Totally Integrated Automation (TIA)

Totally Integrated Automation (TIA) enables the evolution from well-automated production toward adaptive and autonomous production. Building on decades of high-performance automation, TIA expands automation capabilities by integrating data, new technologies such as AI and IT, and advanced software methods. Adaptive production uses intelligent systems to respond flexibly to changing conditions, while autonomous production leverages AI-driven solutions, algorithms, and data interpretation to optimize processes. The goal is to support workers by reducing routine tasks and enabling them to focus on creativity, flexibility, and complex problem solving.

Totally Integrated Automation (TIA) offers a seamlessly integrated and comprehensive automation portfolio that addresses current and future industrial challenges. It combines automation solutions across all levels – from the field and controller level to operations, management, cloud, and IT environments. By continuously expanding proven automation technologies with innovative solutions, TIA provides the right automation setup for different industries and applications, supporting the transition toward more flexible, adaptive, and future-ready production environments.

Totally Integrated Automation improves energy efficiency through seamless communication, consistent data flow, and integrated diagnostics across all automation components. By ensuring that systems work together without fragmentation, TIA helps optimize energy usage and can reduce energy consumption by up to 60%.

TIA reduces operational errors by integrating all automation components into a cohesive system. This simplification minimizes system complexity, avoids fragmented architectures, and reduces inconsistencies, leading to up to 85% fewer operational errors.

By using a standardized and integrated platform, Totally Integrated Automation accelerates engineering workflows and commissioning processes. Unified tools and consistent data models help reduce manual effort and speed up system setup, cutting engineering and commissioning time by up to 30%.