

Search engines like Google and Bing can index these sites because of the CMS structure they’re built on. WordPress is a popular platform for building websites, and many companies have taken advantage of this.

Every website’s primary goal is to get a high ranking on Google. Our WordPress benefit is simply accessible via this website. According to some experts, using the WordPress framework may improve your search engine rankings.

Some plug-ins may help increase traffic to your website. When it comes to SEO, you don’t need to know anything; just install the suggested effective SEO plug-ins and let WordPress handle the rest.

  1. Flexibility

Also, it’s easy to personalize. Extensions and Plug-ins allow you to customize your website to fit your needs. It does not matter whether you are using WordPress for a small company or a huge business website for personal or commercial usage.

You have complete control over the look and functionality of your website, thanks to this framework. You also have complete control over the code. As a result, it may be readily adapted to any pre-made themes and designs.

  1. Secure and Safe

WordPress development places security at the top of the list, and for a good reason. No matter how simple it is to design, any platform must never compromise on security. In order to keep your data safe from unauthorized access, WordPress employs a variety of security measures.

Hackers have taken notice of the growing popularity of WordPress website design. As a result, the WordPress software’s core team has increased security measures.

In order to maintain the confidence of its users, this CMS has included robust security features. The best way to ensure the highest degree of security is to install and regularly update security plug-ins. In order to keep hackers at bay, security plug-ins create cryptic passwords and employ Two-Factor Authentication (2FA).

As a result, this CMS has included robust security measures to maintain the confidence of its users.

However, it’s still important for WordPress users to exercise caution when obtaining plug-ins from a reputable source.

  1. Multi-User Capability

Multi-user environments benefit the most from this feature. Large teams of freelancers and agencies working on your websites may necessitate giving them access to the websites.

Access to your business’s website is now completely within your purview. Creating new accounts is as simple as granting particular rights to users and preventing them from accessing the restricted area.

Included among the permissions are:

  • Admin
  • Super Administrator
  • Author
  • Editor
  • Subscriber
  • Contributor
  1. Major Brands use WordPress

Over a third of all websites rely on it. There are over 1.7 billion WordPress-powered websites in existence. Using this platform, hundreds of pages of material are provided to site users every hour. Businesses of all sizes are making use of it. Several well-known businesses recommend WordPress.

TechCrunch, Microsoft News, TED Blogs, PlayStation, BBC America, Walt Disney Company, Skype, and more are some of the notable companies. Yelp and more are also included.

  1. Supports multimedia

These days, having media assets on your websites is a must. There will be an increase in traffic if media files are included.

You may include a wide range of media on your website by using blogs and other online material. Audio, image, document, and video files may all be added.

If you want your website to rank higher on Google, you need to include high-quality photographs and videos.


  1. The Blogger’s Paradise

WordPress has remained true to its blogging origins since its inception. It is the most popular blogging platform in the world.

Because the popular blog editor’s combination of features makes it very simple to create, edit, publish and manage blogs. When it comes to handling media, the drag-and-drop interface makes it simple.

The blog owner may provide various permissions to different user roles.

The Final WordPress feature is taxonomies, which allows the blogger to add categories and tags to content, which helps the reader navigate to related and interlinked contents.


  1. Exceptional User Interface

In fact, mobile devices account for more than 60% of all online traffic. As a result, it’s critical to design websites that can be accessed on various devices. Depending on the device, WordPress will render the text most appropriately.

One of the most significant issues for web developers is Responsive Web Design (RWD). WordPress offers built-in features to concurrently construct web pages for desktops, laptops, tablets, and mobile phones, regardless of the device’s screen size.


How do you go about using WordPress?

Using WordPress, you can build a business website for any company.

Starting with a basic website, this framework may be used for any website, from an eCommerce marketplace to a personal blog.

Some examples of the websites you can build with this:

  • Online Store
  • Blogging
  • Website for Membership
  • E-Learning
  • E-commerce websites
  • The podcast’s website
  • Dropshipping Website
  • Website for Coupons
  • Websites for Affiliates
  • Forum Websites
  • Websites for Social Networking

The above are only a few examples of websites built using this framework.





