Benefit #1: Capitalizing On A Stunning User Experience

Generally, Apple users are satisfied because iPhones and iPads boast an ultra-smooth user interface. Moreover, Apple brings exceptional client support, making it a game-changing brand in the gadget segment. When your business is developing an iOS app, you will want to leverage the glitch-free user experience Apple devices provide. But why do iOS apps run smoothly on even four-year-old iPhones and iPads? It is because Apple’s hardware comes with a controlled environment.

Benefit #2: Reaching More Paying Customers

The mobile app spending on the App Store is expected to touch an enormous US$161 billion by 2026. This is a hard-hitting statistic pointing toward the growth of Apple’s app marketplace. To that end, investing in an iOS app development project means you are more likely to reach customers who are willing to pay for your product. Additionally, having an iOS application will help you reach affluent prospects located in developed nations – the US, the UK, etc. – where iPhone users are aplenty.

Benefit #3: Gaining Access To Tech-Savvy Consumers

A large share of iPhone users is tech-savvy. Not just that, but iPhone users are receptive to technological innovations too. Let us not forget that Apple was the first one to adopt gestures and remove a physical home button from its mainstream iPhone models. So, if your next application is packed with innovations and would be loved by tech-savvy audiences, then building an iOS app is a no-brainer.

Benefit #4: Providing Consumers With Failsafe Security

While building an application, your business may be tempted to incorporate many exciting features that will be a big draw for your targeted audiences. But you should never deprioritize security in your app. Remember that a secure application will be trusted by your users. And Apple helps in making your next iOS application secure. In fact, the Cupertino-based technology multinational company offers a robust shield of security for its users. That is why iOS users are well-protected from a range of external threats, including viruses, malware, and phishing attacks.

Benefit #5: Testing Apps Is Simpler

The problem with Android app development is crystal-clear – there is a large number of Android devices on the market, and almost every smart device will run on a different version of the operating system. That means if you are developing an Android app, you will have to test it against different versions of the Android operating system. This exercise increases testing costs and time by a wide margin. However, Apple’s portfolio of smart devices is not too wide; best of all, all Apple devices run on the latest iOS version. This means iOS developers will not have to test the app against different versions of iOS. That is what makes iOS application testing simple, fast, and economical.

The Need For Partnering With An iOS App Development Company

As we mentioned earlier, doing iOS app development yourself can do more harm than good. For that reason, partnering with an iOS app development company with years of track record in delivering visually stunning and fully functional mobile apps will be your best bet. Here is where we come in. We have an impressive portfolio of iOS app development projects for clients located across the world. Discuss your next idea with our iOS app developers now and get started with bringing your vision to life.

Cutting out the clutter is another focus area of mobile app development companies. Reducing clutter from an app improves user comprehension. The simple rule of thumb to follow is one primary action per screen. Information overload is something that needs to be avoided as it will overload the limited cognitive processing capacity of the user also, that can impact their decision quality. Great user onboarding will help boost long-term success metrics, like user retention and the customer lifetime value. More features and functions can be built around a score core.

Speed matters, don’t make the user wait for the content, rather the mobile app development company should make the app fast and responsive. An app providing visual feedback will ensure that the user is not confused about whether the app has performed the desired action or not. The mobile app developers should use a skeleton screen to let the user focus on the actual progress of the action, and anticipate what is to come. This practice of mobile app development creates a sense in the app user that things are happening immediately, as the needed information is incrementally displayed on the screen.

Pay attention to the navigation structure

Navigation should be available to the users at all times, not just when they are anticipated to use it. The user’s memory load should be reduced by making actions and options easily available. Navigation should inspire the user to interact with the content of the application. The mobile app developer should structure navigation in a way that supports calling attention to itself. Menu options should be big enough to be easily activated with a tap. Recognizable icons and design patterns will make the users easily interact with the app.

Provide seamless experience across all devices

One important thing that the mobile app developers should keep in mind is that the web experience should not be replicated on the app. Users expect certain interaction patterns while using a mobile application, so the developer should maintain consistency with the color palette, topography, and other design elements. Providing seamless experience across all devices will help build customer trust with the brand. Also, error states and empty states should provide instructions and actions to move forward.

Trends in mobile app development

Communication between a device and a SaaS or cloud solution has enabled the integration of remote teams with workflows. Many business leaders are already leveraging augmented reality (AR), and it will soon become a practical tool to create immerse user experiences. Apple, Google, and Meta are bringing innovations in AR and VR, with Google Maps allowing the users to see the direction in real time on real world imagery. Predictive analytics provide businesses with valuable insights into the customers’ likes, dislikes, and buying patterns that they can use to improve processes and products. Predictive analytics is essential for e-commerce, as they can increase their sales with personalized customer experiences.

Apps that run on foldable devices will see a surge in the coming years. Unfolding a device provides a larger screen to the user for a more detailed and immersive experience. Multi-windows allow users to perform multiple tasks at the same time. Video streaming services, OTT platforms, and gaming apps can reap maximum benefits from the foldable devices, as extra screen space can be used to offer additional controls and information.

Cloud technology is impacting our collective lives. Cloud computing has finally found its place in mobile app development, with apps directly fetching data from the cloud, thus freeing up the precious internal memory space of smart phones. Google Drive, OneDrive, and Dropbox are the top clouds that are used to store and fetch data from the cloud.

Akin to the name, Unity 3D has brought the 3D, 2D & regular mobile game development under one umbrella. The premium features of Unity involve cross-platform integration, an in-house asset store, consistent layout, immersive gameplay, superb visuals, and so much more.

Whether you want to build engaging gaming experiences for consoles, AR or VR ecosystems, desktops, or mobile devices, this gaming engine will be your best bet. Besides, Unity 3D comes in two types.

First, you will have a free version wherein you’ll have limited access to the game engine’s features. Second, you will get a pro or paid version with many features. This gaming engine is robust and jam-packed with top-of-the-line features that make it a drool-worthy option for game developers worldwide.

Some of these features include ready-to-deploy assets, an integrated environment, intuitive tools and processes, and a growing community with a host of free video tutorials.

In this write-up, we will be diving deep into the top three features that make the Unity 3D gaming engine the best in the business. Let us get started now

The Top Three Unity 3D Features

Unity’s Wide Asset Store

It is almost miraculous to find a gaming asset store with the right elements that can help one accelerate the speed of game development.

Since Unity’s in-house store has been loaded with multiple pre-designed assets, developers do not have to lock horns with code and eventually dreaded & menacing bugs in the most productive hour in their regular day at coding.

Think about it. Developers will only have to click on pre-built 3D/2D animation renders, 3D models, how-tos, among others, to develop their next best-selling game. Designers and developers can buy these assets according to their needs and then invest in their upgrades whenever required.

An Array Of Online Tutorials

When you develop your next gaming project on Unity 3D, you will have access to a wide array of learning materials and online tutorials. This way, even if your game development squad includes amateur game developers, you will not have a hard time.

And that is why more inexperienced game development teams love Unity 3D. Having access to tutorials builds the confidence of game developers and helps them take up big projects. The Unity 3D community has a long list of tutorials, which help developers tighten their grip around the ropes, ladders, and falls of the craft. Besides, since these tutorials are always available, the developers can learn the skills at their own pace.

Having Affordable Licensing

Depending on its host of features, a game engine’s development cost and price can run into millions of dollars. Multiple platforms, including Unity and even Unreal, have made the competition intense, and now these players are waging a full-fledged price war. In this fray, Unity has emerged victorious as an affordable option for most game app development companies hunting for biz.

Despite its astronomical codebase of luscious features, Unity is affordable and offers a free version as well. However, serious game developers like ourselves prefer going the pro way as it comes packed with truckloads of features, including a baked-in cloud builder and an analytics tool.

Summing It Up

When all gets said and done, Unity 3D is the jack of all trades and master of all sorta gaming-engine, and there is no catching this black pearl, Savvy? Because of its features and ease of use, this gaming engine gets liked by beginners and experts in the game development field. Now, if you have a game development project, you know Unity 3D will be a favorable choice.

This year’s Apple Worldwide Developer Conference, or WWDC, brought massive upgrades for developers and gave the world a peek at the transformed iOS 14 landscape. At a glance, the conference included the low-down on Apple’s next-gen operating system for iPhones and iPod Touch (7-gen). The iOS 14 version has been open for developers to beta-test now; and the final, polished iOS 14 is expected to come to eligible iPhones and iPods in September this year.

No doubt, Apple’s iOS 14 is one of the biggest upgrades that have happened in the world of iOS since it launched for the first time in June 2007. In this post, we will list some of the most notable upgrades of the latest iOS iteration and even discover how it will change the overall iOS application development ecosystem.

iOS 14 Upgrades That Matter

The iOS 14 is a big update that has revamped the home screen design and added some game-changing features including the upgrades to the existing apps and Siri modifications. Along with that, some of the tweaks in the latest version of the iOS have even streamlined the entire iOS interface from start to finish.

