REVIEW AND ANALYSIS OF REPETITIVE ROUTINE TASKS IN THE MOBILE APPLICATION DEVELOPMENT PROCESS

Abstract

The purpose of the study is to provide a systematic analysis of repetitive routine tasks in the development of mobile applications and to determine their impact on the efficiency of development teams. Special attention is paid to identifying approaches to reducing routine workload through automation, standardization, and reuse of solutions.Methodology. The study applies a comprehensive approach that combines analysis of scientific publications, review of industry reports, and systematization of typical routine tasks at different stages of the mobile application lifecycle. A comparative analysis of existing technical solutions is conducted, including automated testing tools, user interface generation, DevOps practices, and the integration of virtual assistants.Scientific novelty. A generalized classification of routine tasks in mobile development is proposed, taking into account the specifics of Android and iOS platforms. For the first time, existing gaps in the application of modern automation tools in the mobile domain are comprehensively analyzed. It is identified that most existing approaches either overlook platform-specific requirements or have a narrowly focused technical application.Conclusions. The research results confirm the relevance of unifying and automating repetitive tasks to improve the efficiency of mobile development. Promising directions for further research are proposed, including the development of specialized tools, templates, and practices tailored to the challenges of mobile engineering, which will reduce time and resource consumption, minimize errors, and accelerate product delivery to the market.