While growing up, we imagined our future, especially the year 2020 would be similar to the Jetsons, where the means of transportation will be changed. We expected by the year 2020 we would have found the solution to our flying car dream like the Jetsons flew. When we look outside the window, the absence of flying cars will be pretty obvious that it is painful, too. In this modern era, where technology has wholly transformed the way we live our lives. Still, unique innovation is left in the transportation industry. As the development of flying cars with technological advancement has yet to be left to watch.
As we brought up watching flying cars and magic sticks in cartoons, we started imagining that one day when we look outside from the window, we will watch full of flying cars in space. But do you really think flying cars is the need of the hour? Well, look below and see what experts say?
For many reasons, our dream did not become a reality. Someday, it may happen, but we don’t know when that day will come. Experts in the transportation industry realized that with the help of 5g and edge computing, we don’t require flying cars, but rather self-driving ones.
The Statistics Speak Volumes
The global autonomous vehicle market size is projected to garner $556.67 billion by 2026.
“10 million self-driving cars will be on the road by 2020,” blared a Business Insider headline from 2016.
Google owns more than 50 driverless cars in the USA, and it regularly tests on public roads.
According to the survey, 56% of Americans said that they would not prefer a driverless car. In general, consumer acceptance for the driverless or automotive vehicle is very low/less.
The government of America is willing to invest a large amount of $4 billion to make driverless cars a reality.
Driving by Wire- The most Leading Trend in the Transportation Industry
Autonomous vehicles may take over our streets and cities sometime in the future around the world. while self-driving personal cars may seem too futuristic at the present time. However, there are plenty of tech and car companies that are actively developing and investing in. This could bring a change in the transportation industry, that means the demand could shift toward more of the on-demand and shared vehicle trend for personal transportation. But the major effect will come when autonomous city buses and fleets of tractor-trailers are ready for prime time.
Can Driverless Cars be a Solution?
Driverless cars help overcome all sorts of problems, like traffic delays and traffic collisions caused by driver delusion. But, it doesn’t stand here. Self-driving cars will bring innovative and exciting applications for a number of industries, like shipping, logistics, transportation, and emergency transportation.
The previous models of driverless cars focused on the approach of an on-board AI processing system that is crunching data and making decisions along with sensors fitted underneath the vehicle. But, that proved to be slightly challenging. In the year 2019, a uber crash in Arizona and that car hit a woman who later died at a hospital. As per reports, the cause was the overwhelming flood of incoming data points and the delay that it took to process those data and make a decision.
The solution lies in the vehicle’s processing ability to send signals reliably and faster to communicate with nearby vehicles, remote servers, and external devices. It will require a large amount of bandwidth. Each day, a vehicle generates data, which is a way more than all of Twitter activity creates in a day across the world. This is where technologies like 5G network and edge computing come in the light as a key required infrastructure element.
What is 5G and Edge Computing and How can these technologies help?
Today, when we talk about 5G networks, the primary thing that comes to mind is that it will have greater bandwidth and higher download speeds available to customer devices. But the most exciting and critical advantage of the 5G network is it required a low latency rate when communicating. Latency measures the time it takes for some data to get to its destination across the network. Current 4G networks have a latency of about 50 milliseconds, and 5G promises low latency of 10-20 milliseconds.
However, when the speed of the car is at 60 mph and needs to brake because the traffic signal turned red, even the latency of 10-millisecond could be dangerous. In a future where innovations like self-driving cars and remote-controlled robotics are finding its way, achieving near-zero latency is becoming more critical. And here edge computing comes in. In the current Verizon test, latency using 5G and Edge computing has been reduced to just one millisecond. “To achieve near-zero latency, where data moves many times faster than the blink of an eye, having computing functions closer to the user is a vital step,” said Koeppe.
Cloud computing solutions and services have offered a multitude of benefits. An increase in the ability to process more data through more connected devices, reliability, energy efficiency, peak data rates, are also benefits of introducing MEC technology. It enabled the business to outsource infrastructure management. More importantly, it accelerated the mobile revolution by allowing business applications. Residing in the cloud to be accessed from anywhere everywhere around the world with the help of internet access.
