We are living in various mobile app technologies, where the market for mobile application is highly dynamic and growing at a rapid pace. So, the concept of cross platform mobile app development has revolutionized the app development process for business as well as for developers. However, in this blog, we will see Google’s latest sensation flutter, which has made the cross platform app development faster and more efficient. Therefore, the app built with flutter will help to gives the Native like experience without compromising on the speed of the development.
What is Flutter?
Flutter is mainly mobile app software development kit which is introduced in 2018 by Google, and it is considered as one of the most efficient tools to help developers as well as designers to develop modern mobile applications for Android and IOS. The modern reactive framework enables us to build the powerful UI with animations, shared codebase, and views over IOS and Android platforms as this makes the development process easier, development costs at minimal and rapid deployment. Nevertheless, flutter is built with C, C++, Dart and Skia Graphics Engine and as the most beautiful part is that all released code is compiled in native code without interpreter involved, so if you are familiar with the performance drawbacks of hybrid frameworks, then you can easily say that the flutters compile the fastest code like a pure native performance. Below are the given why flutter is important for cross platform development:
Single Code for Multiple Platforms
Developers those who are using Flutter they need to code only once and can use it on both Android as well as iOS platforms. However, it is possible because this tool has special widgets and unique design, which make it capable of developing the same mobile app to serve the different platforms. Besides, this also helps to give the foundation for the development of Goggle’s Fuchsia, which is an all-new operating system under construction.
Documentation makes it favorite platform among developers as it is neat and simple in nature, which does not need developers to put extra effort into learning the language. Besides, the documentation is well organized and encompasses exclusive information and tools for cross platform development.
Provide faster App development
Designing and developing go parallel because sometimes it happens that the designer made design for one page, but when it comes for developing the output it is a bit different than the design due to some framework inability, but flutter excels in it. Flutter also has a feature called hot reload which help the developer to check the output, so that developers can change instantly the things which are not appropriate. Besides, it is also a way to begin coordination between developers as well as designers. Moreover, hot reload prevents mobile app builder from making modification right from scratch every time they make a changes, and it is mostly because Flutter works on the principle of Dart which is nothing but an Object-oriented programming language.
Flutter comes with a comprehensive library of a variety of natural-looking widgets, where these widgets are fast as well as customizable in accordance with the client’s specific requirements. However, they can also be incorporated into various platforms and layouts to make the highly portable as well as responsive mobile applications.
Flutter mainly known for its building complex APIs’ of a user interface in a simple manner due to its advanced receptive system because its establishment widgets and rich formats help developers to create 2D UI animation and gesture in hassle free manner. However, flutter is a futuristic cross platform development tools that are mainly built to make high end mobile apps for android and iOS to suit specific business requirements.
Enable lesser coding
Dart programming language used in flutter is object oriented, which is also strongly typed, as JS Bridge is not necessary for flutter to increase the overall performance as well as the starting time of the app. In addition to that ahead of time compilation also helps to makes it possible for a dart to active it as dart mostly utilizes just in time compilation, which can help to enhance development workflow.
So, in the end, Flutter has entered into the cross platform app development race with its unparalleled features for better mobile application development. As flutter looks like native mobile apps, so flutter engine is designed to support Google future operating system so that we can assume that flutter will have a bright future. However, it also depends upon the companies which cross mobile platform app development framework to use as per the project requirement, but Flutter is arising as a strong option.
From emerging startups to long-established enterprises, all types of organizations compete with the development of mobile app development. Customers’ expectations are shaking. The users of the mobile app look for comfort along with the easy access to the information they are looking for. Simultaneously, the user looks for the capability to search the options as per their convenience. If you lack mobile strategy, it is wiping out numerous opportunities for connecting, influencing, engaging, transacting, and supporting present and future customers.
But, what are those aspects that make an app successful? The answer is complex and clear for many companies; nearly 40 percent of new products are expected to fail in a launch. The focus of this article is to see those tactical and essential drivers of success for launching a new mobile product in the market.
1. Top management support:
Getting support from the top level management is core and basic need of mobile app success. Because, the senior ones finally decide on resources and budget, along with the project priorities.
With technical prototype testing with the prototype and growing according to user feedback, it is the responsibility of senior management to create a long-term commitment to product innovation through research-driven repetition. Senior management plays a part in the mobile development process, especially with resource commitments. The top management needs to guarantee and secure resources for development so that they are not redirected to more urgent needs at the time of depletion. Many development projects fail due to financial assurance and time lacking.
