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SaaS Technology Trends to Look Out for in 2020

2020 will see the continued climb in SaaS adoption across regions, markets, industries, and business sizes. TechRepublic has already forecasted that 73% of enterprise-level organizations will function almost entirely on SaaS at the start of the new decade. Those that have already made the leap to SaaS-driven business models are reporting improvements in attracting and retaining top talent, improving their employees’ work experiences and optimizing existing workflows.

Now 60 years after the inception of SaaS, what does SaaS business modeling in 2020 bring to the table that is different from its previous iterations? At its core, Software-as-a-Service technology and its providers remain steadfast, allowing users to license services on a contractual basis through the internet. What has changed, however, are its use-cases and potential to integrate more fully with a business’ operations.

Partly, this shift is attributed to the increase in internet latency and speeds, enabling SaaS providers to deliver more intelligent and powerful technology to their user base via broadband, Wi-Fi or cellular connection. But current changes to the SaaS market also indicate transformations in overall business practices—the connection organizations want to build between technology, their work process as well as their relationships with customers.

To give you a better understanding of the future of SaaS technology—as well as how these innovations will continue to evolve the ways we do business—let’s look at some of the biggest trends influencing the digital business landscape today:


In the age of automatic follow-ups, long customer wait times and en-masse email campaigns, personalization is the key to growing your customer base. One recent study uncovered that 80% of eCommerce shoppers are more likely to do business with companies that offer a personalized customer experience—even going so far as to pay more for equivalent products or services.

Contrary to popular belief, engagement through personalization begins well before the first purchase. Businesses that can successfully tailor their website’s content, social media strategies and email outreach are the most likely to fully engage with prospective buyers and convert them to sales in the pipeline. More notably, developing a unique approach to customer experience will prevent your teams from spending additional time and resources on those who are outside of your target audiences.

That’s why tailoring customer experience to each specific individual or buyer persona is necessary in your marketing processes. Marketers especially can benefit from artificial intelligence software as a service in your technology stack, which several SaaS providers have integrated into their tools to curate CX strategies that operate on an individualized basis. This is because great personalization relies on accurate, data-driven insights on your customers–everything from the types of online communities they inhabit to whether they prefer emailing or a quick phone call when communicating with a business.

Read Also – How Artificial Intelligence is Driving Mobile App Personalization?

AI-powered SaaS helps businesses create a better data-set through two primary features: first, artificial intelligence is able to quickly collect and organize large volumes of information; second, it is able to make sure that the information it acquires is accurate. Human error during data entry is the primary reason why one-fifth of companies around the world believe that a majority of their customer data is faulty. Of course, these inaccuracies in your customer database can make it nearly impossible to foster personalization at any meaningful capacity. As the number of marketing teams that utilize AI integrations expands in 2020, it will become subsequently more difficult for businesses without this technology to personalize at scale.

Customer Retention

If the first step to growing a consumer base is acquiring customers, the second—and equally important—step is to retain those already doing business with you. Customer retention is not the only key to establishing a healthy rapport and brand, but it also is the most cost-effective long-term strategy for growing your business.

By some estimates, retaining a single existing buyer is one-fifth of the total expenses of acquiring a new customer to your business. Efforts to improve your company’s customer lifetime value also yield benefits far beyond reduced costs. Existing buyers are often easier to upsell to other products or services you offer, and they are more likely to become public advocates for your business.

Read Also – Top 5 Ways to Utilize Automation in Your Business

While there are a number of reasons why customers decide to leave businesses—everything from unhappiness with your product to no longer buying within that market—the most glaring hit to customer retention is wait times. Eighty-six percent of British consumers in a survey by Retail Times vouched that they would avoid shopping at stores where line queues appeared to be too long. The numbers are even more dire when it comes to customer support over the phone. Recent research found that nearly two-thirds of customers wait only two minutes or less when a business puts them on hold, and roughly half of people will never complete their purchase if they encounter bad customer service.