7 Ways React Native Can Reduce App Development Costs

In today’s economy, businesses are always looking for new ways to save their money while also getting the most out of it. Unfortunately, if you’re a business looking at developing an application, this can end up being a costly endeavor if you are not familiar with what you are doing.

In this article, we will be going over how you can use React Native to reduce the cost of your Application development while also ensuring you get the most bang for your buck!

 1. Reuse Components

Because of React Native’s ease of creating and reusing native components, creating cross-platform apps has never been simpler or smoother. By using React Native, you’re able to take elements from iOS and Android that would otherwise be used separately and leverage or reuse them with minimal flaws or glitches in the coding. According to Facebook, 85% of codes can be reused, meaning the less code you’d have to come up with, the less the app development is going to cost.

  1. Rapid Development Time

With the amount of time it takes to develop an application, developers are always looking for new ways to reduce their development time. In our constantly growing technological times, this has never been easier than using React Native to code and develop your apps. Because React is simple and easy to use, development times are reduced, and therefore so is the cost of making the app. This frees up time to be better spent elsewhere, like marketing the app and preparing for its launch.

  1. Better Team Management

In the past, creating cross-platform apps meant that your teams were expected to work with different programming languages and assets, making it harder to manage your team’s needs or relying on hiring more people to overlook a team based on expertise. By using React Native, your teams no longer need to struggle with coding as they use the same assets and elements for both iOS and Android. This can reduce your development costs as you no longer need additional employees in a team in order to have things running smoothly.

  1. Less App Maintenance

Apps that are created with React Native are less likely to need ongoing maintenance. This is due to the fact that React Native is highly scalable, meaning it can be used on small-scale or large-scale apps that require a fast speed and loading time. Because of React’s minimalistic design and use, there is not much to maintain, and whatever coding is left can be fixed rather easily should anything be wrong.

  1. Minimalistic UI Design

It doesn’t take a rocket scientist to know that the UI of a mobile app is the most important aspect of app development as this can make or break a user’s experience. Normally developing a cross-platform mobile app requires a good amount of time and money as you’d have to develop the mobile app for each platform separately. This is where React Native’s cross-platform compatibility comes in handy. Writing code for one can seamlessly be used for both platforms with little to no issue, cutting down the cost it takes by using other frameworks.

  1. Fluid Integration

How apps run on their respective platform can have an impact on how the internal programming of the application is done. Some apps will work synonymously with each other and therefore need to be coded to allow these apps to work together. This is usually done when the GPS or Camera app needs to have access to your mobile application.

  1. Easy Debugging

Another way to save costs is by how easy it is to debug or troubleshoot any problems that arise. Because of React Native’s user-friendly interface, it takes less time to problem solve an issue, and therefore costs are kept down. 


Mobile App Development and AI’s Advancement

App developers have been using artificial intelligence (AI) and machine learning (ML) technology for many years now to build more personalized and audience-specific user experiences for their customers. These technologies are improving applications’ intelligence and intuitiveness, but they are also evolving with the increasing use of mobile app initiatives.

When it comes to user experience, AI and ML technologies play an increasingly important role nowadays. It’s a great example of how artificial intelligence (AI) has been incorporated into app development tools through automated mobile app UI testing tools. Several of these technologies, such as intelligent chatbots, recommendation algorithms, and easy search, bring value to app initiatives.

Most industries typically recognize artificial intelligence and machine learning across all niches as essential technologies for improving intelligence and optimizing their digital footprints for the target audience. However, keeping up with the fast improvements and trends in AI and ML technologies remains the toughest problem. A challenge and an opportunity await those willing to face these new technologies and their role in enhancing the user’s experience.

Virtual assistants and chatbots are a great way to see how AI and machine learning technology evolve. Intelligent technologies are now essential for any app to meet user expectations through in-app content offerings or features tailored to specific user contexts. They revolutionized how apps communicate with their users in real-time by providing them with relevant content and features.

As a result, today’s major app segment relies on the intuitive and intelligent capabilities these two technologies provide, from retail and mobile commerce to leisure and media streaming to mobile gaming and workplace applications. As a result of these two technologies, mobile apps have been at the forefront of this massive revolution.