The Problem Edge Computing Addresses
According to the Forrester reports in 2018, edge computing stood to address several cloud-related challenges, in which some of the critical ones are:
An increasingly more distributed and flexible workforce
The limitations of bandwidth and connectivity
A growing need for low latency and high reliability
The rapid expansion of the IoT
Evolving data privacy requirements
The high cost of data transit and data storage
With 5G Rollouts Finally becoming a Reality
Automotive manufacturers are starting to realize its importance. 5G is an essential component of the manufacturer’s overall approach to autonomous vehicles. Besides the demand for vehicle-to-vehicle (V2V) and vehicle-to-everything (V2X) communication to increase road safety, 5G and edge computing would make other critical safety features feasible.
Auto-pilot or Remote Driver- Dealing with the Road Conditions
When the condition of the road becomes too complicated to handle for a computing system, the autopilot feature hands the controls over to the driver. But what if that driver is old-aged or disabled? Will he be able to take control of the vehicle? They may not be able to do so. That’s why some big reputed companies have been continuously experimenting with remote operators sitting at a simulator taking over vehicle controls. To achieve this, the combination of 5G and edge computing will be necessary to get low latency and fast speed.
When it comes to testing autonomous vehicles with 5G communication, Hyundai was the top name among leaders in the market. But, it is still being done in a controlled environment under the supervision of humans along with an excellent environment. Fully autonomous or driverless cars are at least three to four years away from being available in the market to the consumers.
Do you know Hyundai also used 5G technology to navigate its autonomous passenger flying drones? Isn’t it interesting? Is it possible that by 2025 we will not only get to see autonomous vehicles but also flying cars? I will remain hopeful.
Ever wondered why giants like Netflix and Paypal trusted their servers to Node.js? When it comes toweb app development, Node.js is the perfect choice to develop web apps in real-time. If you want to explore about Node.js, then you are in the right place! In this blog, we’ll walk you through Node.js advantages, disadvantages, and benefits that’ll help you understand how it can add value to your projects.
Introduction
As we all know, Javascript is one of the most popular and widely used client-side programming languages. It is mainly a web front-end development tool and is undoubtedly worth more than just a handy customer for the building a cross-development platform.
It is quite popular due to its usage in numerous other popular platforms such as Titanium, React Native, NativeScript, Apache, PhoneGap, and so on. In the current times, the use of Javascript has expanded, and now it is used in server-side programming too. Node.js is indeed one of the major in this significant shift in web development.
Let’s know about NodeJS:
In the simple term, node.js is a free, open-sourced, cross-platform javascript run-time environment that helps in the execution of javascript code server-side. It allows developers to write command-line tools and server-side scripts outside of a browser. As it is an open-source, cross-platform javascript, it helps in the development of real-time network applications. It mainly operates on a single-threaded event-based loop, but you relate node.js, not a platform, and it has nothing to do with PHP, JAVA, or .NET.
Why use Node.js for creating web apps?
As we have already discussed above, node.js. No wonders, node.js is one of the most influential technologies. Ryan Dahl first launched the technology in 2009 at the annual European JSConf. It immediately became one of the most exciting single pieces of software in the current javascript universe.
Since the launch, it has been enjoying the massive attention of all the developers. It has numerous features that have made it become a top choice for developers when they want to create web app development. It allows developers to create web servers and networking tools as it has practical use of javascript. Its application can also run on numerous servers, including Mac OS, X, Microsoft Windows, Unix, and so on.
Moreover, it has an inbuilt library that offers extended features to apply to act as a web server. Let’s look at its significant benefits and drawbacks of Node.js.
Advantages of Node.js
1. It offers an easy scalability
One of the key reasons that most of the developers love node.js is that they find it quite easy to scale the application in the horizontal and vertical direction. The developers can scale the application in a horizontal manner by adding extra nodes to the existing one.
It also allows the option to create some additional resources for the single nodes in the vertical scaling of the application. Hence, it proves that it is highly scalable as well as better than any other javascript server.
2. It has great availability
As we have earlier mentioned above, node.js is an open-source platform. With node.js, anyone can quickly learn, develop, and distribute the technology for any purpose. It is free for all users. As ready-made modules, code samples, and libs are open-source, it allows users to configure the app quickly and without any cost.
No wonder people are highly willing to acquire this technology as it is quite easy to learn and available to them.
3. It is known for offering high performance
As we all know, Node.js interprets the javascript code via Google’s V8 javascript engine. Google invests massive amounts in its engine. As a result, performance improves continuously.