The desire to more quickly and accurately satiate customer inquiries is the main cause of this next SaaS trend, wherein many businesses now rely on contact center software as a service to fortify their relationships with customers and retain them down the line. Investing in contact center technology that is delivered as a service boasts a number of distinct advantages that outdated contact center architectures are unable to supply. Because it’s hosted on the cloud, contact center SaaS enables multichannel routing, meaning that you can manage web chats, social media messaging and calls under the same platform while keeping response times low. This also makes it easier for businesses to oversee their agents and scale their needs accordingly—as your customer base grows, you can increase your subscription to ensure new agents have all the tools they need from their first day on the job.

End-to-End Business Solutions

Another key trend affecting the SaaS market in 2020 is the increasing demand for software solutions that are specific to one single industry or type of work. The result is a SaaS model designed to deliver end-to-end functionality and support for users in that industry, as opposed to solving just one business need.

This difference in delivery modeling is the difference between horizontal and vertical SaaS. Horizontal SaaS products have existed on the market for several years and are used across the business spectrum. Since horizontal SaaS products broadly service one specific business need—such as a customer relationship management tool or content marketing platform—businesses of all sizes and industries use them within their own respective departments.

Read Also –  SaaS vs. PaaS vs. IaaS: What’s The Difference and How To Choose?

In 2020, however, vertical SaaS will likely take a greater share of software spaces as more businesses invest in solutions that are tailored to their niche. Vertical delivery models pinpoint very particular challenges, allowing them to go deeper in their target audience and provide solutions that encompass multiple departments within a single organization. As more businesses seek software solutions that are tailored to them, the vertical SaaS is sure to grow even more—already, the market size for vertical SaaS offerings has tripled within the last decade.

A good example of vertical SaaS is ERP as a service for one designated industry. Resource planning systems deliver a number of benefits for businesses—everything from more accurate data and reporting to a more standard work process. However, a horizontal ERP software would not be able to provide the same level of detail in its reporting or workflows as a product designed for one type of organization, as so much of resource planning is intrinsically linked to your particular space in the business world. By investing vertically in resource planning, businesses are better suited to satisfy the needs of both their workforce and their target customers.

Mobile-First Accessibility

Perhaps no one SaaS trend will define 2020 as acutely as the demand for mobile compatibility. SaaS integrations have enabled even small- and medium-sized businesses to adopt more mobile-friendly workspaces, such as remote work outside of the office and work during business travel. It makes sense that the next step in the move toward mobile accommodations is total software compatibility on smartphones, tablets and—in some cases—even wearable devices. The SaaS providers that will dominate their areas of expertise are therefore the ones that develop the best mobile user applications and experiences.

What exactly has caused businesses to so suddenly place such high value on mobile SaaS options? Largely, the popularity of mobile-friendly workspaces reflects workers’ familiarity with these types of devices outside of work. Adopting smartphones into work atmospheres can, therefore, result in reduced learning curves when employees first start using a new tool.

Read Also – IoT and Mobile App Development: A Great Combination to Develop Your Business

Businesses that have made the switch to mobile work environments have also experienced higher levels of productivity and engagement within their workforce. A study that focused on the relationship between custom applications and efficiency found that over 90% of corporate employees use at least one app at work, and roughly one-third believe that using the right apps can enhance their business’ process.

Adopting a custom mobile application as a service for your business is one way to ensure your teams have access to the software they need to perform their responsibilities—whether they’re on the road traveling or working in the coffee shop next door. As opposed to hiring a team of developers and creating an app on your own, enlisting the aid of app development professionals gives you access to comprehensive analytics, DevOps support and general upkeep and maintenance, allowing you and your teams to focus on what really important—getting work done and satisfying your customers.

What recent upgrades has your business conducted to its SaaS portfolio? What 2020 tech trends do you anticipate will create the most abrupt changes to the business landscape as a whole? Make sure to share your thoughts and comments below.

Swift vs Objective-C: Which is Ideal for iOS App Development in 2020

When you aim to develop the perfect iOS app, one of the first things that you need to decide is the language that you will need for the project. In terms of native mobile app development for iOS, you basically get two choices: either use the good old Objective-C or go with the next-gen Swift.

Now, understanding the ideal programming language for iOS app development needs you to consider the features, differences, pros, and cons of both the options that you have on hand.

So, without further ado, let’s get right into the details of Swift vs. Objective-C.