The Support For Customized Widgets

First of all, iOS 14 brings to the table generous support for widgets. Now, widgets can be easily dragged from the Today screen on the right of your iPhone. And that dragged widget can be pinned in a range of sizes anywhere on your home screens.

Speaking of widgets, we would like to mention that there is a dedicated Smart Stack feature this time. According to this feature, the iOS will flex its AI and ML muscles to make sure that the right widget is surfaced on the screen depending on the device owner’s location, activity, and time.

The new iOS variant allows that every home screen page will now display widgets that are customized for travel, sports, work, and a lot more. Till iOS 13 version, the Today section housed all the widgets, but that is also redesigned now. To top it all off, there is a dedicated widget gallery where the users can pick new widgets and customize them.

The All-New App Library Is Here

Swiping to the end of the home screen pages, the user will also get a dedicated App Library where the iOS arranges all the apps present on the smartphone. The newly designed App Library will help the smartphone user to get an organized view of every app on the phone; in the App Library, the iOS will segregate all the applications in folders. That way, finding any one of them will be quick and convenient.

For example, all the games will be present in one folder; on the other hand, the productivity apps will go in a separate folder. And whenever there is a new app downloaded, it can be kept in the App Library so that your home screen looks cleaner.

Freshly Designed Apple Maps

Apple Maps app is also overhauled with the newest iOS update. The new Maps app will now provide a convenient route for not only car owners but also travelers who are riding a bike. The Maps will now show in real time about the busyness of a route. Not just that, the revamped app will show whether the users will face any stairwells or challenging hills on the way to their destination.

From the usability perspective, this update brings a lot of important features while addressing the challenges faced by disabled people too. Additionally, the new Maps will bring the information related to charging stops for topping up the battery of electric vehicles. All in all, with the new Maps, moving across cities and even countries will become convenient.

App Clips Will Redefine How iOS Apps Are Downloaded

Apple brings App Clips with iOS 14. According to the new feature, the users will be able to take advantage of the app without actually getting the full app from the App Store. App Clips will be able to let you do multiple things such as purchasing a coffee, renting a scooter, booking a table in a restaurant, and filling the parking meter by just scanning a code.

As per Apple, App Clips will help users unlock a small part of the entire app experience without having to download the whole app. This way, the users will be able to satisfy their needs at the moment without spending data on downloading the entire app. App Clips will work by using native-designed NFC tags, App Clip codes, and QR codes that can be shared from Safari or in Messages.

Enhanced Security And Data Privacy

iOS 14 is not just about aesthetic enhancements and functional changes. But it is even about iOS’s beefed-up security protocols and privacy options. The updated privacy protection features need the developers to ask for permission before accessing any device on a local network. Other than that, there are countless other options that can help limit access to the photos or data. Besides, iOS 14 will even help users control the preciseness of the location that they want to share with a specific app.

If that was not enough, every app is required to get user permission before it tracks them through websites. And every time an app access the iPhone’s camera or microphone, a colored dot will be shown on the left corner of the phone’s screen. Apple will also bring a Safari password monitoring system that will let the users know if any of the saved passwords is involved in an instance of a data breach.

Besides, there are multiple additions in the latest version of the iOS. Here, we have covered some important updates that will influence the way iOS apps are developed from scratch. Now, let us dive deep into how the newest version of iOS will change app development.

New iOS Upgrades Transform iOS App Development

Custom Widgets Will Dominate

The newly launched widgets will help iOS developers to level up the user experience of the app. How? The developers can use the widgets for providing one-touch access to relevant app content. The widgets will even help in accelerating and simplifying the way in-app navigation works.

When designing any new iOS 14 widgets for an app, the developers must make sure to provide it in multiple sizes. That way, the developer will make sure that the users can customize any widget according to their preferences. Also, the developers will have to make sure that a widget of a specific size must display only a few fragments of the information so that the whole widget does not look cluttered. Eventually, for developers, the sole purpose of designing an app’s widget extensions will be to help users consume bite-sized information on the go.

The developers must design a widget in a way that it automatically updates with time so that the users experience fresh data every time they view it. Designing and deploying a configurable widget is no small feat, but Apple is providing detailed explanations and documentation that will do the hand-holding as far as widget development goes.

The Rise Of App Clips

App Clips have raised some eyebrows in the iOS app development community. After all, the whole purpose of App Clips is to not let users download the whole version of an app. And this is particularly not a good sign if the development team benchmarks its success against the total number of downloads.

But the thing is that App Clips can bring in more and more users to an app than the developers may ever think. The app previews provided by App Clips can be used as a form of cache to store key information that can be used as a suggestion the next time a user uses the preview of an app to order something.

This way, the whole interaction with the app can be fast and smooth. Which is why, the developers who prioritize enhancing the user experience must find newer and more powerful ways to develop iOS apps for App Clips. To start with, a business must make sure the development team designs a lighter version of the app solution for App Clips.

Besides, the development team will also have to find out the right technology through which App Clips will be launched; these technological building blocks generally include tapping into location-based suggestions from Maps or Siri, scanning an NFC tag, and the like. While developing the lighter version of an app for App Clips, the developers must make sure to include the most important app functionalities ranging from in-app purchases to the option to drop feedback and document opening.

The New Maps Bring Newer Opportunities

With the revamped Apple Maps, a service provider will get numerous opportunities to serve its clients through its app in a more personalized way. The new Maps delivers the capability of advanced geolocation for building app solutions that serve the customers better and faster.

A case in point: If a business knows that its targeted customers are likely to go on new routes riding their bicycles, then it may open up new bike-renting spots on a specific location that is experiencing heavy footfall. Here is one more example: Many other businesses can capitalize on this opportunity to come up with the spots that offer repair services and spear parts for bikes. Put simply, the new Maps, too, bring a host of business opportunities if the idea gets the required attention.

The Way Forward For Live Apps After iOS 14 Launches

If a business has an enterprise-grade iOS solution, it is advised to tweak it for improving the user experience once the iOS 14 formally comes to every eligible Apple device. The best thing will be for the business to ask its development team to review the app code for adding some new features that will be in sync with the latest iOS version. The bottom line is that the iOS app must be able to follow the new trends for improving the user experience.

Will it take long to update the iOS app in question and bring in some excitingly new features? It basically depends on the app’s complexity; the major time is spent on reviewing the app code and then finding a way of introducing new features. The time to revamp an iOS application will also depend on the type of options an enterprise would like to introduce.

One other aspect to factor in while making the upgrades to an iOS app is the cost. The total cost of changing an existing iOS app so that it syncs well with the latest iOS upgrade depends on the number of development hours the project will consume. That means the price of making the changes to the present iOS solution may vary.

Readying an already-live app to make the most of the new iOS upgrade takes time and effort. Not have that much time or expertise to deal with the overwhelming app upgrade cycle alone? In that case, it makes complete sense to get a trusted iOS app development partner that has helped enterprises launch best-in-class iOS apps with the latest features and an intuitive user interface.

Flexsin Is A Reliable iOS App Development Partner

At Flexsin, we have a team of iOS developers with the capability to turn heritage portfolios into flexible and modular iOS assets. Our team is supported by cutting-edge iOS app development frameworks that accelerate the solution’s time to market so that it delivers a higher level of customer engagement.

Because of the deep expertise in building immersive iOS app solutions, it has the capability to rapidly manage the requests for adding newer functionalities in the app in no time. Whether it is an iOS app’s modernization for supporting enterprise agility or deploying newer APIs or microservices, we know it all.

Discover more about our iOS app development initiatives and how our team can help your vision become a live iOS solution by connecting with our sales reps today.

According to one study, this year, the mobile app revenue is all set to touch $581.9 billion. iOS takes a sizeable share of the global mobile market. Which is why, app entrepreneurs and even established business conglomerates are honing in on developing iOS apps.

An enterprise’s decision to build an iPhone or iPad app will be even more informed when it knows the top trends that are redefining the iOS landscape once and for all. This post carries the latest trends that will dominate the iOS app development situation in 2020.

Altering The Reality Through AR

Augmented Reality is forming the next big iOS app trend, this year. In the past few years, consumers have been obsessed with AR-driven games including Dino Trek and Pokémon Go. And there are many use cases of how AR is powering the newer and more intuitive version of reality for consumers.

A case in point: IKEA uses this specific technological building block for improving its customer experience. This year, many AR applications will go to the mainstream for enhancing healthcare, marketing, and other segments. To top it all off, most well-known social media apps including Snapchat and Instagram are already integrating AR functionalities with the help of animated masks and cool stickers.

For boosting the use of AR in the iOS development ecosystem, Apple has rolled out a number of tools including RealityKit framework, Reality Composer, and ARKit 3.