2. Efficient and timely knowledge transfer:
Agile development depends on efficient and effective communication, so knowledge obstruction is an important obstacle to implementation. In fact, due to unsuccessful mobile projects, ' 75% of the knowledge loss is due to silos. It is necessary to appoint cross-functional development teams to eliminate agile and reduce risk in environments.
Implementing squad-based development improves the conversation in between team members. Squads are a small and flexible team who ensure delivery of product efficiently. The benefit and merits' squad-based development is' every dedicated member of the team have full knowledge of projects. Squads simplify knowledge transfer and allow the whole team to maintain knowledge for the upcoming iteration of the product. When we talk about everyone, a team has more insights, knowledge, and experience than one single person. The approach towards development through agile methodology lower down the risks to initiates keeping the velocity predictable and constant.
3. Keep on Agile Development Process:
Proper strategy and agile development are necessarily one of the essential aspects for fighting up scope creep, having the cost of development, and making sure to get desire return on investment (ROI) no matter anyone is going for iOS or android app development.
During the development process, three essential points need to manage from the initial concept to the launch of the product. The management of these three areas increases the likelihood of the success of the mobile app:
Mobile Product Owners who sincerely monitor these three stages of development are in the accurate position to meet the need of the users and manage satisfaction with the time being. Apart from this, the approach to product management helps in maintaining the cost of development while reaching the overall business objective of the application.
4. Changing requirement specification:
Two of the largest risks or threats in the success of the mobile app are crawling and ambiguous change in different needs. Document the product requirements must have a clear focus on the mobile app. The purpose of a mobile app PRD is to fully elaborate on the purpose of the project by describing the business strategies and technical aspects and by identifying what the risk areas are.
A PRD addresses both the technical viability and business strategy of the project. The document makes you insert entire project's requirement technically on paper along with the essential and latest technology, maintenance and service support, system integration through the backend, future proofing along with third-party software installation and scalability. There is a vast list of specifications technically that needs devoted focus. A PRD initiates in assessing the chances of success for every single requirement having the overall scope of the project.
5. Efficient market orientation:
Various firms have a higher focus on delivering the mobile app, which works seamlessly but drops up the market research like an afterthought. If you want to achieve the success of the mobile app, then it is essential to strategize developmental plans in the beginning. Every decision taken during product development has to wander across user’s requirement and encouragement. The focus of the market must be on the entire project lifecycle, idea generation, and design process.
Generally, a person decides whether to download an app in a few seconds or not; this is why it is so important to identify the success of your mobile application. These early few seconds do not let the story of an app become too sluggish to express the story or express its unique value proposition, and for this reason, deep research done on mobile app success factors long before the product's release date needed. Knowledge and procedure implication needs to be straight forward and clear. Overall, the qualities before development, planning and tight execution and market research have a widespread impact on the success of the app in the long run so select the efficient mobile application development company’ that can deliver you best in class mobile app as per your enterprise needs.
Utilizing real-time features in a mobile app is essential and become the requirement. Usually, almost every business apps come with features such as push notifications, real-time feeds, instant messaging, and live order status tracking. Real-time technology provides information to users in real-time scenarios.
This technique has made itself clear in the development of mobile and web apps over the years. Since 2015, there has been a considerable increase in the usage of an instant messaging app. currently’ real-time features are included in their mobile applications to strengthen enterprise connectivity.
Both end users and companies can take advantage of the help of these features because they can enjoy fast, trustworthy, and convenient communication and should be taken into consideration before iOS and android app development.
Just have a look most significant features that apps must have:
Push Notification is significantly an essential feature for mobile and web applications. Specifically, when you want to make users aware of the features of the app or the latest products, this component comes in use handy. For enhancing the retention rate, business enterprises use push notifications strategically, to keep the users updated with the latest news.
This special functionality is already available on major social media platforms like Facebook, Instagram, and Twitter. When you integrate real-time feeds into your business app, end-users can be of great benefit.
They can get updates about the new contents published. In this entire process, the business enterprise makes sure that we do not miss any essential updates.
Multiple user participation:
When you integrate real-time features in your application, you enable the end user to add, update, edit, or delete data at a time. In this process, team members make work smoother at the time of execution.
People can also give quick response to updated information immediately. For example, the Google Docs app is a specific real-time app. Multiple users of various locations can use the software. This is the reason why google spreadsheets and slides have gained immense popularity.
IoT based device integration:
In these years, real-time technologies like Bosch, COMET, and Web Socket have greatly emerged. These features are being used fast in the mobile app. IoT (Internet of Things) is another important feature that helps in redefining the end-user's experience.
Let's see how IoT technology works out in mobile application:
The user gets app notification, emails, and text messages in case of dispatch of any error or wrong information.