The main features and characteristics of the languages



Way back in the 1980s, Brad Cox and Tom Love of the Stepstone Company came up with the programming language Objective-C, as the extension of C. It was released in the market in 1988, and the response it received was quite amazing. “Object-Oriented Programming: An Evolutionary Approach”: a book written by Brad Cox and Tom Love in the same year was instrumental in the success of this programming language.

Finally, during the late 1980s, NeXT Computer, Inc. acquired the license for Objective-C for developing the frameworks for ‘NeXTStep,’ which was again, picked up by Apple. Thus, Objective-C came up to be the standard in terms of iOS app development for many years.

Basically, two programming languages were brought together to create Objective-C, namely, Smalltalk and C. This is what makes it a language with an extensive, complex syntax. Smalltalk gives it the object syntax, and the non-object syntax comes from C.

Message passing and dynamic tapping are used by Objective-C. The code blocks of implementation and interface are also required in this case for dividing classes.

Read Also –  A precise estimate of the cost to develop an iOS mobile app?


Swift is younger than Objective-C, as Apple began developing it in 2010 and it was released in the market four years after that. A year after that Swift was made open source. Swift goes way past C and Smalltalk and rather embraces the features of modern programming languages. So, here you will find type inference, optional, generics, and other such higher-order functions.

The speed of app development with both the languages

The features that a programming language comes with are crucial in ensuring that you get the speed of app development that you aim for. Swift is actually swifter than Objective-C when it comes to speed!

The use of higher order functions and generics make the codes much more reusable and cleaner. Type inference and options also make sure that the codes are safe as they are being transferred to the compilator from the programmer.

Moreover, the syntax is highly concise and you don’t have to make two code blocks for implementation and class interface. So, the programmers don’t need to write codes as lengthy in Swift as they have to in the case of Objective-C. In addition to that, there is a general consensus among the developers that this factor alone gives Swift an edge over Objective-C.

The pros and cons of both the languages

There is no denying the fact that you can develop apps faster in Swift, but that’s not the be-all and end-all of the decision to choose a programming language for your iOS app. So, let’s take a look at the pros and cons of both languages.



It’s been tried and tested for years. Objective-C has literally been used for writing millions of codes from its beginning till this day. You will get an answer to almost each question and every doubt thanks to the third party frameworks and the documentation that exists.

The compatibility with C++ and C. Objective-C is actually a superset of the programming language C. Thus, it works pretty smoothly for both C++ and C codes.

The stability factor. If an application is developed in Objective-C, you will not really have to spend your money for taking the application to a new language after a couple of months.

Read Also –  Why iOS developers should pay attention to Flutter in 2020?

Not the easiest to learn. It is significantly different from other common programming languages. The memory management of Objective-C is really complex. Thus, if a developer has an idea about Objective-C, he can learn and start working with Swift easily.

Dwindling number of supporters. With the difficulty posed in learning Objective-C, the new-age developers are keener to learn Swift rather than Objective-C. On the other hand, the seasoned developers who know all about Objective-C, find it easy to learn Swift. So, there is a steady stream of migration of developers from Objective-C to Swift.

The reverse engineering tools. The app that has been made with Objective-C is easier to hack into compared to a Swift app. Objective-C is renowned by now, and it has been here for years. So, the tools of reverse engineering are quite sharp, as well.



The safety factor. The number of features on offer, right from type interference, optional, to generics, make sure that the Swift apps are not as prone to bugs or crash as frequently as Objective-C.

Apple is Swift-focused. Apple develops the language and offers support to the community constantly. The developers are raving about the technicalities of Swift, which is an indication that this language deserves all the attention.

The developer’s team will love you! survey reveals that Swift is one of the leading programming languages, while Objective-C is the most shied away from.

Read Also –  iOS App Development Checklist for Enthusiasts

Changes and migrations. The weakest link of Swift is the change and migration associated with it. However, it is already not as difficult as it was, but still there is definitely chances of improvement after the introduction of ABI stability.

The constant changes in the language used to be a problem earlier. Developers had to shift to the new versions, which costs both money and time. The good thing is that, as time goes on, the subsequent versions are becoming better than ever before.