Incorporating Next-Level Intelligence With ML And AI

No matter what industry they belong to, most enterprises apply machine learning (ML) and artificial intelligence (AI) tech into their iOS applications. Undoubtedly, AI isn’t something new but 2020 will bring in many positive changes to the iOS development landscape.

For instance, Apple is heavily investing in building intuitive and scalable AI and ML algorithms for making Siri’s answering capabilities all the more trustable and accurate. That way, businesses can expect 2020 to usher in a whole new version of Siri. This new version of Apple’s native voice assistant will analyze a user’s real-time location and other data metrics before making an accurate suggestion.

Unlocking IoT To Build A More Connected Ecosystem

IoT, expanded as Internet of Things, brings massive changes to everyday tasks that most enterprises do day in, day out. Which is precisely why, IoT has risen as one of the most impressive iOS development trends this year.

Put simply, IoT enables connecting a number of devices and seamlessly transferring data. A study revealed that the IoT market size will hit a whopping $1.6 trillion in the next five years. As the number of smart devices in use is on the rise, robust internet connectivity is becoming the new normal.

More and more industries including agriculture, logistics, and healthcare are already getting benefits from top-class IoT integration in their enterprise-class iOS mobile apps. For instance, there’s an iOS healthcare application that can assist healthcare providers in checking a patient’s symptoms and conditions in real time.

Configuring iBeacon For Success

Apple’s powerful technology, iBeacon, is getting all the more popular in the marketing world. Which is why, this is yet another powerful iOS app development trend for this year. Some businesses are yet unaware of what iBeacon is.

Well, it is a wireless transmitter that sends signals using Bluetooth technology. Once the connection is established through iBeacon, a push notification along with the desired message will appear on a user’s iPhone.

For example, someone is at a clothing store that is leveraging iBeacon tech. Then, these customers will receive a push notification on their respective smartphones as soon as they cross a product with some special discounts or deals.

That way, this particular iOS development trend is successfully changing the retail industry for the better. With the help of iBeacon technology, more and more retail outlets such as Macy’s have boosted their sales and served the customers better shopping experience every time.

Driving iOS Wearable Innovation

The stats for wearable software solutions are promising; by 2021, the wearable software market will touch nearly $62 billion. The thing is, there is a wide array of wearable devices on the market these days. These devices range from smartwatches and fitness trackers to smart jewelry. Each of the wearable devices has the same function but different designs

As far as the future of iOS app development goes, it’s quite promising to develop applications for a range of industries including healthcare and fitness. Simply put, wearable devices are gaining popularity owing to their convenience. For example, many messengers such as Slack and Telegram come with their dedicated apps for Apple Watch. That way, these messengers are allowing their users to send and receive messages on the go.

Integrating With The Clou

One of the biggest iOS App Development trends this year will be cloud technology. The cloud brings a slew of opportunities to the world of iOS app development. The cloud assists with storing and organizing mountains of information at scale.

Because of its impressive scalability, the cloud is being frequently integrated into iOS apps. That way, these cloud-powered iOS apps are becoming all the rage, especially in the productivity segment. The apps that are driven by cloud architecture find it easier and faster to store massive volumes of data and manage even the most complicated tasks easily. Put simply, the cloud tech pushes iOS app development’s security and scalability to a whole new level while reducing its costs.

Partnering With An iOS App Development Partner

Leveraging each of these trends gets all the more challenging if a business does not have any knowledge of iOS development, to begin with. Here is exactly where a credible iOS app development partner enters into the equation.

Being a reliable iOS app development company with an excellent track record, Flexsin has its own full-service development ecosystems. The company has deep expertise in building and deploying next-gen iOS apps for a variety of industrial segments.

Flexsin has collaborated with companies ranging from start-ups that are gaining moment to well-established Fortune 500 companies. With a team of experienced iOS app developers, Flexsin has enabled enterprises to seamlessly realize their app vision.

Having strong roots in technology and design, Flexsin has emerged as a leader in iOS app product development. This company is a strategic development partner that helps businesses unlock IoT, AR, VR, and other leading technology channels for building the most intuitive and innovative iOS mobile apps.

For bringing any iOS app idea to the real world, connect with Flexsin and experience innovative mobile app development like never before.

In today’s hyper-competitive market, enterprises are working hard to free up their resources for executing high-level growth strategies. Once these strategies are properly implemented, an enterprise can achieve top-level efficiency, business impact, and agility while optimizing operating cost and capital investments.

But freeing up the resources means improving business functions and allied processes to the extent that they are easy to work with. Some legacy business processes are so time-consuming and resource-intensive that they thwart employee productivity.

But once a cutting-edge business application is deployed on the cloud, it will enable teams to access core enterprise systems anytime, anywhere, and from any device. In this post, there is a complete breakdown of how enterprise cloud applications empower businesses to touch the peak of productivity and optimized delivery.

Enterprise Clouds Strengthen The Business Transformation Economy

Most enterprises are embracing a cloud-first approach. But a cloud-first approach does not mean simply shifting enterprise processes to the cloud. Instead, such an approach demands a cultural shift in the way businesses work; it needs a fresh mindset that simplifies and accelerates the transition to the cloud.

Simplifying Work Management At Scale

When enterprises replace their legacy hardware-centric solutions with cloud-enabled ones, simplifying workflows becomes faster and simpler. That is not all since businesses that want to streamline process workflows at scale can do that by deploying strategic cloud-enabled enterprise applications.

With a simple internet connection, a business’s team can access any native applications stored on the cloud without having to log in from a specific machine. That is to say, cloud infrastructures scale on demand. Because of that alone, the infrastructure can seamlessly support fluctuating workloads.

Prioritizing Security Above Everything Else

For multiple businesses worldwide, security is a key factor that either makes or breaks the growth momentum. But when you invest in building an enterprise-class application that is available on the cloud, the cloud service provider never gains access to data files and other fragments of sensitive information.

It is just that enterprises must only rely on secure and safe cloud ecosystems. That way, businesses eventually get the privacy that the enterprise usually requires. Whenever an enterprise deploys an application on a fully secure commercial cloud ecosystem, it harnesses the environment’s digital storage capabilities without compromising on quality. Besides, a robust cloud ecosystem uses fully encrypted technologies for recovering or backing up data.

Boosting Enterprise Productivity

Most business users need access to game-changing datapoints on the go. If these datasets and information workflows are inaccessible, the user will find it difficult to perform a specific task. Also, businesses must keep in mind that they should enable the enterprise app to be accessed on any device, anytime, anyplace.

That is the only way a business can achieve optimized levels of productivity. One other upside of having an enterprise business app solution on the cloud is the ecosystem’s blazingly fast delivery models. In most cases, a cloud-enabled application’s time to market is reduced by a landslide.

Eliminating IT Costs Now And Forever

The moment an enterprise launches its business application on a cloud ecosystem, it cuts back on the IT costs. It is the same cost that was otherwise spent by enterprises on acquiring cutting-edge hardware machines and maintaining them.

That way, a business will save a large portion of its IT costs when it moves its enterprise applications from traditional hardware to modern cloud environments. Even better, implementing a robust cloud-based solution means reducing the support expenditures and improving the overall app performance along with user experience.

Besides, an end-to-end cloud ecosystem will provide affordable cost and multiple advantages that the cloud usually brings during business app delivery.

Enriching End User Experience

Today, many transactions, even the B2B ones, are harnessing online mobility. Most enterprise applications give business users a clear view of the complex connections with a variety of consumers located across different geographies.
Which is why, it makes complete sense to ensure that cloud-based application delivery models are effectively used. These delivery models are beneficial when more and more business users are located in different geographical locations.

All in all, businesses leveraging a cloud’s private network infrastructure for shaping different cloud initiatives are unlock newer and more powerful growth opportunities. Once these initiatives are placed from paper to the real world, they improve the working experience of the commercial workforce.
Bring The Expertise Of An Enterprise Cloud Partner

Overall, the decision of investing in cloud computing is a given for enterprises that want to reap rewards down the line.

But building cloud-enabled enterprise applications needs businesses to carefully analyze its native cloud capabilities alongside a full-scale execution strategy. If deploying an enterprise-wide business application on the cloud overwhelms a leadership, it should bring Flexsin as its trusted technology partner on board.

Flexsin’s team is driven by an expert-led approach that is formed on the deep domain expertise and custom methodologies cloud application development. The team has delivered different enterprise-grade applications belonging to multiple domains including inventory, finance, HR, purchase, front-office and back-office integration, and the like.

In short, we have key expertise in delivering cloud-based enterprise applications that help businesses achieve the next level of operational flexibility, cost savings, business agility, and scalability. If an enterprise needs business-grade applications that improve its efficiency or automate a specific function, it should connect with Flexsin’s team of managed cloud providers. The team leverages its digitally transformative service delivery models to help enterprises deploy business applications on the cloud.

Get the strategic alliance from Flexsin and let the idea of enterprise-class applications on the cloud optimize performance in a whole new way.