People want to communicate fast, which makes real-time messaging an essential feature in the mobile app. This is because mobile app developers are focusing on real-time messaging, which creates the backbone of instant messaging in the app.
Live streaming has become a popular feature of the latest apps. Many vertical industries, including logistics, entertainment, real estate, and transport, are unifying this feature in their app.
This enables mobile apps to make and deliver data to users for better interactions. Live streaming is a highly essential and should get integrate at the time of mobile application development.
Live order tracking:
Food delivery apps come in addition to other applications, live order status, with a feature for checking. In particular, organizations which deal in shipping should integrate this functionality with the help of GPS, for upscaling the overall experience of the end user.
They can trace the position and can track real-time order status and also make the conversation with the service vendor on the same application. This enlarges the scope of user engagement and empowers the business.
The main purpose of real-time features in mobile applications is to provide users with strong and effective information. The time to send information is almost the same as in the real world. One must integrate real time feature at the time of mobile app development.
More specifically, the entire communication process gets empowers to a significant extent. To make any business successful, an intuitive partnership between marketers and users is important. Real-time mobile app features initiate both' enterprise and end-user work closely for desired results.
View controllers are the foundation of internal app structure so some app has at least one view controller and other apps have several. Each view controller manages some portion of your app user interface as well as the interaction between that interface and underlying data. It enables you to put your code in logical places. Using the coordinator pattern in iOS apps lets you remove the job of app navigation form our view controllers and helping make them more manageable and more reusable while allowing us to adjust our app flow whenever we need. View controllers work best when it stands alone in your app, unknowing of its position in your app flow or even the part of such flow in the first place. It doesn’t only make your code easier to test it also allows you to re-use view controllers elsewhere in your app more easily. So before we see into the solution let’s have a look at problems we face if we do it in a standard way. Mostly mobile app builder controls the flow of screens in their apps in their view components. Even Apple and Google sample code helps to promote this simple solution. So the given approach may be fine until you want to reuse one of those views in a different context. So with the help of this approach, the views need to know the context in which they are used, and which makes them less reusable and extremely large and hard to manage.
Co-ordinator pattern is nothing but one of the most accessible solutions for this problem is to remove the responsibility of managing flows of screens from the view components and move it to separates the higher level layer. So the given pattern named as coordinator pattern. We have started to use the co-ordinator pattern for our apps, and it has also allowed us to create the reusable view which is easier to test and also help to enable us to extract the view model and view initialization to separate layer. The creation and configuration of those components can be complex and if putting this in logic in other view or view models to makes them coupled. A coordinator can be called from different components. So if you are using MVC design architecture, you will probably trigger the coordinator in your view components, and if you are using MVVM, you can call either from the views or the view models. In coordinator, pattern it doesn’t necessarily mean you have to use the MVMM architecture for your iOS app development, but it fits nicely with the idea of separating concerns of your components. So the combination of MVMM and the coordinator pattern is well known under the name of MVVM-C.
Coordinators to the next level
Coordinators share a lot of code which is mostly handling the routing of screens, and that is when we started to introduce a new terminology router and coordinator.
A router is an object which knows how to navigate under different circumstances in new screens and abstracts platform specific navigation code away if we take iOS as an example. Then the router will know how to push views to a navigation controller or how to present views modally.
A coordinator is more than a router which routes between screens, and it is also responsible for deciding which route to take after a specific action happened it creates and configures views and view model know how to connect the routes to create a flow. Sometimes your coordinator is also a perfect place to inject dependencies into your components.
Concept of Combining Router and a Coordinator
Combining the concept of Router and a Coordinator you don’t have to repeat the routing code again and again. That is why our default co-ordinators implementation provides you routing codes which are needed along with that we should be able to replace and inject different coordinators for a different use of cases. Framework abstracts the routing responsibility away and then provides you frame for implementing your coordinators which is useful for performing MVVM-Where Rx coordinator proposes you to trigger the routing from you, view models which help you to remove redundant communication between view and view model. For creating a type-safe interface, we use routes for defining the navigation paths from one view to another. The coordinators then are handling those routes and perform the actual navigation to this scene. Therefore introducing all these new components may seem like an overhead but you merge all the transitions, routes and coordination to create combinations and for making it super simple to add new routes and new transitions without changing your logic in your view or view models.
So for wrapping up the coordinator pattern helps greatly to remove more responsibilities from view components and help to write more reusable and better testable view. So by adopting the pattern for our cases and writing our framework we come to and conclusion that it fits nice in iPhone app builder architecture.
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