Here are some examples of mobile apps where these two technologies have had the most significant impact on various aspects and contexts.

An easy-to-use mobile search engine

The growing popularity of voice search and voice interactions across applications demonstrates how artificial intelligence (AI) and machine learning (ML) technologies are being utilized to recognize voice commands and activate actions depending on user intent.

Encryption of User Identity.

Thanks to these new technologies, you don’t have to use transitory passwords and authentication data. The clever facial recognition technology can identify the real user regardless of your look or stride.

Apps for Smartphone Cameras

Smart camera applications have facilitated some of the most important advancements in AI and ML. Any item, face, food, natural phenomenon, or even water may be detected by an intelligent camera, and its settings can be adjusted appropriately for optimal output.

Artificial intelligence and machine learning have made it feasible to recognize faces in images and improve the picture with increased effects. Certain camera applications can identify food items and calculate the calories in a meal.

Intelligent Speaker Systems

With voice-controlled assistants like Amazon Alexa, we can now get things done quickly and easily. Several Internet of Things (IoT) smartphone applications might benefit from Alexa’s wide range of digital interfaces and smart home device compatibility.

These new speech interfaces allow consumers to connect with applications more naturally than ever before. Voice interfaces are becoming more intuitive and user-friendly than ever before because of Natural Language Processing (NLP) technology, a subset of AI technology. Context-driven computing is now possible with Google Home, thanks to Alexa’s innovations.

Smart speakers and voice interfaces are driving artificial intelligence (AI) into mobile apps gradually but steadily. Using simple voice commands, both Alexa and Google Home can get mobile app data and run applications simultaneously.

Transparency in Language Translation

AI and machine learning-powered translation applications may be a lifesaver for those who find themselves in situations where they need assistance communicating in a foreign language.

Artificial intelligence and machine learning (AI/ML)-based translation applications do not require an internet connection to conduct translations.

Emotional Recognition

New AI technology may do wonders for mobile app projects by recognizing emotions from inputs and facial expressions collected by the camera. Artificial Intelligence (AI) and machine learning (ML) have made it possible for applications to learn about the emotional state of their users in order to give relevant information and facilitate interactions.

When it comes to mobile app development, this might significantly impact the business. AI-powered applications may now use images and recorded voice intonations to distinguish between various moods and emotions. AI-powered analytics engine based on user history and other data-driven inputs can quickly determine the emotional state of mind of users, making it even more useful. Users will benefit from this in terms of content and interactivity.



For the first time, artificial intelligence and machine learning (AI/ML) technologies have invaded mobile applications that have never previously been seen. The app experience will continue to improve and grow due to these two technologies.




Differences Between Android Architecture Patterns

Android Architecture Patterns may assist you in developing mobile applications that have fewer defects, are easier to maintain, and have testable code. Model-View-Controller (MVC), Data Table Fragment (DTF), Single-Page Applications (SPA), and Microscope are just a few examples. They cover a wide range of topics, from organizing an app to how to manage user interactions.

What Is Architecture?

Architecture is referred to as Architecture if it is constructed according to a set of rules, has appropriate functionality, and is implemented using appropriate protocols.

Architecture’s role

For example, if our code is written in a class/activity/fragment that is not structured, we will encounter the following issues:

The complexity of the code will rise as the number of lines of code grows.

As a result, readability suffers, and the number of defects grows. ” As a result, testing is difficult, and the product’s quality suffers.

When it comes to great software, it’s important to give clear data flow that increases resilience and scalability and bug-resistance and readability. As a result, we must implement an effective design that allows us to collaborate as a group.


What’s the point of having a well-structured app?

Everything should be arranged logically. The same goes for your Android project. If not, maybe the following issues are all too familiar: Unit tests do not cover all your code.

  • The sheer quantity of functions in a class makes it harder to troubleshoot.
  • In such a large class, it’s impossible to stay on top of everything going on.
  • Maintaining and adding new features to your work is challenging for another developer.
  • You need to think about the architecture to design a high-quality app.

Why Should You Care About Proper Architecture for Your App?