Summing up

According to the ongoing discussions on this topic among the developers’ community, Swift is perfect for the latest, small apps. However, when it comes to large projects that already come with extensive Objective-C codebases, Swift might pose some difficulties at the onset. With that being said, Swift has become really advanced and many of its glitches are being progressively fixed, which makes it the ideal language for iOS app development.

Security Issues App Developers Need To Deal With While Developing a Mobile App

With digitization, mobile applications are taking over the world. And with this growth rate, companies are finding it hard to focus on the security aspect of the applications. App security has become a topic of debate these days with reports of popular apps being hacked by hackers surfacing the internet. Well, everything online can be easily hacked and influenced by malicious attackers. And mobile applications are no different. Thus, it is important for mobile app developers to look into the security aspect of the application and provide new features so that the user data and information can remain safe.

When you log into any mobile application, one of the first things you are asked to do is provide your personal information. And the data you provide is vulnerable to security threats if proper security controls and measures are not implemented during the development of the application. If you are a mobile app developer or a business owner, it is your responsibility to look into the threats looming around mobile applications.

Hackers and attackers are constantly targeting mobile applications to gain access to personal details and information of consumers with intent to maliciously use it.

So, you need to be aware of the top security issues while building mobile applications for both Android and iOS platforms.

With that said, we have listed down the top security issues app developers need to deal with while developing a mobile app.

Let’s jump right into it.

Related Article – Securing Solutions in the Race to Digital Transformation

1. Writing code that is not secure

When we talk about a mobile application, code is its most vulnerable feature, which can be easily exploited by hackers and attackers. Therefore, it is important that you write highly secure code for the application. According to reports, over 11 million devices (smartphones, tablets, etc.) are affected by malicious codes. If the code is not secure, hackers can easily reverse engineer it and use it in a corrupt way. Thus, you need to work on developing a hard code that is not easy to break. Moreover, you need to follow agile development strategies so that you can update your code from time to time without any hassle.

Experienced developers use best coding practices like signing in and code hardening for developing the best quality code.

2. Failing to encrypt data

Encryption is the process of converting data transmitting into a form that it is impossible to read or access without decryption. Popular mobile apps use data encryption during development, as it is an efficient way to protect data from being accessed by malicious attackers and used in a bad way. With encryption, even if the hacker steals the data, they cannot decrypt it and therefore, it is of no use to them. Thus, mobile app developers need to develop an application where the data is completely encrypted.

3. Not using libraries carefully

Most often, when developing mobile applications, there might arise the need to use third-party libraries. This is important for code building. However, such libraries cannot be trusted since most of them are not secure. In such a scenario, what a good app developer would do is test the code after using various kinds of libraries. This ensures whether the code is not compromised due to vulnerabilities of the libraries. The vulnerabilities in the libraries can provide hackers access to the code, use malicious code, or crash the system.

Related Article – Tried & Tested Tips on Mobile App Security

4. Using unauthorized APIs

Application Programming Interface or API is a software intermediary that allows two applications to communicate with each other. Using API is a critical part of app development. However, inexperienced developers, without knowing the source of the API, use it in their app code. By doing this, they are welcoming hackers. It is important that you always use authorized API in your app code. Using unauthorized APIs gives attackers the privilege to use your data. For example, if you use unauthorized API, hackers can use your authorization information caches to gain access to the system. Once they have access to your system, they can simply crash your system or use it to do malicious activities.

Expert mobile app developers recommend using a central authorization for the complete Application Programming Interface for gaining optimum security in the app.

5. Not using high-level authentication

One of the major security issues that app developers need to deal with later is when they realize they haven’t used high-level authentication when developing the mobile application. When we talk about mobile application security, the authentication mechanism is the most critical part. Weak authentication can lead to the mobile app facing several vulnerabilities, such as password issues, among others. From a security perspective, user authentication must be considered if you are a mobile app developer. As said earlier, the password is the most common mode of user authentication. Thus, the password policy of the app you create must be strong enough so that it cannot be easily broken or decoded.

On the other hand, multi-factor authentication is another method to keep the mobile app secure. Multi-factor authentication can be achieved through the means of mails, authentication code, or OTP login, and even through biometrics.