Enterprise mobility is radically transforming business models from scratch. In fact, a leading consumer data website declared that the revenue generated by the global mobile app market will touch close to $693 billion by 2021.

Nonetheless, a top research outlet, too, has predicted that almost 9,999 applications out of 10,000 fail. Because of this fact alone, enterprises feel that their big-ticket application development endeavors are jeopardized.

Which is why, it makes sense to keep tabs on the latest and greatest trends that are all set to revolutionize mobile application development culture in 2020 and beyond. At Flexsin, we have curated some of the top trends that are likely to reimagine mobile app development in the coming time.

Building The Momentum With Beacon Technology

Deployed by Apple in 2013 as iBeacon, the beacon technology has radically evolved since that time. Initially, the technology was basically leveraged for pulling off some marketing gimmicks. But, now, the focus of this technology is pushing customer engagement to a whole new level.

It took more than 6 years for this technology to refine its niche for delivering location-specific experiences. These days, beacons are heavily used in different opt-in strategies. The technology is successfully deployed in a variety of use cases that enhance the user experience by a wide margin.

Enterprises that basically focus on consumer-first technology will benefit a lot from beacon technology. According to a study, by 2020, beacon deployments will skyrocket and reach almost 400 million worldwide. As per research, more than half of the 5.1 million proximity sensors deployed around the world use beacons.

This always-evolving technology is creating an impact on not just retail but even airports, food services, sport and concert venues, travel and tourism, healthcare, cinema, banking, logistics, analytics, and the like.

Pushing AI To The Top

Commonly known as AI, artificial intelligence is getting the limelight for the last few years. The most empowering breakthrough for AI came when it got deployed in mobile application development. The integration of AI inside applications has made them extremely faster and smarter.

And when the applications get quicker and easily understand user behavior, the user experience will go to the next level for sure. Which is why, every leading mobile application development company is deploying AI at the heart of its development endeavors.

The deployment of AI-enabled applications has been accelerated by Google’s launch of Duplex, which is an end-to-end AI program that can fix an appointment or make a call. Such developments show that AI has come a long way since its invention. Here is a bunch of AI mobile app development trends that are likely to catch fire in the coming time: AI-enabled chips, AIOps (when DevOps meets AI), automated ML or machine learning, cross-compatibility among neural networks, and the like.

The future of AI app development is big with the evolution of IoT, Virtual Personal Assistants, Cyber Security, Intelligent Apps, and much more.

Empowering Engagement With Chatbots

Over 50 percent of buyers are in search of DIY customer service models. That way, customers want to accelerate the process of making the purchase. The best way of putting this customer-centric vision from imagination to the real world is none other than chatbots.

An enterprise can truly drive its customer engagement and management initiatives with chatbots and similar tools. As per a study, in 2020, the integration of mobile applications with chatbots will transition from being rudimentary to extremely sophisticated.

At the time of writing this, there are over 2.8 million apps in Google Play; in Apple’s App Store, the app count touches 1.8 million. Some of these applications come with chatbots for enhancing the UI/UX experiences.

A case in point: Starbucks. The leading coffee shop recently rolled out its application that can place the order on behalf of its customer. A study says that by 2020, almost 80 percent of businesses plan to implement chatbots for users who appreciate quick responses and precise answers.

That means the future of customer engagement looks bright for an enterprise that deploys chatbots in its apps.

Augmenting The Digital Reality With AR

When someone winds the clock a few years ago, they would notice that only films could unlock sheer value from AR or augmented reality. However, today, augmented reality or AR is getting embraced by different business verticals.

For example, there are fully-fledged applications that have been engineered using AR to help someone repair their car if the garage is not nearby. With these AR-enabled applications, the users do not need a computer to perform an end-to-end diagnostics. Instead, it is easy to sync all the data of the vehicle on the smartphone through such applications.

These apps work whenever someone points the in-app camera of the smartphone at the engine. That is when the screen of the smartphone will display different data points related to fluid residue, engine temperature, the condition of vehicle components, and the like.

Because of this, an AR-enabled application will help streamline different workflows while making them interactive.

Accelerating Wearable App Integration

Wearable technology is swiftly advancing the world over. As per a leading customer data aggregator, the number of active connected wearable devices will touch close to 929 million by 2021. And as this technology is advancing at a great speed, the number of wearable applications can rise making them part of our daily lives.

In the second quarter of 2019, Apple in one its keynotes said that it will soon roll out a WatchOS update. Which means one thing: The applications on Apple Watch will no longer need an iOS companion to work. That even means that Apple Watch may soon have its dedicated app store. This development clearly states that the advent of wearable technology deployments has begun.

When the applications specific to an Apple Watch will work independently, the rise of wearable app development is evident. Because of this, leading app development companies across the world are getting ready to integrate their existing applications with wearable technology. That way, an enterprise along with its application developers is providing immersive digital experiences to its users.

Embracing The 5G Wireless World

The rise of 5G technology is becoming one of the most talked-about trends of recent times. Designing applications that are ready to embrace the fast-growing 5G world will be of high importance in the coming years and beyond.

First things first, the most powerful thing that 5G brings to the table is sheer speed. To be precise, the speed delivered by a 5G network will be 100 times faster than the conventional 4G network.

In 2020, 5G will gather steam at a really fast pace. But by the end of 2020, the world of communication will see a dramatic shift from 4G services to a robust 5G wireless network. Even before the 5G network’s official rollout, most industry pundits will be positive about the future prospects of 5G technology.

The use cases of 5G services will not be limited to speed either. Rather, the world of 5G functionalities will even include data security, 3D gaming, speed, AR, and much more.

For capitalizing on cutting-edge mobile app development advancements, most wireless network companies like Verizon and leading smartphone manufacturers such as Samsung are working toward launching 5G-capable chips.

With 5G bringing a wide array of applications, most mobile app developers are designing applications that can use faster network speeds.

Deploy App Development Trends With A Leading Technology Partner

Knowing these trends is one thing, but implementing them on a live mobile application development project is a different thing altogether. At Flexsin, we believe that the latest trends have to be shifted from paper to the real world in record time.

For doing so, we have a team of expertise-backed mobile app developers. Our development team has competence in designing innovative mobility strategies and deploying them. As part of our expertise, we work with leading technology frameworks such as iOS, Android, Ionic, React, Unity, Xamarin, PhoneGap, Flutter, and the like.

Whether it is wearable technology, beacon, AR/VR, mCommerce, NFC, or IoT, we have several man-hours worth of experience to develop interactive mobile applications on these technologies. If an enterprise really wants to unleash the real power of the latest mobile application development trends, Flexsin will be its growth partner.

Enterprises have to strategize before beginning the migration journey of their existing applications from Android to iOS. One of the most effective approaches to code migration is the one where the learning curve is not too steep.

Businesses have to do due diligence when it comes to switching mobile operating systems. The biggest upside to application migration is that once the code is written, core business logic is established. When the core business logic is set in stone, the enterprise will have an intuitive user interface with an immersive user experience regardless of the ecosystem.

Shifting the code of an application from one platform to the other brings one more benefit. That benefit is the ability to make changes or improvements to the existing application based on the captured feedback.

Before going through the factors that have to be kept in mind during the migration journey, read the top reasons to take this journey in the first place.

Why App Migration From Android To iOS?

Many business cases of app migration happen from Android to iOS. Why? That is because iOS is responsible for generating a lot of revenue, which is nearly 85 percent higher when compared to Android devices. The spike in the revenue generation is because iPhone owners are more loyal to their devices. That is, they do not switch to other devices and generally stick to the Apple ecosystem.

Expanding The Market Reach

Most users prefer one platform over another. As of 2019, 1.4 billion active devices run on iOS worldwide. That means if a business is not making the move to iOS, it is losing a lot of its potential customers.

Unlocking New And Exciting Features

The migration of mobile applications from one platform to another is not duplication by any means. That is why migration brings a host of possibilities that improve the user experience and add a slew of unique features.

Improving Monetization Efforts

When an enterprise application moves to a new platform, it opens fresh channels of diversifying its revenues. These new revenue channels come in the form of in-app purchases, paid downloads, and the like.

Bringing Down The Development Costs

Building an application from scratch and converting it are two different things with different prices and timelines. It is obviously cost-effective to convert an app from one platform to another. That way, enterprises not only penetrate new markets but also save money in the long run.

For converting an application from Android to iOS, the following key aspects have to be kept in mind.

Navigation Takes The Center Stage

Navigation has to be kept in mind when it comes to porting from Android to iOS. Why? That is because iPhones have gestures now. (iPhone 8 still has a home button, though.) On the other hand, Android has both gestures and three navigational buttons. Which is why, the navigation for the app has to be modified as per the Android or iOS ecosystem.

Design Is An Important Factor

Speaking of the interfaces, Apple’s iOS and Google’s Android are as different as night and day. To put that simply, an enterprise cannot reuse its Android interface in the Apple ecosystem. The difference in the two interfaces is because both the software giants have different approaches to design; Android works using material design while Apple leverages flat design.

