The industrial world is shifting away from rigid, closed architectures. Modern factory automation now demands a blend of unwavering reliability and agile digital innovation. Stefan Basenach, Senior Vice President at ABB, argues that the evolution from traditional distributed control systems (DCS) to open, modular ecosystems is essential for futureproofing. ABB’s "Automation Extended" program offers a strategic bridge between proven hardware and next-generation software.
Bridging the Gap Between Legacy Reliability and Digital Agility
For decades, industrial automation prioritized stability above all else. Engineers relied on the DCS to maintain real-time control over critical processes like chemical refining and power generation. However, global market volatility and sustainability mandates are now testing these static systems. Traditional setups often struggle to integrate modern data analytics without risking operational downtime.
Transitioning from Rigid Hardware to Modular Ecosystems
Historically, upgrading a control system meant enduring massive shutdowns or complex system migrations. These "rip-and-replace" strategies often discouraged innovation due to high costs and risks. Automation Extended changes this dynamic by enhancing existing platforms like ABB Ability™ System 800xA® and Symphony® Plus. It allows plants to modernize incrementally while protecting their original infrastructure investments.
Implementing the Principle of Separation of Concerns
The core of this new architecture lies in a dual-environment approach. The "Control Environment" handles deterministic, real-time tasks where safety and uptime are paramount. Meanwhile, the "Digital Environment" serves as a flexible sandbox for AI-driven applications and predictive maintenance. This separation ensures that a software update in the digital layer never compromises the core plant stability.
Enhancing Performance Through Strategic IT and OT Convergence
Modern operators must translate massive data volumes into measurable gains in efficiency and resilience. Automation Extended simplifies this by utilizing open standards like OPC UA and container-based architectures. Consequently, it removes the friction between Information Technology (IT) and Operational Technology (OT). This interoperability allows diverse systems to communicate seamlessly across an entire fleet of factories.
Empowering the Next Generation of Digital-Native Engineers
The industrial workforce is changing as veteran operators retire and digital natives enter the field. Companies must preserve legacy operational knowledge while providing modern, intuitive tools. Automation Extended offers advanced visualization and intelligent decision-support systems. These collaborative tools augment human expertise, allowing new engineers to make faster, data-backed decisions in high-pressure environments.
Driving Sustainability with Real-Time Data Insights
Strict regulatory pressures regarding carbon emissions are reshaping global industrial priorities. Achieving "Net Zero" requires a tighter integration between process control and electrical systems. By extending the reach of PLC and DCS functions into data-driven optimization, ABB enables continuous condition monitoring. These insights help plants reduce energy consumption without sacrificing production volume or safety.