Related Article – Vital Skills for Successful Android & iOS Mobile App Developers

In mobile app development, session handling is one of the most important features to include. This aspect should be carefully handled because mobile sessions are longer than the sessions on the desktop. Some developers forget about it and tend to assign desktop sessions on their mobile apps. Session management is done to maintain the security of the application in case the device is lost or stolen. Moreover, experts recommend using tokens instead of identifiers when managing sessions.

7. Not testing properly

Mobile applications developed should be tested repeatedly so that you can find the hidden vulnerabilities and determine other complexities. Since the security trend in mobile application development is changing day by day, you need to keep the app up to date with the latest security measures. Experts suggest using emulators and penetration testing for determining and vulnerabilities in the mobile application.

Final Words:

These are the most common security issues faced by mobile app developers in recent times. It is important to look after them including those that we haven’t mentioned. It is the responsibility of the development team to be aware of all the security threats looming around a mobile application so that maximum efforts can be put to eradicate the issues.

secured app development

How Google Flutter Became the Best SDK for Mobile App Development?

Things are changing in the world of mobile app development rapidly with new and advanced technologies replacing the older and outdated ones. Business owners and mobile app development companies are trying harder to keep up with the times. They are doing their best to follow the latest technological innovations and test new approaches and solutions in search of an entity that perfectly meets customer requirements and market needs.

We hope that you are among these enterprises and people. While looking for innovative ideas and technologies, you might have come across Flutter, Google’s mobile app SDK. It has become quite popular these days among mobile app developers and you may wonder how Flutter really got the boost in the development industry.

As an app developer or a business owner, it is important to know everything about the latest in the industry.

That’s the reason why we created this post. We are going to tell you everything about Flutter and how it became a popular tool for mobile app development.

Let’s get started.

What is Flutter? 

In the modern-day and age, what do you require in a mobile application? The answer is better performance, smoother animation, and beautiful design. Mobile app developers are expected to develop new features and functionality for applications that don’t compromise on performance and speed.

Considering this aspect, search engine giant Google created Flutter in the hopes that it will make app development an easy process for creating the best applications. It uses Dart object-oriented programming language, is open source, and free SDK with advanced tools and widgets. It is one of the fastest-growing programming languages in recent times with the majority of the app developers using it in 2019.

One of the great aspects of Flutter is that it can be used for creating applications for both Android and iOS. If you ask an app developer what they like most about Flutter, they are probably going to tell you about its ease-of-use and how you can use a single code for both iOS and Android platforms.

Flutter is a mobile app SDK, complete with tools, widgets, and frameworks, giving mobile app developers an easy way to create and execute fast and virtually attractive mobile applications on both iOS and Android platforms.

It enables easy and smooth cross-platform mobile application development. That means you don’t have to develop an Android app and iOS application separately. All it requires is ‘one codebase’ for both platforms. This not only saves time but also reduces the development cost.

Everything you need to know about Google’s Flutter

  • It provides serious competition to React Native since its architecture is based on the popular reactive programming
  • Thanks to the feature-rich widgets, apps created using Flutter look and feel great. It allows you to develop your own custom app design and uses the UI elements
  • Flutter provides its own set of widgets, which are created using its high-performing adaptable engine. The widgets are customizable, pretty, and fast
  • Since Flutter is based on Dart programming language, it is easy to learn and execute
  • Flutter is free to use and open source

Read Also – Why iOS developers should pay attention to Flutter

What are the primary reasons that made Google Flutter the best SDK for mobile application development?

From the viewpoint of a mobile app owner, the critical benefits of Flutter are as follows:

  • It reduces the cost of application production
  • It speeds up the process of mobile app development
  • It helps in building an attractive app user interface with smooth animations

With that said, let us take a look into Flutter more deeply. We have prepared a list of things that tell how Google Flutter measures up to its competitors.

1. Faster Code Writing

For mobile app developers, they were always in need of a tool that makes mobile app development faster and more dynamic. Flutter filled that void with its unique features. With Flutter, developers can directly make the changes in the code and see the changes straight away in the application. There is no time wastage on executing the code.