For example, iOS and Android have exclusive controls including a dropdown picker, menu component, and the like. The application development team that is planning the migration journey for an enterprise-grade program should even pay attention to the typography used in both the frameworks. As a matter of fact, iPhone uses the San Francisco font while Roboto is the default in Android.

If, however, enterprises do not pay attention to such fine design details while the migration journey is underway, they will risk making glaring design errors.

Screen Resolution And Device Support

First of all, businesses must analyze different iOS versions and make sure that the app is converted to the current one. Most phone users are likely to update their smartphones to the latest version of the operating system. In fact, almost 90 percent of iPhone users adopt the latest iOS version.

That means extending the application support for iOS 14, which will roll out next year, is the way forward. One more thing: Whenever an enterprise migrates from Android to iOS, it must factor in different screen sizes available. The fact is that Apple has fewer devices than what is there in the Android ecosystem. Which means the application development endeavor will have to factor in fewer numbers of screen sizes and their respective resolutions. That is why migrating to iOS is often a journey with fewer risks and maximized rewards.

Unlike Android, Apple always limits the accessibility to different components. That means developers do not have to overthink about component compatibility when they are executing the migration journey from Android to Apple.

Frameworks And Libraries Available

If an enterprise is heavily relying on different third-party frameworks, tools, services, and libraries, then it will have to see whether that same third-party infrastructure is compatible with iOS. The real challenge arises when the third-party framework is not compatible with iOS.

Nonetheless, most vendors are rolling out libraries that support Android and iOS ecosystems. That means the functionality of different third-party service frameworks such as Facebook can be easily migrated from Android to iOS.

Testing And Publishing On The App Store

For successfully converting an application from Android to iOS, enterprises perform a series of quality assurance procedures. The mobile application testing, by and large, comprises the following steps.

Integration Test

It is a combined testing framework of different software modules in a group and separately.

Validation Test

This test checks whether the final application successfully meets business needs.

User Acceptance Test

In this test, the iOS application will be tested for a variety of user scenarios similar to the ones used for testing an Android application.

Beta Testing

The final series of tests includes real-time data collection by real users or the client before the final version hits the App Store.

A few tips for improving the ROI for application testing comprise:

• Using real mobile devices
• Deploying the latest testing paradigms
• Leveraging console logs
• Reporting bugs through screenshot commands so that the developers understand the issue better

A Few Miscellanea Requirements

Last but not least, once the iOS app is ready to go live, the enterprise and its developers must check the guidelines for publishing applications on the App Store. First of all, the enterprise must have a developer account for submitting the application.

That way, the business alongside its developers will gain access to multiple features such as TestFlight, app analytics, in-app purchases, and more. Before publishing the application, the enterprise will have to provide the app name, description, subtitle, app icon, promo video, keywords, updates, and screen-grabs.

Connecting With An Application Migration Partner

Sure, app migration from Android to iOS involves too much sweat. If an enterprise lacks the digital capabilities to streamline this migration journey, it is better to delegate the task to Flexsin, a mobile application development services partner. A leading app migration partner for enterprises from different verticals, Flexsin has successfully migrated programs from Android to iOS and vice versa.

The team at Flexisn has the technical know-how in designing and implementing the migration journey from start to finish within the agreed timeframe. The team at Flexsin is adept at working with a suite of technologies such as Objective-C, Swift, Flutter, JSON, and React. Besides, this technology partner even has the experience in working with different mobile-application and UI frameworks such as PhoneGap, Xamarin, Apache Cordova, Ionic, and the like.

Because of its deep category expertise, Flexsin has earned several man-hours of experience in delivering next-gen and engaging mobile experiences. In case an enterprise wants to accelerate the migration journey from one mobile ecosystem to another, consult Flexsin and discover app migration at its best.

Any enterprise’s digitally revolutionizing idea can quickly evolve into a full-fledged application. Whether it is an enterprise-grade application or a consumer-facing one, apps are outpacing even the most robust web ecosystems these days.

But finding the right application development partner that will take an enterprise’s transformative idea from paper to the real world is challenging. Before delving into the details about which application development landscape will be best for an enterprise’s needs, it is better to take stock of some basic things first.

Points To Know Before Selecting A Mobile Application Development Ecosystem

Determining The Screen Size

If the app involves managing huge data sets, then it must be designed for large screens such as tablets. On the other hand, if an arcade game is built on the principles of micro-transactions, it will definitely be enjoyed on a phone with a small screen. That is to say, an enterprise has to factor in the need that its app will fulfill for understanding which screen size it will suit the most.

Factoring In The App Accessibility

Web applications can be easily opened with a click on a link. On the other hand, a mobile app must be first downloaded from the app market such as Google Play or App Store before it can be used.

Understanding Add-Ons

If an enterprise plans its application to be more engaging, then it must sign up for native app development. Because, that way, the app will be able to integrate with robust platforms of Apple and Google for sending push notifications and rolling out different widgets seamlessly.

Once a business has factored in all these points, it will be in a better position to judge which application will be more suitable for its audiences.

Now, it is clear all the points that need to be kept in mind before picking an app development ecosystem. So, it is about time to shed some light on the top reasons why native applications have taken charge of the app development landscape. But before diving into the factors that explain the importance of a native app in today’s cut-throat app development world, let us decode the concept that powers native apps.

Decoding The World Of Native Apps

The applications coded in a particular language for supporting a specific operating system, such as Apple’s iOS or Google’s Android, are known as native applications or native apps. If the application is native to Android, then it will be written on Kotlin. On the other hand, if the application development is done especially for iOS, then it will be built on Swift. Earlier, though, the programming frameworks used for building native applications for iOS and Android were built on Objective-C and Java respectively.

A native application will be custom-made for specific systems. By being built on a specific programming architecture, these apps are easier to integrate within the entire ecosystem of a specific framework. If an enterprise wants to deliver best-of-breed user experience and aims at creating seamless browsing, native app development will be a business’s best bet for sure.

While building native applications, it is easier to achieve seamlessness and user-friendliness for the app. And that seamlessness and ease-of-usability are possible only because the app development team has to closely follow the strict guidelines set by the operating system.

Now, it is clear what native applications are and how they are so smooth and easy-to-use. So, here are the top reasons why enterprises and SMEs prefer native application development over other forms of app development.

Reasons Why Businesses Are Embracing Native Apps

Experience High Performance

Native apps are built to run faster than their non-native counterparts. Why? That is because they are written in specific programming languages that are supported well by the operating system’s architecture. Because of this reason, these applications run buttery smooth as they have direct access to exclusive components and APIs of the platform’s ecosystem. This variety of apps is even optimized to support different versions of the system along with a range of screen sizes.

When Security Becomes The Top Priority

Most hybrid applications are written in frameworks such as Cordova or Ionic. The thing with hybrid-exclusive frameworks is that they are completely dependent on the security provided by the system’s browser. On the contrary, most native apps are built on platforms such as React Native; React Native app development, and other similar native application development frameworks, is protected by the robust security layer present in the operating system. Which is why, native applications are extremely challenging to exploit. Best of all, native apps never depend on any third-party frameworks; rather, they use official APIs that are rigorously tested across different versions of the operating system.

Where Scalability Matters The Most

The configuration of native projects is accelerated from one platform to another. Two different native applications are different from one another. Which is why, the development team does not have to overthink about the compatibility of different apps among several platform versions. The best part is that whenever a native application rolls out a new feature, it can be seamlessly integrated into any platform version. The bottom line: Fewer restrictions mean that the application becomes easy to scale.

A Robust Development Community

These days, many experienced programmers are completely focused on building native applications for both Android and iOS. That means these programmers have deep domain expertise in native app development and understand the iOS and Android systems inside out. That eventually means native app development has a robust development community that can handle any problems related to deploying views, animations, or non-standard behavior in an application. The community can advise when it comes to UX, UI, and other technical solutions.

Stability That Leads To Dependability

iOS and Android are Apple’s and Google’s flagship products respectively. Which is why, it is unlikely that they will drop support on these projects anytime in the future. How does this connect with native apps? Well, building apps for end-to-end support platforms means that the applications are more stable from development and maintenance standpoints.

However, these benefits of native app development will remain on paper if an enterprise does not have the expertise of an experienced app development partner. That partner must be adept at delivering scalable mobile app development services to a variety of businesses.

Exploring Native App Development With A Proven Growth Partner

Receiving best-in-class native app development support depends on an enterprise’s association with a proven app development growth partner. That is where Flexsin comes in. At Flexsin, enterprises receive custom native app development for developing games, payment solutions, social networking, fitness, news, hotel booking, food ordering, e-learning, and the like.

