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Digital Twin, PLM, ALM, events and engineering insights from NEAX.
From seamless device connectivity to flexible data infrastructure and AI integration, this guide outlines key foundations for enhancing operational efficiency, reducing costs, and staying competitive in the era of industrial IoT.
Hexagon acquires CADLM to enhance AI-driven smart simulation The acquisition integrates the ODYSSEE platform, applying AI/machine learning to CAE for faster, more accurate simulations — optimizing design and boosting manufacturing productivity.
Global automotive and aerospace manufacturers are already using Hexagon’s Digital Factory solutions to map and model decades-old brownfield facilities in preparation for increases in production or introduction of new lines in what are increasingly competitive global markets undergoing significant change.
Known as the fourth industrial revolution, it is changing how manufacturers create, handle, and develop products. Three essential technologies are at the heart of this change: artificial intelligence (AI), digital twins, and product lifecycle management (PLM). Throughout the business value chain, these technologies work together to increase productivity, lower expenses, and stimulate innovation. The growth of PLM, the importance of digital twins, and how AI is transforming industrial automation and decision-making are all covered in detail in this article.
Hexagon has demonstrated how innovation can be accelerated by opening up the possibility of completing complex CFD (computational fluid dynamics) simulations that were previously too time-consuming and expensive using the world’s fastest supercomputer, Fugaku.
Boost Customer Satisfaction with the IoT Today’s industrial service teams are experiencing a dramatic shift in how their businesses interact with customers. Not too long ago, servicers could gain their customers’ loyalty by simply reacting to equipment issues as they occurred. But due to the rapid pace of technological innovation, customer expectations for support have evolved, resulting in more stringent service level agreements. At the same time, industrial service technicians encounter more complex and highly varied equipment, which put metrics like firsttime- fix-rates(FTFR) and mean-time-to-repair (MTTR) in jeopardy.