Keep it simple by separating your app’s many components and defining each one’s specific function. Not all classes are multi-tasking, and this one is no exception. If you’re familiar with computers, you’ll be able to figure out what this does and how it works. It promotes the Keep It Simple, Stupid principle (KISS).

Before we can use Unit Tests, we must create code that can be tested.

Maintenance costs are low: Add and delete features are simple. Aside from the fact that it helps us keep track of the most significant logic elements, it is also useful.

When and how will this take place?

Perhaps a few more questions will pop into your thoughts.

What’s the greatest Android app architectural pattern?

It’s also important to know how to implement this pattern best.

You can’t choose one contender to utilize across all Android applications since the design pattern is abstract and relies on particular criteria to be met by the implementation you choose. It’s a good thing that the more we learn about it, the better we can put it to use. Diverse applications may take advantage of different structures. Each module has its distinct structure, even in a large, complicated project. ”

One more thing, though:

So, if I haven’t utilized any architecture in my Android applications yet. So, what am I supposed to do now?

One of those is all you need to do. Learn about it and then put it into practice if you want to see results. After that, you’ll better understand it and have a list of recommended practices.

The following prominent patterns are often brought up in conversation among developers:

  • MVC (Model — View — Controller)
  • MVVM (Model — View — View Model)
  • MVP (Model — View — Presenter)

Android’s Good Architecture Principles

We must adhere to a few fundamental principles to achieve high-quality architecture. The following are their names:-

Separation of duties: Each component should do just those tasks for which it was designed. As shown in the figure.

This is something that the Architecture pattern can help us with.

This problem should be resolved if each component can function with just a little reliance. Outside sources should be responsible for all of a project’s requirements. Using Dependency Injections is a great way to get started.

It is possible to manage the lifespan and data durability using the Architecture Component.


It is a Model-View-Controller. The most frequent kind of building design. MVC relies on these three building blocks.

Model – It is the logic of the company and the state of the data. It is necessary to get and manipulate data and interface with the controller and the database.

View– What we can see. HTML, CSS, and XML make up the user interface. There is a lot of interaction between it and the controller. The controller was able to see certain dynamic views.

Controller– It’s an activity/fragment combination. It conveys a perspective and a model to the viewer. View/REST services may be used to provide user input. Take action on a request. The view receives data from the model.


  • It separates the business logic from the model’s underlying data structures.
  • Encourage the use of asynchronous methods.
  • The change does not impact the whole model.
  • Improved speed of development


  • Inability to handle controller because of large code.
  • Unit testing becomes more difficult.
  • An Elevated Degree of Complexity


It functions as a Model-View-Presenter. It is critical to split the architecture into layers throughout the development phase or during the period of developers. It removes our reliance on what we can see.

Model – It is the logic of the company and the state of the data. Get and manipulate data, connect with the presenter, and interact with the database. In other words, it does not affect the opinion.

User Interface (UI), Activity, and Fragment (Fragment). The presenter can communicate with it.

Presenter– It displays the model’s data. You have complete control over the app’s behavior. The vision is shaped by it. It instructs the audience on what to do next. The presenter is responsible for all interactions between the model and the view. returns the data to the model for storage



  • It simplifies the view so that you can switch between views.
  • The viewer and presenter are reusable resources.
  • The code is easier to understand and maintain.
  • As the UI and business logic are separated, testing is simple.



  • The connection between the View and the Presenter is tight
  • There are a lot of ways for layers to communicate with one other.
  • It’s a little overkill in terms of code size.



Basically, it’s a Model-View-View model. It minimizes the number of glue classes and loosens the tight relationship between each component. Works with the idea of observables. Observables are the only things children may use as a reference point instead of their parents.

Model– It includes business logic, a local and remote data source, and a repository. Depending on the View Model’s requirement, the repository may interface with local or distant data sources.

View– Only user interaction, i.e., XML, no business logic. The user’s action is sent straight to the view model, but no response is received. The View Model exposes certain data for the view to use to receive a response.

