Generación de estrategias para optimizar el desarrollo con contenedores construyendo imágenes Docker eficientes

Abstract

New technologies are revolutionizing the field of informatics, providing innovative solutions for software development and deployment. Among these technologies, Docker containers have gained significant attention due to their versatility and efficiency. Docker containers offer numerous benefits to the informatics sector, including enhanced portability, scalability, and resource utilization. By encapsulating applications and their dependencies, containers enable consistent deployment across different environments, simplifying the software delivery process. Additionally, containers promote efficient resource allocation, allowing organizations to optimize infrastructure costs and achieve better performance. Efficient container image development is crucial for maximizing the benefits of Docker containers. Optimized images contribute to faster deployment, reduced storage requirements, and improved overall system performance. This research focuses on developing strategies to create efficient Docker images by analyzing existing practices, identifying optimization techniques, and conducting performance evaluations. The research aims to demonstrate the impact of efficient image development on container performance, resource consumption, and scalability. By benchmarking and evaluating various optimization techniques, the study will showcase how well-designed container images can enhance the informatics field. The findings will empower informatics professionals to optimize their Docker image workflows, leading to improved software performance, cost savings, and streamlined development processes.