MODEL OF AN ANDROID MOBILE APPLICATION WITH INTEGRATION OF BASIC SERVICES AND EXTENSIONS

Abstract

The relevance of this research is driven by the growing demands for the performance, flexibility, and scalability of mobile applications in modern conditions. The choice of Flutter as the development environment is justified by its ability to provide a fast development cycle and cross-platform compatibility. The object of the study is the architectural model of an Android mobile application that includes the integration of basic services such as geolocation, notifications, and the camera, offering approaches for extending functionality through the addition of new modules. The model consists of interconnected components, including the user interface, business logic, access to ІПЗs, and platform-specific services. Particular attention is paid to the modularity of the architecture, ensuring the model's adaptability to changing user needs and technological trends. The subject of the study is the interaction of components within the mobile application model in the Flutter environment. The study examines the impact of architectural decisions on performance, scalability, and development efficiency. Results. The proposed model demonstrates the ability to integrate basic Android services and support their extensions, ensuring stability and high product quality. Conclusions. Research into the mobile application model in the Flutter environment helps identify optimal ways to implement functionality, improve performance, and enhance the competitiveness of mobile applications.