View Model– The majority of the user interface logic is concentrated here. It serves as a bridge between the business logic and the view. It doesn’t know which perspective to utilize. As there is no direct connection to the vision. Thus, it is excellent for testing and has a low coupling. However, the UI has to be updated to reflect this observables-based interaction. A data change is signaled by an observable.


  • The view and view model are not tightly coupled.
  • There aren’t any interfaces between the model and the view.
  • Unit testing is simple as the code is event-based.


  • For each UI component, you must construct an observable.
  • It’s a little overkill in terms of code size.

The Distinction between MVC, MVP, and MVVM Design Patterns

  • The MVC architecture (Model View Controller)
  • One of the first types of computer program design.
  • The user interface and data access method (Model) are closely integrated.
  • The connection between Controller and View is one-to-many. One controller can pick a different View depending on the task.
  • In other words, the controller is completely unknown to the view.
  • It’s difficult to replace or adjust the app’s functionality since the code layers are closely linked.
  • The controller takes care of the user inputs.
  • Only suitable for smaller-scale tasks.
  • Unit testing is only partially supported.
  • Android APIs are heavily used in this architecture.
  • It doesn’t adhere to the idea of modularity and single accountability.


MVP (Model View Presenter)

  • It was created as the second iteration of software architecture that advanced from MVC.
  • Model and view communicate using presenter, which overcomes the issue of having a dependent View.
  • Presenter and view have a one-to-one connection, with each Presenter class managing a single View at a time.
  • The presenter is mentioned in the view.
  • It’s simple to change the application code since the code layers are loosely connected.
  • To go inside an application, you must first enter the view.
  • Suitable for both basic and difficult tasks,
  • Unit testing is simple, but a close relationship between the view and the presenter might be more complex.
  • It is not very reliant on Android’s APIs.
  • It adheres to the idea of modularity and single responsibility.


MVVM (Model View View Model)

  • An architectural application pattern that is widely accepted in the industry.
  • Event-driven in nature, this design style leverages data binding to separate key business logic from the view, making it easier to decouple the two.
  • In this way, the one-to-many link between View and View Model may be shown.
  • References to the View Model may be found in the view
  • Modifications to the application are simple. However, debugging the program will be more difficult if the data binding logic is too complicated.
  • The view accepts user input and serves as the application’s entry point.
  • Small-scale initiatives may not benefit from this.
  • This architecture has the best unit-testability of any of the others.
  • Has little or no reliance on Android APIs.
  • Utilizes a modular architecture with a single point of accountability.


For Android, MVP and MVVM are better options than MVC in modularity. The downside is that they make your software more difficult to understand and maintain.

Using Android’s MVC framework might be a good option for basic apps that use more than one screen. MVVM with data binding, on the other hand, can help you write less code in more complicated instances where your application may need to grow in the future.

The internal structure of a mobile app may be described using the Android architecture. You may make your project more scalable and manageable by learning about the merits and downsides of various patterns.

There is still a long way to go before the app industry reaches its full potential, but the number of successful mobile applications increases rapidly. Because of this, new approaches to building mobile apps are cropping up at an exponential pace.

So, what kind of architectural pattern are you leaning toward for your mobile app?




Rust vs Go: Which Is More Popular and Why?

Programming languages are constantly evolving allowing developers to get involved with new coding techniques and environments. Software Developers are always looking for new ways to ease the programming and code performance which is why they prefer flexible languages to build their applications.

In the last few decades, there have been multiple programming languages that have come out, some popular and others not so well known but they have all created prime alternatives for big business development. Two of these languages are Rust, created by Mozilla, and Golang, created by Google.

It’s the development of these languages that have given us vital highlights in making propelled programming which includes coordinated device chains, open-source development models, memory wellbeing, and solid networks for current users.

While you may be thinking that Rust and Go are so similar that they might even be the same, you would be surprised to find that they are significantly different from each other. In this article, we will be going through the pros and cons of both Go and Rust to better understand why they are popular in their own right.

 What is Golang?

 Go, also known as Golang, is an open-source programing language that is used to make server-side applications much more powerful. It was announced as the quickest developing program language in 2019 with its main objective being development. 