This feature of Flutter is known as ‘Hot-Reload’ that usually takes a fraction of a second to execute the code. This has helped mobile app developers to experiment with their codes, fix bugs, and add features faster. Hot-Reload is especially great when you are experimenting with the look and design of the app.

2. Less Testing

If a developer is creating the same app for both Android and iOS, Flutter makes the process of Quality Assurance and Testing faster. In simple terms, it means less testing! Since it uses one codebase, the developers only have to write automatic tests once. This enables Quality Assurance specialist and Testers to spend less time on testing each and every functionality of the application.

However, if your app has some differences, you need to test them on both platforms. Overall, Flutter is a great tool that saves time and money on testing.

3. One Code for Two Platforms

As said earlier, developers only have to write one codebase for the two apps dedicated to iOS and Android respectively. Flutter is designed and created in a way that it doesn’t rely on or depend on the platform. This is because it has its own designs and widgets, allowing you to create the same app for two different platforms. The best part about this aspect is that you can easily differentiate your apps if you want to. Yes, it is possible!

Read Also – Why is Flutter a preferred platform for iOS and Android App ?

4. Designs the Users Love

One of the best things about using Flutter for mobile app development is that it allows developers to customize the existing widgets or create their own widgets based on customer demand. You can search from a plethora of design options and create your very own designs based on the type of app you are creating and the targeted customer base.

5. Faster Mobile Applications

Apps designed and created using Flutter offers a smooth and fast user experience. There is no need to worry about the app getting hanged or getting slow while using it.

Final Words 

Flutter by Google is one of the hottest cross-platform mobile app development technologies that are imperative in today’s development scenario. Although it is still nascent to some mobile app developers, Flutter is soon going to be one of the most used tools for mobile application development for iOS and Android.

How good is Node.js for Developing Apps Based on Microservices?

JavaScript is not only the most well-known programming language but is also the most widespread technology of software development. The fields of apps for JavaScript are numerous. Node.js is known to be one of the tools that are utilized for server-side programming.

The question that now arises is how connecting Node.js and microservices can boost the workflow of the project. In this article, we will discuss how good Node.js is for developing the apps that are based on microservices. In short, we will be discussing the pros and cons of Node.js.

Node.js – What is it?

Node.js is neither a library nor a framework. Rather, it is a runtime environment that is based on Chrome’s V8 JavaScript engine. Node.js development has been quite famous since its introduction, in 2009. Since it is an open-source project, it was earlier sponsored by hosting solutions and cloud computing provider, Joyent. The technology also got adopted by numerous technology leaders such as Netflix, Walmart, Uber, and eBay.

Nonetheless, the wide-adoption began recently of the server-side JavaScript with Node.js. The interest of the developers rose in 2017 and has been high since then.

Microservices – What are they?

Microservices refer to the pattern of the design of the software. This pattern has the ability to disintegrate large apps into a collection of smaller and simpler apps. Such apps are deployable, maintainable, and testable individually.

The Connection between Microservices and Node.js

The aim of the creation of the Node was to make it easy to build apps that are microservices-based. Although its name clarifies the connection, its aim is to convey that Node apps must be made of various small distributed nodes that communicate with each other in order to make the app work.

In simpler words, microservices and Node.js are made for each other.

Advantages of Node.js

The following are the reasons why Node.js would be preferred by a web app development company.

#1: Easy development workflows

easy development workflow

This means that a developer can easily work on their respective parts of the app without having to deal with the app as a whole. Since an app is made up of several small parts, these can be simplified and worked easily upon.

#2: Simplified updates and maintenance

simplified updates and maintenance

Node.js development provides an individual to enhance their system incrementally rather than investing in a large and expensive rewrite. Node encourages this approach by enforcing a service-based, modular structure of the app.

#3: Cost control

cost control

Through microservices that are the key focus of Node, one can only copy the fragments of the application that are really needed to be dealt with the extra traffic, saving money.

#4: Data Replication

data replication

This is especially simpler with Node. Moreover, numerous NoSQL databases that benefit from Node, are accessible in the market, generally free of cost.