The engine complies with the javascript code directly into the machine code. This helps to make it faster as well as easier to implement the code. It also allows features of single module caching that help the application load faster and be more responsive.
4. It has the support of the large and active community
Node.js has a large and active community of developers who keeps working hard towards further development and improvement. Moreover, the groups of large developers are well supported by the javascript programmers that provide readymade and easy solutions and also codes in GitHub. In the upcoming years, developers will initiate many further developers.
Drawbacks of the Node.js
It would not be fair to list only the benefits of Node.js and not mention the drawback of Node.js. Here we have a list of some common cons that most developers have to face. let’s have a glance:
1. An application programming interface (API) is not stable
One of the most common problems that most of the developers have to face about Node.js is the application programming interface (API) is not fixed. It keeps on changing at frequent intervals of time.
When a new API arrives, the number of backward-incompatible changes also changes. Hence, the developers have to make changes in the accessible code bases to match with the latest Node.js API.
2. It doesn’t have a substantial library support system
In comparison to other programming languages, javascript doesn’t have a reliable and robust library system. In most cases, users have to take the support of another library for numerous tasks such as Processing of the image, object-relational mapping, XML parsing, handling database operations, and so on.
This becomes quite difficult for developers to perform even common programming tasks using Node.js.
3. It is not suitable for heavy-computing apps
Another problem that most of the developer has to face is that it doesn’t support multi-threaded programming yet. Though it can serve apps such as ruby or more complicated than that, it’s not suitable for performing long-running calculations.
If you try to do heavy computations then, it may lead to a decrease in the performance. However, node.js is suitable for complex apps, but it may perform less effectively in a case that requires some heavy-computing.
Concluding Thoughts
Here, in this article, we have discussed the benefits as well as drawbacks of node.js. No wonders, the node.js has more advantages to its disadvantages, and all the disadvantages are relatively fixable. node.js uses javascript that provides a sound system for back-end development as developers are much more familiar and comfortable. With the evolution of time, more and more businesses have adopted node.js and have ended getting positive results.
I hope you guys liked the content of the article and find it helpful. If you like the article, then please do like and comment.
Iot is an emerging technology. It is shaping our lives and transforming traditional businesses. IoT is an integral part of digital transformation and the next door of revenue opportunities. This will play an essential role in improving the liveability index of smart cities.
As billions of devices, systems, and services get united. We see a tremendous change in the way consumers’ lifestyle is getting huge benefits. And, nowadays, companies are growing with more efficiency as they are focusing on reducing operational costs and optimizing resources.
IoT will work closely with the real-time Artificial Intelligence (AI) as edge connected devices, improving the pattern, shifting from central clouds to decentralized intelligence. As we know, numerous devices, services, and systems become connected, the IoT market will grow steadily. With the increasingly cheaper and ubiquitous sensors, converting the physical data to digital content is easy.
According to NASSCOM, the IoT market size will grow at a rate of 62% CAGR and reach up to US$9 billion by 2020. Also, the IoT market revenue share will hold in many sectors such as Utilities, logistics, healthcare, automotive, production, and so on. The rising penetration of smartphone and mobile internet consumers is what driving consumer IoT mobile app development solutions in the market.
What are the factors that drive the growth of IoT in India?
Various factors are driving the IoT growth in India. These are:-
Maturing IoT Solution
Enhancing Customer Experience
Momentum on evolving partner ecosystem
Increased network coverage
Improved data speed
Increasing operational efficiencies
Innovation in product offerings
Key IoT Trends that are Shaping the Future
It’s essential to figure out the latest IoT digital trends that shaping the future. In this blog, we will share the list of crucial IoT trends in 2020 that open the opportunities for the IoT business. Additionally, these IoT trends will open the opportunity door for the iso and android app development industry. These trends which we are discussing below will help you see the full potential of IoT business opportunities.
1. Digital Twin
Digital Twin is a virtual copy of a process, product & service or system over its lifecycle, using real-time data to enable learning, rationalizing, and understanding. IoT sensors that collect data and information like real-time status, live position, health, and performance, etc. are integrated with the living or non-living physical entity. The ecosystem of digital twin technology includes various technologies such as IoT, Big Data, Cloud Platform, & AI. All these technologies will empower the twin ecosystem.
