Desarrollo de solución automatizada para despliegue de microservicios en ambientes de prueba en empresa de telecomunicaciones

Abstract

CONDITION FOR PUBLICATION OF PROJECT. This project addresses the challenge of optimizing the deployment process of testing environments in a telecommunications company. The current process involves deploying around 80 microservices and can take up to three days, resulting in a high operational load for QA and infrastructure teams. To tackle this issue, a distributed architecture was designed using tools such as N8N, GitLab, Redis, and Telegram. This solution allows automated deployment flows to be triggered through structured messages, enabling dynamic configuration generation and execution of GitLab pipelines. As a result, the average deployment time was reduced from several days to just a few hours, depending on project complexity. The system currently supports vertical deployment only, following a sequential logic based on functional dependencies. Initial tests show stable performance and high potential for scalable implementation. It is concluded that the proposed automated architecture improves deployment efficiency, reduces human errors, and enhances QA team autonomy in managing test environments. Keywords: Test environments, automation, deployment optimization, microservices, CI/CD.