#5: Reliability and Performance

reliability and performance

An app that is built by a web app development company  through Node.js is stable and snappy. Moreover, these can be scaled up to infinity. The only limit, in this case, is the budget.

#6: Strong Technology Stack

strong technology stack

When one uses Node.js development, they get all the benefits of technology. These are as follows.

  • A variety of tools free of cost
  • Simplified sharing of knowledge within a team
  • Performance and speed
  • Code reuse and sharing
  • The better overall productivity of developer and efficiency

#7: Event-based and Fast-processing Model

event based fast processing

Features like a V8 engine, asynchronous request handling and non-blocking output/input are what make Node.js very fast.

Advantages of Microservices

The following are the benefits of microservices.

#1: Resistance to vendor lock-in

Various kinds of microservices within the same large app can be made by utilizing different languages of programming based on the problem.

#2: Better Performance

Because every microservice performs only one task, they are simple to be tuned and optimized for efficient working.

#3: Lesser Errors

Since microservices are pieces of technology that are bite-sized, it is easy to keep them free of errors.

#4: Scalability

Using microservices for monolithic apps makes it easier to handle them.

#5: Unified development of very complex products

Since microservices help in the breakdown, it is easier to conceptualize, make, and maintain complex apps.

#6: Better structure

An app that is properly structured is simpler to comprehend. This means that the new features of the app are simpler to design and implement. In other words, less money and time are spent on the analysis of business and more on the development of the apps.

Read Also – Front End, Back End, Full Stack—What Does it All Mean?

Pros of Integrating Microservices with Node.js

Now that you have clearly understood what microservices and Node.js are, how they are connected, and how are microservices and Node.js good, it is time to comprehend how good is Node.js for developing apps that are based on microservices. These are very similar to the pros of Node.js since it is made for microservices. The following are some benefits of their integration.

#1: Replication of Data

replication of data

The replication of data is required for microservices that go well with Node.js. Moreover, the developers or programmers can get an advantage from NoSQL databases. This approach is an alternative to the traditional, tabular model of maintenance of databases. The utilization of Node.js can help the developers to optimize the benefits of the feature.

#2: Performance and Reliability of Apps

performance and reliability

By utilizing Node.js, web app development company can build powerful applications, which live up to the expectations in terms of reliability and performance. In fact, the apps can be scaled infinitely.

#3: Higher Productivity

Node.js involves a package manager that comes with a number of modules that are capable of being utilized immediately by the developers. This aids in decreasing time consumption and reducing effort during the process of the development of the app.

higher productivity

Moreover, one single language can be utilized in the whole stack. Furthermore, the developers can utilize the same modules in the frontend as well as the backend. The whole process boosts the productivity of the developers.


Now that you have understood the relationship between Node.js and microservices and how their integration is beneficial, you must be able to figure out how good is Node.js for developing apps based on microservices.

While microservices help in the simplification of large apps and help them to be structured well, Node.js provides benefits like data replication and high reliability and performance.

Node.js and microservices go hand in hand. Due to their numerous advantages, a web app development company is the most likely to utilize the integration of these two. This is especially due to the saved time and money and a higher productivity rate.

nodejs developers

Top Digital Transformation Trends in the Automotive Industry

The automotive industry is one of the largest data-driven industries in the world. With the growing trend of mobile technology and things like artificial intelligence, machine learning, and the internet of things, among others, this all has put the automotive industry in a state of disruptive transition. With this, the automotive manufacturers are facing fast-changing customer needs since they are now demanding a digitally enhanced experience.

In the midst of all this, the automotive industry is forced to incorporate technological offerings. This has commenced has a new path of automotive future trends that will shape the future of the automotive industry. Since we are already in 2020, digital transformation companies are tasked with creating something effective or productive, such as apps for the automotive industry so that the customers can have seamless connectivity with the service.

Next-generation innovations are all set to make an impact in this digital economy and maybe beyond the competitive advantage for the industry.

With that being said, in this post, we will look into the automotive future trends that will drive the industry further for a better tomorrow.

Let’s get started.

