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Mobile Web Services

Mobile Web Services

web services on Mobile Application Development

Mobile Application development is the process of building software applications that operate on a mobile device. However, it is a typical mobile application that utilizes a network connection to work with remote computing resources. Hence, the mobile development process involves building installable software bundles (code, binaries, assets, etc.), completing backend services such as data access with an API, and testing the application on target devices.


Mobile Application & device platform


mobile web services

There are two powerful platforms in the modern smartphone market. Thus, one is the iOS platform from Apple Inc. However, the iOS principles are the operating system that powers Apple’s familiar series of iPhone smartphones. Therefore, the second is Android from Google. The Android operating system use not only by Google devices but also by many other OEMs to develop their smartphones and other smart devices.

Although there are some connections between these two platforms when erection applications, developing for iOS vs. evolving for Android using different software development kits (SDKs) and different development toolchain. Therefore, Apple manages iOS particularly for its own devices, Google makes Android available to other companies implemented they meet specific requirements such as including certain Google applications on the devices they export. Moreover, Developers can develop apps for hundreds of millions of devices by targeting both of these platforms.


Approaches for building mobile apps


There are four significant development approaches when establishing mobile applications


  • Native Mobile Applications
  • Cross-Platform Native Mobile Applications
  • mobile web servicesHybrid Mobile Applications
  • Progressive Web Applications





  • Native Mobile Applications

Native mobile applications are composed of programming language and frames provided the platform and running on the OS the device.


  • Cross-Platform Native Mobile Applications

Cross-platform native mobile applications can be formulated in a variety of different programming languages and frames, but they are compiled into a native application running directly on the operating system of the device.


  • Hybrid Mobile Applications

Hybrid mobile applications are constituted with standard web technologies – such as JavaScript, CSS, and HTML5 – and they are bundled as app installation packages. Against to the native apps, hybrid apps work on a ‘web container’ which provides a browser runtime and a bridge for native device APIs via Apache Cordova.


  • Progressive Web Applications

Therefore, PWAs suggest an alternative approach to traditional mobile app development by hopping app store delivery and app installations. PWAs are web applications that employ a set of browser capabilities – such as operating offline, working a background process, and attaching a link to the device home screen –  to present an ‘app like’ user expertise.




  • Best runtime performance
  • Direct access to device APIs
  • The single code base for multiple platforms
  • Easy to organize and support your app
  • Using web development skillset for developing mobile apps
  • The same app is accessible for both mobile and apps
  • No installation expected, accessible through a URL




  • Higher cost when developing and managing your app
  • Dependents and connections and libraries for native device features
  • performance limitation due to bridging
  • Lower performance compared to native apps
  • Limited support for native device features
  • App abilities depend on the browser in use
  • Many codebases for each platform


Key points of Mobile Application services

mobile web services


However, the mobile developers should look for a development environment that makes it easier for them to unite, use, and utilize the most commonly required skills into their application instantly and easily, while still defending the freedom to take benefit of the many individual services available.



  • User Sign-up/Sign-in and Management
  • Social login (Facebook sign-in, Twitter sign-in, etc.)
  • Analytics and User Engagement
  • Push Notifications
  • Real Device Testing


Data Services

  • Cloud Storage
  • Real-time and Offline Data
  • Application Logic/Cloud Functions


Machine Learning

  • Conversational Bots
  • Image and Video Recognition
  • Speech Recognition


The Mobile Application Front-End

The mobile front-end is the visual and interactive part of the purpose of the user experiences. It usually remains on the device, or there is at least an icon serving the app that is apparent on the home screen or is bound in the application directory of the device. The application can be downloaded from the platform app store, side-loaded directly onto the device, or can be transferred through the device’s browser, as in the matter for PWAs.


What a Front-end development Workflow seems like:

mobile web services


When a developer assumes they are a mobile application programmer, they are most oftentimes referring to this front-end part of the application, and they are skilled in the semantics and technologies that are used to build this front-end application.

Depending on the capacity of the team producing the app, there may be many several people involved in the design and development of the front-end mobile app. The team capacity can extend from a single developer who does everything linked with building the app, to tens, hundreds, and more people with specific skills.


The Mobile Application Back-End

The value of back-end services for the benefit of the mobile application, the developers have several major architectural decisions that they must consider. These decisions involve which services should they organize themselves and which third party services should they leverage, and then should they manage and control their services or should they take the support of 3rd party services.

To develop developer productivity and competence, mobile app programmers should only establish their services if they are highly explicit to the domain of the application and represent the unique rational property. Also, even for the services, they organize themselves, they should most always leverage cloud-based services to organize and support their backend foundation.













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