Digital Twin assures the security of IoT devices. With tangible objects, digital twins offer us a look at what’s real, or what may happen far into the future. Do you know, Digital Twin can help Companies and Engineers to achieve great deals? Right from visualizing products by real users in real-time and refining assumptions with predictive analytics to troubleshooting and building a digital thread, connecting various systems, and improving traceability. All is possible now!
According to a report, the digital twin global market will continue to grow at a CAGR of 37.87 to reach $15.66 billion by 2023.
2. 5G may unlock the immense potential of IoT
In the advent of the 5G era, it is likely to reshape the present wireless communication methods used for IoT-based applications. 5G provides a wide range of benefits to the IoT, which are not available with 4G or other technologies. According to EY Global IoT Leader, “Iot can’t thrive without effective and affordable wireless connectivity, interoperability, and common standards.”
A recent market survey by GSMA Intelligence revealed that most enterprises are already using IoT, in which 65% of enterprises had already deployed an IoT solution. The majority of deployments are small, but with the arrival of 5G, the deployment size will grow.
We believe 5G has the potential to unlock up to $12.3 trillion of revenue across a broad range of industries. 5G will reshape the future of IoT! 5G and IoT both will work in the areas of latency, security, scalability, and reliability.
3. Edge Computing
The way we process and deliver the data is now entirely transforming with the advent of edge computing. The increment in the demand for IoT devices and real-time calculations requires vast computing power. This is what drives the edge computing technology forward.
The change to edge computing may have a significant impact on Operational Technology and Organizations’ IT
Edge computing a distributed computing paradigm that brings the data and computations closer to the device to reduce latency and bandwidth use. This is resulting in more efficient network bandwidth and more functional and efficient IoT solutions. Now, with edge computing technology, there is no need to rely on the central location for real-time data. According to the survey in 2018, it indicates that 27% of global telecom companies are implementing edge computing in 2019.
One of the significant benefits that Edge Computing offers- it reduces the cost of bandwidth for IoT data that comes from the distant location. The growing number of IoT devices collecting and transmitting data to the cloud is what created a market for this trending technology.
4. Virtual, Augmented, and Mixed Reality Applications
The blend of IoT and AR has a great symbiosis. How? IoT bridges a gap between physical assets and digital infrastructure. Whereas, AR carries digital elements to real life. AR and IOT have great potential and can do wonders in the healthcare industry. Augmented Reality is a technology that bridges the physical and digital world by overlaying information on the physical environment. Virtual Reality provides a computed generated 3D environment that surrounds a user and responds to that user’s action readily. Mixed Reality is an overarching technology solution that combines the real and virtual worlds. According to the reports and analytics, the AR, VR, and MR technologies will continue to grow at a fast pace, reaching a market size of $147.4 billion by 2022.
The future of IoT looks bright and promising as it has limitless potential. Let’s watch and face it: 2k20 is going to be the year of IoT. Soon, IoT will transform our lives right from the industry level to the household sector. In all the aspects of our lives going to change with the IoT devices and solutions. It will be interesting to watch all the IoT trends in 2020.
Shopify has been experimenting with React Native for quite a few years now. Now, they have decided to adopt the framework for mobile app development in the future run. According to Shopify, it not only doubles productivity, but its one codebase feature allows up to 95% code sharing. The code can further be used at different mobile platforms.
After Shopify acquired Tictail, they joined the journey with React Native. Tictail, itself was a company doing its development and building projects to React Native. Shopify focused on React Native mainly because they were already using React in their web products. Hence, Shopify tried to explore React models in their mobile apps. In 2019, Shopify’s three teams decided to build three apps- Arrive, Point of Sale, and Compass. Arrive was an order tracking tool for customers. Point of Sale and Compass’s main focus was to target the sellers.
What is React Native?
It is an open-source mobile application framework for building native mobile apps and was created by Facebook in 2015. It has the best Javascript library that you can use to build your native mobile user interfaces. After spending a year in experimenting with React Native, Shopify declared that they would adopt this framework at Shopify for future mobile app development.
How React Native works?
React native is providing a convenient way to build native mobile apps using JavaScript. It works in a similar way as React does. It allows developers to create user interfaces in JavaScript, for which it renders native components, i.e., written in Objective C, Java, or Swift) instead of providing HTML. Using native platform bindings, it can translate virtual DOM into mobile natives. Further, this binding contracts with application logic in Javascript.
