Cross-Platform Development With Full-Stack Frameworks: Bridging the Gap for Seamless Integration

Abstract

This study investigates how full-stack frameworks facilitate the development of cross-platform ap-plications. In today’s tech landscape, apps are expected to function seamlessly across various de-vices and operating systems, which poses challenges for developers. Full-stack frameworks pro-vide a solution by enabling developers to write code once and deploy it across multiple platforms, such as mobile, web, and desktop, without the need for platform-specific adjustments. Significantly saving time and maintaining stable performance across different devices are among the main advantages of working with full-stack frameworks that emerge from the study. It also lays out typical concerns, including performance bottlenecks and problems scaling up applications. The thesis also delivers a set of suggestions with which the identified issues should be handled, and highlights the aspects that need to receive most attention when deciding which framework is suitable for the project according to its requirements and where each particular feature has to be used properly. These results show that full-stack frameworks, can make development go faster and smoother, which is good news for developers as well as companies looking to boost cross-platform app de-velopment workflows. However, it also warns that the first provision to consider in the selection of a framework are well thought-out choices and careful implementation. Additionally, this provided a ground for potential upcoming research to optimize full-stack frameworks in software develop-ment and bring performance/scalability benefits with the usage of such frameworks.