Optimization of the Software Development Cycle Using Micro Frontend Architecture Within Large Organizations

Abstract In today’s fast-paced software industry, large organizations are under constant pressure to deliver features faster, scale development teams efficiently, and maintain high code quality. Traditional monolithic frontend architectures often become bottlenecks in the development and delivery of complex applications. The paper explores micro frontend architecture as a modern approach to optimizing software development processes, particularly within large and distributed teams. Micro frontend architecture decomposes the user interface into smaller, independent modules developed, tested, and deployed by separate teams. This approach fosters team autonomy, enables parallel development, simplifies maintenance, and allows for the use of diverse technologies within a single application. Through an in-depth analysis of its benefits and challenges, and a case study involving the implementation of a simple Online Shop application, this demonstrates how micro frontends can reduce complexity, increase efficiency, and accelerate development cycles. The paper demonstrates that while the implementation of micro frontends requires careful planning and organizational discipline, it offers a powerful solution for optimizing software development processes in large-scale environments.