The React Native was first available only for Android and iOS platforms. After the community-driven efforts, Facebook supported them and has brought it Shopify to other platforms as well
The reason behind choosing React Native is that they were already using it extensively for their web products. Therefore, they already knew the advantages and disadvantages of the React Native framework, and somewhere they may found it beneficial. They see the performance curve circling in the upward direction. And they can long-term invest in it as they do in Rich Media, Ruby, Rails, etc.
They learned from the acquisition of Ticktail ( a first mobile company that focused 100% on Cross-platform React Native) in 2018, how far React Native has come, and their three teams started developing three different apps using React Native. That’s why they chose to go ahead with it and decide to use it to build their mobile apps.
Shopify engineering veep Farhan Thawar explained why the team is changing from native mobile development to cross-platform framework and React Native in particular. He says, “After years of native mobile development, we’ve decided to go full steam ahead, building all of our new mobile apps using React Native.”
1. Arrive
Developers used React Native to build Arrive. The app was initially built on iOS platforms. Afterward, it was launched on Android at almost no cost. Shopify says both versions shared 95% of their codebases. Shopify also reduced the number of crashes compared with the Native. Arrive also allows you to scan a QR code linked with a GitHub pull request.
2. Point of Sale
Shopify used React Native to create Android Point od Sale’s app and left iOS app out of the zone in the original plan. It used two versions of separate and compared development speed using native iOS technology and React Native on Android. Shopify also compared the performance of the Android React Native version with the native iOS app. At Unite 2019, Point of Sale was rewritten, and the native iOS and React Native Android apps are expected to launch in 2020.
3. Compass
With Compass, Shopify compared three technologies- native, Flutter, and React Native. After the comparisons, Shopify went along with React Native and launched the app on iOS and Android in three months only. Shopify claims that the apps on different platforms approximately shared 99% code.
When is it not Default to Use React Native?
While developing apps with React Native, there will be situations when things might go wrong. For example, if react native development services have a requirement of:
Deploying older hardware (CPU <1.5GHz)
High performance
Background threads.
What could go wrong while developing apps with React Native?
Wrong estimation of different layouts for iOS and Android versions.
Most of the time external module’s codes don’t work
Redux helps in storing and managing the data. Most of the developers go the wrong way in redux store planning.
Shopify and React-Native’s Future
Shopify believes that they will join forces with React Native. It does not mean that they will build all their apps or re-build apps on the new tech. Shopify will keep using low-level native frameworks for some of the apps. They say that they will only write components using native technologies when performance needs it. The Shopify Ping app has enabled thousands of users on iOS. In 2020, Shopify will build its Android version using React Native.
In 2019, Twitter came up with its desktop and mobile web apps using React Native Web. It also allows you to use React Native stack for your web apps. At Shopify, developers will be doing some more Native Web experiments in 2020 too. Parangat Technologies is a top Shopify web & app development company having a top React Native app developer that can build great Shopify apps. If you want to develop Shopify like apps with React-Native, then get in touch with us.
For further queries related to Shopify mobile app development, please talk right away to our consultant team.
With the evolution of the mobile industry, the audience has chosen their sides – iOS and Android. It is 2020, and mobile app development technologies with its enhancements are at its prime. While Android users have been bragging about Android’ ‘s flexibility and usability, the other side always brings a ‘security’ issue on the top. iOS users have always been ending the argument by bragging about the iPhone’s security. But, is it the case? Google and its byproduct – Android is also on the top right now in terms of its security features. It brings us to the argument – iPhone or Android: Which one’s better in data protection and privacy?
Data Privacy on the Devices
Data privacy is the handling of data and its storage. Many tech experts believe Apple is superior in that. When it comes to privacy, Android mobile phones’ data is transmitted to Google servers. Android owners then use the data for advertising and building users’ profiles. The android phone does become more customizable by it, but at the cost of privacy. It does make the Android phone more customizable but less private. On the other hand, Apple has been quite vocal about data privacy in iPhones and storing data locally on the phone rather than sending it to servers. Although, it is not entirely accurate as less data is sent to its servers for ad targeting. Tim Cook, Apple’s CEO, told Vice News Tonight, “The narrative that some companies will try to get you to believe is ‘I’ve got to take all of your data to make my service better.’ Well, don’t believe that. Whoever’s telling you that — it’s a bunch of bunk.”
