Cross-platform software development

Keys: Cross-platform software development, Flutter

Cross-platform software development

Why choose cross-platform software development?

Cross-platform development is a way to create an application with the ability to adapt to multiple systems. Cross-platform mobile development allows you to cover two operating systems, iOS and Android, with one codebase. It involves just some code-writing in a native programming language but provides an almost entirely native experience through a visualization interface using native controls

What’s cross-platform software development?

We use specialized tools that help create applications working on several mobile operating systems at once with cross-platform development. This approach requires the most suitable tools for writing code, designing the interface, debugging, monitoring all processes, and building the final version of the application.

Flutter is Google’s open-source SDK for building cross-platform mobile apps that provide Android and iOS users with a genuinely native design and experience. This development platform already showed impressive growth at the start.

The main advantages of Flutter as a platform for product development: short time-to-market, application performance on par with native solutions, the total development cost is lower than a similar solution with native applications, support for a single code base, reducing the cost of fixing bugs and adding new functionality. The disadvantage is that some functionality needs to be developed independently on both platforms if there are no cross-platform libraries.

Single code base for all platforms

Perhaps the main advantage of cross-platform development is using one code base for different mobile platforms. This allows the development team to use only one technology stack (and it is much easier to pick it up) rather than multiple technology stacks for each mobile platform/operating system at once. This also leads to easier and faster deployment because you don’t need to learn numerous technology stacks to create cross-platform solutions. Developers can focus on a single technology stack, allowing them to explore and realize all of its benefits. In addition, a single codebase can also significantly speed up the initial deployment of an application on multiple platforms at once and reduce the time and complexity of updates.

Development time and cost reduction

This is another essential advantage of cross-platform development, achieved by reducing the time it takes to write code for two or more code bases. How much time and money can be saved depends on the goal of the project and the framework. For example, you can create applications 50% faster than with native development, thanks to cross-platform software development. In addition, cross-platform software development allows you to use ready-made components that have already been created by someone else, easily integrating them into your own project.

Coverage of a wider audience of users

Since cross-platform solutions are developed for two or more platforms/operating systems, they also have more target audience coverage. This allows the application to be presented on more mobile devices for more users, making cross-platform more profitable for businesses than being on just one platform.

Why us

We have been providing quality app development services for more than X years. Our company has created products for customers from different countries worldwide. We offer a full cycle of developing native and cross-platform apps for iOS and Android, from analysis and development to back-end development, product maintenance, and support. Our team always fulfills all customer requirements accurately and on time to achieve their business goals.

Thanks to long-term cooperation with customers and high-quality products, we have gained a reputation as a reliable partner in the international IT market. Our proven expertise in software development makes us your best choice for creating cost-effective apps guaranteed to deliver an outstanding user experience.