ABB is continuing to strengthen its position in industrial automation by combining artificial intelligence, digitalization, electrification and advanced control technologies. The company’s latest activities highlight how automation is moving beyond traditional PLC and DCS control toward more intelligent, connected and increasingly autonomous industrial operations.

AI Moves Deeper Into Industrial Automation

Industrial AI is becoming an important part of ABB’s automation strategy. Through platforms such as ABB Genix, industrial data can be combined with artificial intelligence and advanced analytics to improve asset performance, optimize processes and support energy efficiency.

The goal is not simply to collect more plant data. Modern automation systems need to transform large volumes of operational information into useful engineering and maintenance decisions.

AI-based analytics can help identify abnormal operating conditions, detect developing equipment problems and provide engineers with better visibility into production performance. This creates opportunities for manufacturers to move from reactive maintenance toward more predictive and condition-based strategies.

ABB and Rolls-Royce SMR Explore Advanced Automation

A significant recent development is ABB’s collaboration with Rolls-Royce SMR on small modular reactor technology. The two companies signed a memorandum of understanding to explore how ABB’s automation, electrification, instrumentation and communication technologies can support the deployment of standardized small modular reactors.

The Rolls-Royce SMR design is planned as a factory-built reactor capable of generating approximately 470 MW of electricity. ABB’s involvement could help address the automation and electrical infrastructure requirements needed to scale this type of energy technology. 

For industrial automation, the collaboration is significant because nuclear power requires extremely high standards for reliability, control, monitoring and system availability.

Automation for More Reliable Energy Infrastructure

As global electricity demand increases, automation technologies are becoming increasingly important across the energy sector. Advanced control systems can coordinate complex processes, monitor equipment conditions and provide operators with real-time information.

ABB’s combination of automation and electrification technologies gives it an opportunity to participate in projects where electrical distribution, instrumentation and industrial control need to operate as an integrated system.

This approach can also support the development of more standardized industrial architectures. Standardization is particularly important for modular energy projects because repeatable engineering and commissioning processes can reduce complexity as projects are deployed at multiple locations.

Toward Autonomous Industrial Operations

ABB is also exploring the broader concept of autonomous operations, where industrial AI can progressively support more operational decisions.

The evolution can begin with connected equipment and centralized data collection, followed by contextualized information, analytics and AI-assisted recommendations. More advanced systems can eventually support semi-autonomous or autonomous operational workflows.

For process industries, this could improve productivity while helping operators respond faster to changing production conditions.

Outlook

ABB’s recent developments demonstrate that the future of industrial automation will involve much more than traditional control hardware. AI, industrial analytics, automation, electrification and advanced instrumentation are increasingly becoming interconnected parts of a single industrial technology ecosystem.

From intelligent asset management to advanced energy infrastructure and autonomous operations, ABB is positioning its automation portfolio for industries that require higher reliability, better efficiency and greater operational intelligence.

As manufacturers and energy companies continue their digital transformation, intelligent automation is likely to become an increasingly important foundation for next-generation industrial facilities.