The strategic convergence between telecommunications engineering and critical systems hyperautomation: a technical approach for high availability environments

Abstract

Contemporary Information Technology (IT) infrastructure, essential to the global economy, requires an unprecedented symbiosis between the physical principles of Telecommunications Engineering and the advanced logics of Software Engineering. This scientific article aims to analyze, from a technical and integrative perspective, how the application of signal processing fundamentals, network theory, and transmission systems enhances the efficiency of modern automation and observability strategies in mission-critical corporate environments. The methodology is based on a systematic bibliographic review and critical analysis of distributed architectures, correlating the robustness of mainframe systems with the agility of hybrid cloud architectures. The implementation of Infrastructure as Code (IaC), microservices orchestration, and data governance are discussed as vectors for mitigating latency and systemic failures. The results indicate that "hyperautomation" is not just a productivity tool, but an engineering imperative to ensure the resilience and security of complex digital ecosystems. It is concluded that the professional profile capable of unifying the rigor of telecommunications hardware with the flexibility of software development is decisive for the technological sustainability of organizations.