What Report Suggests about Security on the Devices
Advertisers have been getting Android users data from Google for wide targetting. Which brings us to the more secure question – which segment of devices can be hacked easily? Android, once again. Apple’s iOS strictly scrutinize the apps present in the App Store, and the apps are more restrictive. Android has been very vocal about being open-source. Developers get ‘Yes’ by Google easily to add their app in the Play Store, and this has increased the presence of malicious apps in the store.
According to a report, it suggests that the percentage of high-risk vulnerabilities in Android is 43% while 38% in iOS applications. Mobile Security is in a “relatively good place today.” – By Gartner Analyst
A report suggested that in August 2018, Google removed 145 Android applications from its Play store. A security firm, Palo Alto Networks, informed Google about the apps infected with malware, which were stealing data from users.
Google’s Android is open-source with better accessibility. Android developers can create apps and allow users to customize the device. Apple is more restrictive and secure, and the store carries fewer malicious apps and allows less customization for users.
Software Updates
Android has been lacking in providing regular software updates. A security researcher in July 2015 found a bug in Android devices code, which made more than 950 million devices vulnerable to hackers. Apple has been very frequent in providing security updates and patches to its devices. A security reporter at VICE’s Motherboard, Lorenzo Franceschi-Bicchierai, wrote ‘Goodbye, Android.’ The article said, “Google still has very little control over software updates, and Android users are basically at the mercy of their carriers and phone manufacturers when it comes to getting updates or new operating system versions.
The Existence Level of Threat on iOS & Android
When we compare these two platforms on the basis of the existing level of threat, then iPhone or iPad users have the better side. According to the studies, it was found that the percentage of malware threats on Android is high than iOS. As a result, it downs the massive popularity of Android devices and also its open approach. Plus, Apple vets all the apps before they launched the app to the apple app store. In order to avoid malware threats, Apple’s App store tightly checks the app before it is made available to the users.
But the facts & illustrations alone don’t tell the story. After all, it requires one piece of perfectly formed iOS malware only to make as much damage as thousands of copycat Android threats. Android and iOS, both the platforms, are equally at risk from malicious activities that are accomplished through human interactions. Hackers are using personal methods to target data & information.
Which one is more Secure Software?
If all the users update and upgrade their smart devices with the latest version of OS available, then it eliminates the chances of threats that happened on Android. It is crucial to keep your devices up-to-date because the fragmentation of Android devices across old versions plays into the hands of social engineers. According to digital trends, “Up-to-date versions of Google Android can be considered secure.”
When talking about Apple, it has no such problems as updates of iOS quickly filters through to users. No doubt, the release of ios updates are significant events that immediate mass upgrades. This means that the fear of security is light enough to be big news when they occur. There are also drawbacks to Apple’s tight control over everything occurring on its OS, but it makes for a more secure environment for users, no doubt.
Final Words
It is clear that Apple is more secure, and users can play within the set boundaries with ease. Securing your phone is one trade, but data privacy is sometimes in the user’s hands. What apps they are installing on their phones and are they having a good understanding of their privacy policies, it all must be user’s brain work. Android has been trying hard to eradicate as many malicious apps as they can from Play Store, but the problem lies with the “soft” behavior towards the developer’s app. APp has been strict in that niche, and that’s why the malicious number has stayed on the rock bottom in the App Store.
Security concerns have always been there, and to prevent those, users should still maintain digital hygiene. They can use password managers and enable two-step verification for a more secure environment. This can be supported on any platform and will keep your data always to you. But the bottom line is that Apple is best when it comes to built-in privacy. Some security measures from your side can prevent hacking, although irrespective of your phone system.
Do you want to know the exciting developments that are coming your way in the coming year? What technology trends can we expect to see in the future? As we all know, technology is evolving at a rapid pace; it isn’t easy to predict the annual mobile app development trends. As we look into the future techniques and imagine the possibilities, then it seems more exciting and bright than ever.
As technology evolves, IT professionals also need to up-scale themselves and stay up-to-date with development in technology. The year 2020 brings many game-changing technology trends that you need to master and skill. Some technology already is embraced by modern enterprises, while some new technologies are still left and are not common finds in the IT industry. Other technologies are ‘prime pickings’ which not only change the way we work but also as we live and socialize. The upcoming modern technology that we know and savor evolves drastically with newer applications and use cases. We will begin to see the new benefits and opportunities for advanced technology.