For app development, Flexsin leverages leading-edge technologies such as React Native, Unity, iBeacon, Xamarin, Flutter, Oculus, Cordova, PhoneGap, and Ionic. So, get connected with Flexsin’s app development team and discover how native app, and other apps for that matter, brings mobility excellence to enterprises and SMEs.

Augmented Reality has significantly transformed the way we use a smartphone in the current scenario. Believe it or not but augmented reality has come up as a future of mobile technology. Although people mostly acquaintance the AR with entertainment world but entrepreneurs have actually realized the potential of this technology and leveraged its benefits for their business.

It is a vast concept that came into the limelight after great success of Pokemon GO game.  This is a turning point for Augment Reality in the world of mobile technology. Currently, different brands are utilizing this technology to enhance their business by providing improved user experience like creating interactive advertising, product demo, etc.  If the mobile app can be configured with augmented reality then it will be open doors of new opportunities for different sectors of industries.

Merger of Mobile and AR Technology

Augmented Reality is making its way for the next-gen digital revolution but it has various challenges during its implementation as:-

• A requirement of AR glasses
• Ecosystem for proper app functioning
• Enhanced battery life
• Connectivity to mobile

AR glasses are easily available but the problem is to keep them charged for whole day for long usage of heavy apps.  But, the amalgamation of mobile technology with Augment Reality can work well in resolving such challenges.  Mobile phones come with excellent battery life can prove beneficial for proper functioning of the app.  According to Mark Zuckerberg, mobile phones are the major consumer of AR technology.

If we talk about introducing AR in mobile application development then it can unlock the ample opportunities for different business sectors.  Have a look how this revolutionary technology can prove fruitful in your business mobile application.

Entrainment Industry

Introduction of AR in the entertainment sector has explored the new way of using mobile apps for entertainment.  It has added fun experience and become our smartphone more interactive and realistic than ever before.  No doubt that AR games become the leader of the gaming industry.

AR For Tour and Travel

Travel apps can sway the power of Augmented Reality to showcase the real experience of traveling to another city and nation to their customers. For example, AR travel app will take you to deep ocean water, beaches and cruise.

Media and News Channels

New Channels can capture the 360 views of real site scenario with AR mobile app and update the app users to witness the situation in real life. This will bring more readers for the story with an improved experience. You can see discovery channel use AR concept to display realistic wildlife and underwater experiences.

Real-estate industry

Real estate industry can also leverage the benefits of AR business app that enable their customers to visit the place virtually and experience all amenities. With a 360-degree view, the user can take a tour of any location with a realistic vision. The android application based on AR offers an ideal option to improve sales.

Even, the manufacturing industry is also influenced by the perks of augmented reality and utilizing it for building their processes.  With this, project heads can monitor the real-time progress of their operation which saved their time

Hotel booking

Implementation of AR in Hotel booking and reservation app will enable the users to get a virtual view of a particular hotel and its garden area, rooms, lobby, etc. before confirming their booking. This will build trust among the users about the hotel and they will confidently reserve their stay without any confusion.

Augmented Reality in Education Sector

AR applications are ruling the market by providing a new way of learning for children with the improved educational -based app. The AR supported educational app serve the best learning experience by making complex subject topics easy to understand for the students. Today, most of the parents prefer to purchase these applications that enhance the children learning through better interaction.

These above mentioned aspects clearing show that AR will open the doors for various opportunities that can bring your business to the pinnacle of success. So, if you are looking to hire Augmented Reality app developer then we are here to help you. At Flexsin Technologies, we work with the latest technologies and provide our services for different industrial sectors.

What is microservices architecture?

Also known as microservice architecture is an architectural style, used to build applications as an assembly of loosely joined services that, as a result, execute business capabilities. By enabling consistent delivery and deployment of bulk, intricate applications, the microservice architecture makes a great choice for many large/small scale businesses around the globe. This architectural style is as well enabling organizations to grow its tech-stack.

Out of many architectural styles, the best one to start with is monolithic architectural pattern for application development. This is still the most trusted and used traditional architectural style for that matter.

Microservices architecture: Use and Benefits

• Application development is breakable into multiple component services
• Improved fault isolation method
• Different languages are allowed to code different developments
• Simple integration and automated deployment
• Enabled with continuous delivery and deployment
• Codes are prearranged around business competences
• Works smoothly with Docker
• Functional compatibility with cloud activities
• Maximize autonomy of every development teams within the company

Microservice architecture: Solutions

• Netflix
• eBay
• Amazon
• The UK Government Digital Service
• PayPal
• Walmart
• Spotify
• The Guardian and many more large-scale applications and websites have been developed from monolithic to microservices architecture.

What is monolithic architecture?

It is the conventional unified model for software program design. Monolithic architecture is intended to be self-contained; program elements are interlinked plus independent quite unlike microservice architecture’s loosely-coupled service. This program has an improved throughput than the modular approaches and it is easier to debug as well as test with fewer variables that come into play.

Monolithic Architectural Style: Use and Benefits

• Simple pattern for application development
• Simple for testing. For instance – one can execute end-to-end testing just by launching the App and doing UI test with Selenium.
• Easy deployment. The developer will just copy the packaged application to the server.
• Seamless and easy to do horizontal scaling as developer is able to run several copies behind a load balancer.

Monolithic Architectural Style: Solutions

Application development with:

• A single directory hierarchy of NodeJS or Rails code.
• A single Java WAR file.

Example

Let’s assume you’re building an e-commerce application which requires consumer orders, inventory verification and availability of credits and shipments. The app is supposed to comprise multiple components including StoreFrontUI that helps implement the UI along with certain backend operations for maintaining inventory/shipping orders and also checking the credits.

Microservices Vs Monolithic Architecture

Microservices are considered essential software trend and one which can have reflective implications not only on the business’ IT functions, but as well digital transformation of the entire business operations. Monolithic Vs microservices signify a momentous shift in how IT has addressed software development and one of which is successfully adopted by large-scale organizations such as Google, Amazon, Netflix and many others.

How both benefit your business?

As already mentioned above but independently, both microservices and monolithic architecture can benefit your software/application development business in a massive way. The value of your business increases in both technical and efficient terms. However, here is why microservices architecture is still a popular choice amongst IT organizations:

• Agility: It breaks down functionality into the most elementary level to then abstract the relevant services as DevOps focuses on updating the related programs of an application only. It also removes the complicated process of integration, which is normally found with monolithic applications.
• Efficiency: If you leverage microservices architecture, it will result in efficient utilization of underlying infrastructure and code. It’s not usual to experience cost drop by as much as 50% by minimizing the volume of infrastructure sought-after to drive an application.
• Resiliency: By disbanding operations across multiple services removes a software’s vulnerability to a single point failure. As a result, software improves its performance, lessens the downtime and also scales as per demands.
• Revenue: Quick iterations and reduced downtime maximizes revenue. User engagement and retentions also improve with constant improvements provided by microservices.

Businesses seeking out to increase productivity, adopt agility and improve user experience must come out of yesterday’s monolithic architecture style and adopt microservices. Its loosely-coupled architectural speed development, deployment and testing are obliging today’s and tomorrow’s digital transformational needs.

Why Flexsin?

We make a good choice in case you are seeking out microservices architecture based cloud application development solutions. With diverse technological expertise and massive experience in cloud solutions development, Flexsin ensures an efficient business with you ahead. Our team has agile mindset and we believe in building long-term partnership.

Google has announced Android Oreo 8.0 and it packs a handful of new features. There are some features, which are at the system level and speed up the system and extend the battery life, while others, will change the way users interact with their phone. Also, Apple sets a significant update to the most advanced mobile operating system, unveiled iOS 11 for iPhone and iPad. It makes iPhone better than before as well iPad more capable than ever. Now with iOS 11, iPhone and iPad both are most powerful, intelligent and personal devices they’ve ever been.

Here are some of the key features you need to know and what Android Oreo 8.0 and iOS 11 brings to the table.

Multitasking And Productivity

In iOS 11 Apple makes iPad the top priority, and with new split-screen and app-switching features, it makes easier to work with multiple apps as well as with a split view and now slide over. The all new deck provides quick access to favorite and frequently used apps and documents from any screen. It means you can move pretty much anything between any two apps. Make dragging and dropping of moving images, text, and files between apps more accessible than ever using Multi-Touch. For inline drawing, Apple pencil is more deeply integrated into iPad Pro, with support and a new Instant Notes feature, which opens Notes from the lock screen by just tapping Apple pencil on display. However, in iPhone, you won’t find many new productivity features. Indeed, there are some new files and improvements to stock apps like emails and notes, but you cannot multitask on your phone the way you can do on iPad.

In the context of multitasking, Android Oreo 8.0 doesn’t bring much because with the Nougat update; it already added split-screen multitasking for all devices.

Picture-In-Picture

Apple’s, Picture-In-Picture feature doesn’t exist on iPhone; it was introduced for iPads with iOS 9. It allows you to minimize the video, carry out other tasks while continuing to watch a video.

