// ls ~/portfolio

Microservices

Microservices architecture plays an increasingly important role in modern software development, allowing functionalities and processes to be distributed across independent services, optimising resource utilisation and improving application scalability, performance, and maintainability. As part of my daily work, I design, develop, deploy, and maintain microservices dedicated to specific tasks, process automation, and integration between different systems and platforms. Depending on each project's requirements, these services can be deployed on the same server as the main application, using isolated processes and resources, or distributed across multiple servers and environments, enabling more efficient infrastructure management. The architecture is always designed with key factors in mind, including operational complexity, available resources, processing workloads, inter-service communication, security, and availability requirements. By leveraging APIs, message queues, asynchronous processing, and other technologies, I focus on building modular, efficient solutions designed to support the growth and evolution of each project. I believe that a well-designed architecture should not introduce unnecessary complexity, but rather simplify processes, distribute responsibilities, and ensure that each component performs its role efficiently, securely, and independently.