You can find an app development company that fits your specific needs by following these tips:

• Compare mobile app development companies
• Look at their portfolio
• Evaluate the app design process and development cost
• Consider the experience of mobile app developers
• Find a Mobile App Development Company who can help you bring your app idea to life

OpenXcell specializes in the following mobile app development services:

• App Strategy
• App design
• App development
• Enterprise mobility
• IoT apps
• iOS app development
• Android app development
• Cross-platform app development
• Support & maintenance

There are 7 key steps of the Mobile App Development Process we follow:

• Strategy Development
• Analysis and Planning
• UI/UX Design
• App Development
• Application Testing
• Deployment
• Support and Performance Monitoring

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We are one of the top mobile app development companies in India and the USA. With over 13 years of experience in mobile app development, we have gained clients’ trust all over the world. We can help you turn your idea into a successful application by using our expertise and knowledge of cutting-edge technology.

We typically manage the mobile app development process through a combination of project management practices, team collaboration, effective communication, and the latest development tools.

A mobile application acts as a tool that can elevate and rightly portray your brand value. Also, a mobile application can act as an added channel for extending the visibility of your brand. With a mobile app developed for your business, you can make yourself more accessible to users. Mobile app development for your business can widen your audience reach by providing them access on the move.

The mobile app development process is quite a simple one. The major steps involved are:

• Goal Definition & Requirements Gathering
• Design
• System Architecture Design, Wireframing, UI/UX Designing, &    Prototyping 
• Development
• Functional Implementation, Software Coding & Optimization
• Testing & Quality Assurance, Troubleshooting, & Testing
• Deployment
• Launch, Beta Live, & Live
• Maintenance
• Monitoring, Feedback, Analysis, & Complete Support

The user interface of a mobile application is the one that interacts with the user, and so the design needs to be perfect. Many high-end mobile applications with tons of features and functionalities fail to make their mark. Our mobile app design process focuses on elevating the user experience by making it relevant, meaningful, and accessible. A few significant steps of our mobile app design process includes,

• UX Analysis
• Wireframing
• Interface Designing
• Prototyping
• Design specification
• Designing graphics

There are numerous factors that we consider before selecting a mobile app architecture. The first and foremost thing is the organization and decoupling of all the components and the fact that the architecture should complement the business domain of the application. Apart from this, the budget, timeline, etc. factors are considered. And finally, we gauge the need for portability, security, manageability, performance, reusability, and testability.

The main difference between Hybrid apps and Native apps is that Native apps are developed for a specific operating system, whereas, Hybrid apps are developed for all the platforms. Hybrid apps run consistently on all the platforms and perform identically. While Native apps can be run only on the platform for which it is developed. If you are looking forward wot provide a customized user experience for all the platforms individually, then native apps are the ones for you. In case you are looking for providing a uniform experience across all the platforms, then Hybrid apps can be your savior. 

There are numerous programming languages for mobile app development depending on the type of mobile app to be developed, the platform on which it will be deployed, budget, functionalities to be included, etc. The languages used for developing mobile applications in general are, Java, Swift, Python, jQuery, Pearl, Scala, C, C++, C#, GoLang, Ruby, R, Objective-C, and many more to enlist.