Android Oreo 8.0, Picture-In-Picture, a feature previously was limited to YouTube only for Android, now opens up support for an app and it works on phones as well as tablets. Using this feature, Android users just need to tap the home button, and resulting the video will pop into a small window that remains on-screen while you can use other apps. For the best placement, you can slide the video around or take it off-screen to end the video.

Smart Text Selection

Basic text selection tools have mostly remained unchanged for quite some time. Recent iterations of Google Android Oreo 8.0 and Apple iOS 11 announces Smart Text Selection, it uses Google AI to analyze what is being selected and provides you with contextual shortcuts.

Let’s say, just by highlighting or selecting, you will be able to dial a number. Similarly, highlighting an address will provide a shortcut to begin navigation, by using Google Maps.

Keyboard And AutoFill

Google is adding a much-needed AutoFill feature, for most apps on your Android device; the Android Oreo helps you to sign into apps without typing your full password. If you are logged into your chrome account, and that account has saved your password, then the corresponding apps sync with the data to auto-fill the forms, even if you are not signed-in. Apple iOS 11 adds the addition of one-handed keyboard layouts so that you can type with one hand without a mess of typos; this is a small but appreciable improvement.

Screen Recording And Other Features On Android And iOS Along With Other Improvements

The Android app development market has received a huge boost with the arrival of the new version of Android 8.0 Oreo. It brings to the table a number of systematic improvements and value additions like, project treble, notifications, funny emojis and faster booting performance. You now have the option of recording the screen when using apps and playing games which is another major performance upgradation. It is recommended that you should take your time understanding the specifications of this advanced version of Android Oreo. Similarly, the new iOS 11 has unfolded a new set of features for you which will not just change the look of your iPhones, but also offer a whole lot more. With its new screen recording option, you can now record a video of what you are doing onscreen as well as narrate it.

Do Not Disturb On iOS

If you’re driving and don’t want to attend a call even though it’s important, the new iOS 11 offers a Do Not Disturb feature which won’t make your caller feel bad. This feature will convey a message to people trying to contact you that you will receive an alert about their call after reaching your destination.

Immersive Augmented Reality On iOS Devices

This is what the millions of iPhone and iPad fans have been waiting for high-quality AR experiences. You can now experience virtual content on top of real-world scenes for interactive gaming, immersive shopping, industrial design and much more. These iOS devices use built-in camera, powerful processors and motion sensors to deliver these AR experiences.

Other significant features and tools in Google Android Oreo 8.0 include Vitals, Tidier UI and much more. Similarly, the app store is redesigned in iOS 11, now searching apps and games easier than ever before.

Last but not least, in a lot of ways, the two updates are relatively evenly matched, but they are also unique in their own ways; so be sure to check out before plunging deep into Android Oreo 8.0 or iOS 11.

Decoding Augmented Reality And Virtual Reality

Augmented reality and virtual reality have changed the way games are made and played. AR and VR continue to engineer a powerful virtual UI for next-gen games making them likeable and sharable. The games that are empowered by robust AR/VR technologies are warping the gamers’ perception of reality. These innovative advances in the AR/VR world are combined with powerful imagery and creative storytelling.

While AR and VR are interesting technologies having their own unique promises and applications, it is AR that is soon approaching its own inflection point as it has seen some large-scale adoptions. But why is VR lagging behind? To put simply, VR is still expensive for being adopted at a large scale.

The most expensive head mounted displays, also called HMDs, can cost anyone nearly $800. Well, that is much more costly than owing a high-tech PC. However, now, there are a few less expensive options in VR, such as Google Cardboard. And this development is sure a step in an economically feasible direction. Now, it is time to dive into these awesome techs separately.

AR Harnesses The Power To Transform The Gaming World

First coined and practically applied in the early 1990s, the term “augmented reality” was created in the Armstrong Lab of the US Air Force. Since that time, there had been countless attempts, such as the Google Glass, at developing lightweight headsets to let you enjoy AR on the go. But these gadgets were never really developed for the masses, it seemed, so they found it challenging to build a wide market for themselves.

However, that was never the case with mobile AR. Snapchat’s Lenses along with other location-based games, such as Pokemon Go, made users familiar with the concept of interacting with different-sized virtual objects through their respective smartphone cameras. This was the first significant example of users embracing AR.

How The AR Technology Reshapes The Mobile Gaming Arena

AR works using computer vision and track via a smartphone’s camera for anchoring a virtual object with a physical point in your own environment. As and when you move the camera around the object or whenever you get farther or closer away, the same object will be able to maintain its location and scale in your individual view of the real world. Here are some popular AR frameworks using in game app development.

Unity 3D (Vuforia)

Vuforia has enabled Unity developers to create those games having immersive, engaging AR experiences that redefine gaming in a whole new way and perspective. With Vuforia for Unity, it is easy to develop AR experiences that are compatible with a range of head-worn and handheld devices running on Android and iOS. One of the most prominent games built on Unity with the help of Vuforia is Lego® Nexo Knights™: Merlok 2.0.

Android (ARCore)

ARCore from Android is shaping brand-new AR experiences that can seamlessly transform and blend with the physical and virtual worlds. This development ecosystem integrates the virtual content with the real world seen through the phone’s camera using motion tracking, light estimation, and environmental understanding.

iOS (ARKit)

With iOS 11 comes the ARKit, a fresh framework that lets developers create unparalleled AR experiences for iPad and iPhone. By using the ARKit, users can definitely push the gaming experience to beautiful, immersive places. In the App Store, users will find a dedicated section having just the ARKit-enabled apps. Some of the most popular iOS game titles having the AR capability include Domino World AR, Zombie Gunship Revenant, and AR Dragon.

Examples Of AR-Enabled Games

• Pokemon GO
• Ingress
• Parallel Mafia
• Temple Treasure Hunt
• Geo AR

VR Delivers A New Immersive Reality For Gamers

VR has been there for nearly fifty years; it is just that the consumer adoption has been very slow. Recently, VR has been adopted by the gaming world, and it is sure a runaway success. A whole new world of gaming has been developed with the rise of PlayStation VR, not to mention a boatload of inexpensive VR headsets. Well, Google’s Pixel, too, was the first VR-ready phone that is still generating massive fever pitch and content in equal measures.

Since 2015, Facebook’s Oculus Rift, HTC’s Vive, Microsoft’s Windows Mixed Reality, and Sony’s PlayStation VR have created fresh opportunities for building highly immersive VR experiences. This hardware is completely dependent on content creators; if there is no content, these devices will be just one other expensive piece of technology that cannot do anything on its own. With VR’s encouraging prospects, there is a surge in the device-content collaboration that has resulted in delivering some of the most standout virtual-reality experiences of all time.

How The VR Technology Works?

As VR devices are increasing, it has become essential to get a handle on how this stuff actually works. The VR hardware generally has the same form, the difference, however, comes with the fact that how it projects images in front of our eyes. Unlike AR, VR’s working is a bit complex. The video feed that the headset gets is generally received through an HDMI cable. These headsets can use either one display where two feeds are sent or two individual LCD displays for both the eyes. Some headsets may even have lenses placed between the user’s eyes. In any case, the headset uses the lenses to focus and reshape the picture and develop a stereoscopic 3D image. Here is a list of popular hardware that has taken the VR world by storm.

Google Cardboard VR

Google has brought the virtual reality experience to the masses with its Cardboard VR. Google’s headset is used for creating enjoyable VR experiences in an affordable way. Whether it is about computability or ease-of-use, Google Cardboard VR scores high in every aspect enriching the overall gaming experience.

Oculus Rift

Oculus Rift leverages advanced display technology that is combined with low-latency, precise constellation tracking systems that let gamers feel the presence. Oculus Rift has made gaming immersive and taken the gamer’s experience and interactivity levels in a totally different realm altogether.

Windows Mixed Reality

Windows Mixed Reality is a patented VR technology that has some hints of AR in it. The technology has been used by Asus, Dell, Lenovo, HP, and Acer. While interacting with this technology, users will do everything that is made possible by VR’s advances. Unlike Oculus Rift, Mixed Reality motion controllers do not need any external sensors; that is one key highlight that has won Microsoft’s headset several accolades.

Vive

This revolutionary headset, coming from HTC and Valve, delivers VR at its best. With this headset, gamers have seamlessly overlapped their real worlds with the virtual ones and have created some of the most fantastical experiences in no time. Coming with an 110˚ field of view, games become immersive, enjoyable, and lifelike.

Examples of VR-enabled games

• The Climb
• Batman: Arkham VR
• Thumper
• Lone Echo
• Fruit Ninja VR

What The Future Of AR And VR Holds?

Since both VR and AR share a few challenges, if one of these technologies grow, the other one will benefit and vice versa. As per leading research firms and forecasters, together, the entire AR/VR market is likely to generate close to $150 billion by 2022. This growth will largely be fueled by content because any sophisticated hardware remains amazing till the time it has relevant content.