IT Workers have to keep their eyes on the future, understanding what skills they need to learn. Without wasting more time, now I would like to draw your attention to the top technology trend that you should look in 2020. Also, these technology trends will create huge advantages for businesses too.
The Top 10 Technology Trends For 2020
1. Robotic Process Automation (RPA)
More companies are turning to robotic process automation to streamline enterprise operations and reduce costs. With RPA, businesses can free corporate workers to focus on higher-value work or to give more time to attending customers. Others see RPA as a temporary way to deal with a problem en route to intelligent automation via AI and ML tools, which can be trained to predict future outputs. As companies are more inclined towards this technology, making it an advantageous subject to learn. The demand for RPA developers is on the rise. So, it would be best for you if you learn RPA.
Explore the Curriculum with RPA skills.
The repetitive tasks are much included in any nine-to-five job in any industry. With the help of Robotic Process Automation, you can automate such routine and repetitive tasks.
There is no need to write any code to automate monotonous tasks.
The trend of bots and machine learning in 2020 is going to shoot up, which means RPA will become a valuable skill to have.
2. Internet of Things
The trend of IOT in 2020 is soon going to skyrocket in the market. It no longer remains a buzzword but has become a full-fledged technology ecosystem in itself that will quickly establish a strong foothold for all of us. And this can transform our lives completely. IoT essentially is a giant network that is connecting with many devices and creating a virtual system where everything works seamlessly via a single monitoring center of sorts. According to the Gartner, it is predicted that 20.4 billion connected things will be in use worldwide by 2020. It will be worthwhile to enhance analytical skills for churning out relevant information, especially from IoT devices.
3. Artificial Intelligence and Machine Learning (AI & ML)
Artificial technology or AI is not a new word in the tech industry. But it has created a buzz in today’s technology and business landscape. Still, since 2018, Artificial Intelligence and Machine Learning have reached a critical tipping point and is a crucial driver of the Fourth Industrial Revolution. The effects of AI (in its embodied form of robots) will soon be seen in businesses, homes, and even public spaces. ML and AI will provide companies with unparalleled visibility into their competitive landscape, actual performance, and allocation of resources.
In 2020, the trend of mainstream implementation of Artificial Intelligence solutions for enhancing business performance and productivity will continue to grow. In the decade, Up-skilling the knowledge with AI skills is required for IT software. Because ML and AI will not be going anywhere in the future. It is here to stay for a long period. This year 2020, the trend of AI and ML technology gives marketers a unique opportunity to deliver a brand-new value across their entire business. Explore the curriculum to Master AI and ML and have a bright crystal career ahead of you!
4. Blockchain
Blockchain is one of the top strategic technology trends for 2020. It is an open, digital ledger that stores all the data of the transactions done over its network. This is the technology that powers bitcoins, the most popular peer-to-peer currency that has taken over the world. The benefits of Blockchain are countless, including secure registry, smart contracts, secure user identification, smart storage, decentralization- the list is endless! A new blockchain trend, as a Service (BaaS), is a cloud service, which is offering by big tech companies, to enable the users to develop their own digital products by working with Blockchain.
Block is a new technology, and there are only a few developers who are expertise in Blockchain. So, its high time to develop skills and experience about blockchain technology because the demands for developers of Blockchain is on the rise.
5. 5G
The long-awaited technology, 5G roll-out, and is all set to make a move from concept to reality in 2020. The next-gen network technology will boost mobile networks and offer incredible high internet speed and extremely high capacity. 5G will take the industry beyond communication and will enable businesses to unlock the full potential of the cloud. This helps them to gain new insights.
“5G wireless networks will support 1,000-fold gains in capacity. Which means it will give connections for at least 100 billion devices and a 10 Gb/s individual user experience of extremely low latency and response times, by Huwaei
However, mobile network carriers will need to increase bandwidth and decrease network costs. So mobile users can also take advantage of its speed. Moreover, LTE adoption is supposed to reach $672 billion by the end of 2020.
Final Words
Innovation & technology trends are emerging now and then all around us. Well, these are the top 5 trending technology that offers an excellent career path for the future and present too. As we know, the above-mentioned trending technologies are all new, and there are only a few people who are skilled with these technologies. So, this is the right time to choose one or choose all either and explore your curriculum at the early stages of the technology, and have a happy career this 2020.
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