The robotics landscape is undergoing a profound transformation led by diverse visionary leaders. Recently, the International Federation of Robotics (IFR) identified 11 women who are fundamentally redefining industrial automation. While women represent only 16% of current engineers, their impact on factory automation is disproportionately significant. These leaders drive innovation across manufacturing, healthcare, and logistics sectors globally.
Modern industrial automation stands at a critical crossroads. While artificial intelligence promises to optimize factory automation, it simultaneously demands unprecedented levels of power. A recent study in Applied Sciences titled "Automation and Sustainability" highlights this complex relationship. It explores how Industry 4.0 and Industry 5.0 technologies influence global energy efficiency and industrial productivity. Understanding this balance is essential for manufacturers aiming for long-term sustainability.
Industrial leaders face a growing dilemma: how to modernize aging infrastructure without risking production downtime. ABB recently introduced its Automation Extended programme to bridge this gap. By integrating Artificial Intelligence (AI) directly into existing ecosystems, this initiative transforms traditional industrial automation into a dynamic, future-ready framework.
Modern manufacturing has transitioned from manual operation to sophisticated, automated control. Central to this evolution is the method by which field devices communicate with control systems. Today, engineers must choose between time-tested analog signals and advanced digital fieldbus protocols to optimize factory automation.