#1 Improved car-buying experience

We all know how stressful it is to buy a new car. From choosing a car to selecting a budget, finance, and whatnot, it is a heck of a process. Finding a solid loan is itself a daunting task that we don’t consider the most enjoyable way to spend our time. However, with the advent of technology, things are changing in the automotive industry.

car sale

For example, Toyota has partnered with some digital transformation companies to create an augmented reality (AR) system that requires no mobile application whatsoever and enables users to get to know the car models without even requiring setting foot in the brand showroom. Not only Toyota, but Audi is also following the automotive future trends by creating its VR (virtual reality experience) that allows users to configure the car models of the future. The concept of virtual showrooms is a reality now and is allowing car dealers to save money by saving costs on the infrastructure.

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#2 Personalized driving experience

One of the most happening automotive future trends that will shape the automotive industry is the personalized driving experience. With the inclusion of artificial intelligence and IoT in the arena of automotive, that day is not far when the car adjusts the air conditioning, radio, mirror, and seat, among other settings, each time a new driver enters.

driving experience

According to experts, the industry is working on developing an AI system that can read the mood of the driver as well as the passengers. This will work wonders in many ways. Imagine your car alerting you when you get distracted or fall sleepy while driving. This personalized driving experience is something that will make the car ride more comfortable and safe for people and their families.

#3 Security

With the increase in demand for rental car services, people won’t think twice before syncing their smartphones with the rented car. Do you have any idea what happens to your data when your device is connected with the car? Data threats are happening all the time and in every industry. With the amount of data being collected, it is time for users and manufacturers to make data security a major priority. The latest models of the vehicle manufactured boast innovative technology. That means the key fob, steering, breaks, and even the engine, are hackable.


We have all seen this in movies where the cars get hacked and cause severe trouble. If hackers are able to access user data that is linked to the car, they can easily manipulate the vehicle without your consent. The safety of automotive connectivity is going to be a great topic of debate by the larger public. This is going to push the automotive manufacturers to make data security their top priority.

#4 Predictive maintenance

Cars and other vehicles are machines, and machines require regular maintenance and service in order to deliver top-notch performance. While vehicles now can keep track of time, distance traveled, mileage, and more, it would be wonderful they can store the data and remind the drivers of the potential threats and issues looming their vehicle.

Predictive maintenance

According to industry experts, one of the automotive future trends will be about vehicle data being stored on the cloud network that the user can access whenever required. This will notify or alert the driver when issues like the taillight about to burn out, faulty brakes, or some engine trouble might happen. Although predictive maintenance is still just a nascent subject that hasn’t been streamlined yet, a study shows that there was a 30% increase in uptime by truck drivers that predicted failures 30 days in advance, with 90% accuracy.

Read Also – How is Virtual Reality(VR) going to change the modern world in 2020?

#5 Remote updates

One thing that the automotive industry is thoroughly working on is to provide remote updates to the users. Putting it in simple terms, the future car owners won’t have to set foot in a mechanic’s shop.

Remote Access

With remote access, automotive manufacturers will provide technology updates recall information, and safety updates, among others, without you requiring visiting your local mechanic. All thanks to always-on connectivity, the users and manufacturers will be always connected.

#6 Better customer experience

It is expected that the automotive future trends will see a drastic change is customer experience. Previously, the voice control systems and the navigation in most vehicles were said to be slow or clunky. Well, it took at least five minutes for the car’s voice control system to process the information put the user.

customer experience

Thankfully, with the likes of artificial intelligence and machine learning, manufacturers are improving the customer experience by integrating powerful systems that easily synchronizes with your smartphone. This will give users a seamless experience while driving the car with features like real-time voice actions, up-to-date navigation, and much more.

#7 Seamless connectivity

Last but not least, the automotive sector is partnering with digital transformation companies to develop apps for the automotive industry that will provide seamless connectivity experience to the customers. That means users can stay connected to their favorite systems, apps, entertainment, and music.

Seamless connectivity

On the other hand, kids can stay connected to their favorite apps and games and even get a handle on their homework while getting back home from school.

Read Also – Top 10 Digital Transformation Trends in 2020 to keep an eye on!

Final Words

The automotive future trends are all set to take the world by storm. And if you are in the industry, it is your time to upgrade and adapt to the latest technologies to stay competitive in the ever-changing market.