So it is completely unsurprising to see a torrential flow of money into these two evolving gaming technologies in spite of the fact that there are only a handful of hardware platforms currently available in the market. And in the coming time, more and more innovative gaming gears and hardware will be launched.

For both AR and VR, the future will be a big collaboration of game content developers and hardware manufacturers. If done correctly, this collaboration will pay way for attracting a larger set of audiences and will make game app development flawless and powerful.

Well, if we talk about AR and VR individually, then what will be more promising about AR? Well, Gartner has predicted that close to 100 million consumers will shop using augmented reality and nearly 30 percent web-browsing sessions will be done sans a screen by 2020. Now, here is how the AR technology moves around the gaming landscape.

Likewise, now if we delve into the VR sector, then the global market size of VR was USD 960.9 million in 2016. This market is expected to rise to new heights since VR devices are gaining traction. If the reports from a leading research firm are anything to go by, then VR’s market worth will be USD 33.90 billion by circa 2022.

Speaking of collaboration, more and more hardware manufacturers will join hands with other VR hardware developers to let the AR/VR evolve in unimaginable ways. One example of this being that HTC Vive has recently announced its plans for developing an “all-in-one” mobile VR headset that will be supported by Google Daydream. Likewise, more of such empowering collaboration will make VR immersive and exciting in the coming time.

Improved development velocity defines an app’s success rate. An ideal development environment has quicker time-to-market, better app performance, and shorter deployment cycles. App developers worldwide are at a crossroads whenever they have to choose between two dominating operating systems, Android and iOS.

Both of these operating systems let you build engaging UX and make seamless development possible. The Android platform uses Java while the iOS leverages Objective-C or Swift. However, development challenges occur when the app should be built for both the platforms. Such development initiatives require programmers to write two separate codes and build the app from scratch. That is why a hybrid solution is sought after; something that has the best of both worlds.

Reinventing Hybrid App Development

Hybrid mobile app development is about packaging a website inside a native wrapper. Hybrid apps look and feel similar to native apps. However, once the basic frame is abandoned, these apps are fueled by a business’s website. A hybrid app is a conventional web app that is built using JavaScript, CSS, and HTML5; such an app is kept inside a native container that is responsible for loading a lot of information on the page whenever users land on it.

However, hybrid apps lag a lot because their UX’s load time is very high. That is when things become complex and buggy. But there is a full-fledged solution to overcome the shortcomings that come with hybrid apps; this solution is called React Native.

The apps developed using React Native allows the users to experience the same look and feel found in native apps. This benefit lets the apps, which are powered by React Native, overcome the lags that are otherwise found in different web-based applications.

Native Development Experience With React Native

React Native is a growing open-source project that is built by Facebook. This design framework enables the development team to create cross-platform mobile apps by leveraging JavaScript. React Native borrows a lot of features from the homegrown JavaScript library React.js. Put simply, this framework enables the developers to introduce scalability in cross-platform applications. The creators of React Native described this framework as the ultimate “JavaScript library for building user interfaces.”

React Native is all about adding the power of mobility to React’s web library and taking it to a whole new level of development excellence. This design framework uses React ideas to develop value-driven mobile applications. This framework is much acclaimed for its “live reload” feature that enables developers to view the results of all the latest changes done in the code.

One other factor that makes React Native a dependable platform is its architecture. This is one platform which is well tuned for mobile devices. Unlike the CPU-centric native platforms, React Native unleashes the power of GPU. And that is exactly why this framework outshines other more traditional hybrid technologies in terms of speed.

This development framework focuses on an application’s view portions. While writing a React Native app, the code will be used for comprehensive React components that will be concerned with the look and feel of the app. This is the ultimate framework allowing you to create premium application experience on native channels by using stable developer experience that is based on React and JavaScript.

React Native Transforms The World Of Hybrid Apps

High Performance

The apps designed using React Native are an improved version of hybrid apps. The performance of these React Native–empowered apps is flawless. The web properties developed on this design framework have the capability to handle and process data in bulk by rendering whatever is there on the screen at once.

Reusable Library

The developers, today, do not rely heavily on WebView components while creating hybrid mobile apps. Now is the time of React Native’s powerful reusable building blocks that compile seamlessly to a native environment. The components that any developer uses in Android or iOS will have direct counterparts within React. Because of this, any developer can expect the app to carry a stable look and feel.

Time Saving And Cost Effective

The development team that works on React Native can put the same code that is used in the native app development framework. Reusing the code lets developers save tremendous amount of development time and allows them to bring down the programming cost and efforts easily.

Responsive UI

React Native focuses on creating an engaging UI. Compared with a number of other JavaScript frameworks such as MeteorJS or AngularJS, React Native channelizes its attention to developing rich UIs. Because of this, React Native is more of a JavaScript library instead of a run-of-the-mill framework. This design framework uses asynchronous JavaScript interactions that are present in a native environment; because of this, the resulting UI becomes immersive, fluid, and responsive.

Smooth Features

The apps that are developed using the powerful React Native framework have smooth, streamlined features. This smoothness in performance is guaranteed because React Native is a design and development framework that enables its users to use the native code as it is.

Empowering The Mobile Ecosystems Of Industry Leaders

React Native has built an impressive client list in a short period. This list includes Facebook, Instagram, Walmart, and Airbnb. These corporates have their mobile apps built using React Native. Here are a few other popular apps that were built using this development framework.

• Gyroscope
• Townske
• Bloomberg
• SoundCloud Pulse
• Wix
• Delivery.com

React Native And The Road Ahead

React Native has simplified the app development landscape and is taking the power of hybrid app development to the next level of performance and ease-of-use. And Facebook’s development team is making all the efforts to let this designing framework become an end-to-end mobile app development solution for a range of platforms.

Xamarin unleashes the power of compatibility by developing immersive apps for Android and iOS landscapes. These cross-platform apps, developed using Xamarin, redefine mobility in a whole new way. By unlocking the development capabilities of C# and a number of libraries wrapped in the .NET layer, Xamarin has risen as the best cross-platform app development technology. Nearly 1.4 million developers worldwide use this technology for creating amazing applications that comply with the requirements of App Store and Google Play.

Because it is evolving fast, this technology empowers every leading Xamarin development company to build innovative apps that boost the download rate regardless of the mobile platform. Here are the factors that have made Xamarin the next-gen cross-platform app development technology.

Accelerating App Development

Xamarin is empowered by the concept of “write once to run everywhere,” allowing developers to build a single base code. Because there is only one base code, the developers can use this technology to create intuitive apps that deliver device-specific experience.

The app code is compact and simple here, minimizing the project’s time-to-market and improving its speed of app development. Whether the app is built for Android or iOS, Xamarin has the best code-sharing capabilities that accelerate the development speed.

Things, however, are different if Xamarin is picked for app development. In this technology, the code can be pushed out to any iOS device within few seconds of compilation work; and the deploy time is also low—nearly 10 to 15 seconds. Plus, the development speed on Xamarin gets a boost because it gives developers the capability to analyze an element during runtime.

Saving Development Time

Businesses that deploy Xamarin for cross-platform development give their development team the advantage of working on only a single language. When there is only one development language, the developers will share APIs and data structures. That is not all as Xamarin is powered by a shareability feature that enables developers to share more than 75 percent of the code across a number of app development frameworks.

Because Xamarin allows app logic to be shared easily and quickly, a business can bring down the total time to create a cross-platform app. The reduced development time does not affect the rich features of an app. For instance, there is a leading transport company that has used nearly 90 percent of its app code on Xamarin while adding a fresh set of features to the app including local data encryption, mobile payments, and multithreading.

Xamarin has a range of Portable Class Libraries or PCLs for sharing the code base across a number of projects. The development team uses already developed PCLs to write fresh libraries and codes only once on Xamarin, and then they can be shared across different ecosystems such as Android and iOS.

Improving Performance

Xamarin leverages asynchronous programming that creates responsive cross-platform apps. Such apps enable users to access the applications on different networks having fluctuating strength. Irrespective of the language preference—Java, Objective-C, or Swift—developers can use Xamarin for resorting to callbacks and manual bookkeeping for making apps highly responsive.

Unlike any traditional hybrid solution, a cross-platform app that is built using Xamarin can be classified as a native app. The performance of Xamarin-powered apps has an end-to-end solution for tracking and testing the app’s performance. The testing coverage found with this technology is nearly matchless.

The Xamarin Test Recorder and Xamarin Test Cloud are used for running automated tests on the app’s UI. These tests improve its performance because they allow the developers to resolve the testing and runtime issues before it gets published on different play stores.

Whenever a business plans to build an application, it should pick Xamarin as its app development technology. However, those businesses that are unsure about their capabilities to manage this platform should hire a reliable Xamarin app development company having the expertise to create the most robust web properties for the always-evolving app landscape.