PLCs are used to control, measure, and carry out tasks in complex manufacturing and industrial applications. They work well with other systems, including PCs, PACs (programmable automation controllers ...

Murphy’s Law decrees: “Anything that can go wrong, will go wrong.” For any of us whose livelihood depends on our labor, things going wrong could mean: “Anything that can be automated, will be ...

“In this new age of ‘work from anywhere,’ having centralized, on-demand design tools is critical for businesses to scale production and easily adapt to evolving customer needs,” said Brian Shepherd, ...

The basics of industrial automation, smart factory, and Industry 4.0. The importance of power and connectivity in smart factories. The outcome of applying the lessons learned. Automation does not a ...

At its core, machine learning studies the construction of algorithms and learns from them to make predictions on data by building models from sample inputs. If we further break it down, machine ...

In recent years, the manufacturing sector has witnessed a rapid acceleration in the adoption of automation technologies. As these systems become increasingly complex and interconnected, the importance ...

Why engineers are making software defined automation, digital twins, soft PLCs and other agnostic tools part of the manufacturing automation toolkit. Change is happening at record speed. More ...

Quick Summary Looking to modernise and secure complex industrial operations? Explore the 7 best industrial automation and control systems for enterprises in 2026 that help optimise production, improve ...