Exploración teórica de arquitecturas de microservicios en entornos contenerizados
Palabras clave:
System Architecture, Microservices, Containerization, Scalability.Resumen
This article analyzes container-based microservices architectures as a modern alternative to monolithic systems, highlighting their advantages in scalability, deployment flexibility, and fault isolation. Using a methodological approach that combines technology research engineering and agile practices, it examines how microservices address the key limitations of traditional architectures while introducing new operational complexities.
The findings reveal that microservices offer superior modularity and development speed, particularly for cloud applications. Containerization enables the independent deployment of services and the efficient use of resources, although it requires robust monitoring solutions for distributed environments. The study highlights how agile methodologies effectively manage and promote continuous collaboration with stakeholders.
The comparative analysis shows that microservices outperform monoliths in scenarios that demand high availability and rapid scaling. However, successful adoption requires careful consideration of organizational factors and technical challenges such as data consistency. The research provides insights for organizations transitioning to microservices.
Descargas