The Go language was created in 2009 by Google in order to develop a secluded framework, making it a composed, gathered, and superior language. Go allows you to compose code that corresponds with your own code with the aim of making it direct and simple to comprehend. Golang is effectively a compiler that orders the program and makes sure they both sort, transform and find similarities.

 Advantages of Golang 

  •       Ease of convenience
  •       Google Supported
  •       Easily document your coding
  •       Has a host of standard libraries available for use.

Disadvantages of Golang

  •       Newly-made language means there is not a large community for it
  •       Does not work well in other developments as it is programmed to work with google developers only
  •       While it is a simple language to use, Golang lacks a lot of adaptabilities making it complex to use

What is Rust?

Rust is a rather new programming language on the scene, having only been first created in 2010 with the first version of it only being released in 2015 and another update for it in 2019. It is said to be an augmentation of Machine Learning programming languages and therefore is used primarily for better security, improved parallelism, execution, and most notably seclusion. It has a reliable capacity, with an unlimited lifecycle of memory making it great for composing programs. Mozilla, a popular internet browser, was created using the Rust programming language.  While there are a huge amount of benefits for Rust, there are also a few setbacks that can make using a painstaking task.

 Advantages of Rust

  •       Has more secure memory allowing you to have both control of your coding and security
  •       Rust doesn’t have garbage collection making it a competing language
  •       Rust is a highly compatible language
  •       Has a stable and secure code execution

 Disadvantages of Rust

  •       There are not a lot of developers who know how to utilize Rust correctly compared to other languages like Java
  •       Being only able to access the basic libraries means you have to invest more resources to summarize what you are going to need with Rust libraries.
  •       Rust does not have a standard way of getting databases.


What Makes Elixir the Best Platform for eLearning Apps?

Elixir was created as a concurrent, productive, and robust programming language. A wide variety of industries have already embraced it, including banking, advertising, telecommunications, and e-commerce. Due to many successful implementations, it has gained popularity as a language that is suitable for microservices, cloud computing, instant messaging, or video conferencing. Since it is not dedicated to any programming niche, the Elixir programming language can be used for many different types of projects. Since it is so widely applicable, it can be used to build functional solutions for a variety of industries.

By using Elixir’s language productivity, you can reduce the amount of code, resulting in faster development. Because of its speed, response time, and performance, programmers are gaining more and more interest in this language.

I think two main reasons for Elixir’s popularity are that the coding process is quick, smooth, and joyful and that the Elixir community is highly supportive and still growing.

Elixir is one of the most popular languages for building scalable, distributed systems. This means Elixir will be perfect for eLearning apps based on building communities, chatting, video chatting, and exchanging real-time messages and requests with millions of users simultaneously.

Let’s take a closer look at Elixir technology and see why it is the best solution for your eLearning app.

  •  Scalability

Platforms for learning management systems should be scalable, flexible, and engaging. You should be able to take on more users, more content, and more requests than your eLearning app can handle without affecting loading times or facing debilitating bugs. Then it can grow to meet your evolving business and user needs.

Elixir is remarkably scalable, and with it, a higher traffic load is not a significant problem, so you don’t have to change the technology stack.

  • Erlang

Due to Elixir’s Erlang base, it is ideal for applications with many simultaneous connections at the same time. A large number of calls can be handled simultaneously, and calls can be resumed as soon as something disconnects.

You may run several meetings simultaneously in your eLearning app with many users, so your app must be able to handle numerous data requests and data streams at once. The Elixir language is an excellent solution for scalable eLearning applications that require simple, intuitive interfaces that are high-performing and low-loading.

  • Dealing with bugs

In any technology you use, you should prepare for some issues to occur during the development process. Elixir, however, offers a great approach to fault tolerance. When something goes wrong in production the supervisor system is capable of quickly restarting lightweight processes. It fixes most bugs that are not caused by serious defects in software development.

 Final words

Elixir is ideal for applications that require scalability, big data processing, and easy development and maintenance. It is precisely what every training management or eLearning platform requires.

The success of a fast-growing enterprise training and education tool depends on an experienced Elixir development team. Your application will satisfy your audience’s needs if you choose the right technology and use the right development approach.