AI augmenting human robots is a significant advancement, that will reassert AI’s role in Industry 5.0. Their use cases are going to evolve and there will be new implementation areas that will be pivotal in shaping Industry 5.0.ĪI’s implementation is visible across the Manufacturing value chain. Figure 1 shows how AI-ML, Cobots, IoET (Internet of Every Thing), Blockchain, and Digital Twins have cemented their presence in the manufacturing industry in the past five years. Industry 5.0 will evolve existing technologies in the market, with research and technical advancements. Become green manufacturing oriented and start building net-zero carbon environments.Increase a company’s ability to be resilient and agile in processes and adopting technologies.Change the focus towards human centricity by empowering employees to provide the best results to customers.Industry 5.0 is expected to reform 3 key aspects of Industry 4.0, – Manufacturers like 3M have allocated fresh budgets to experiment with new materials and expand production capabilities for personal safety products considering the COVID-19 pandemic. Factors such as climate change, depletion of resources, and unforeseen incidents like a global pandemic and wars are compelling manufacturers to experiment with existing and novel technologies, materials, and processes. The past decade has taught us the increasing complexity of societal and economic challenges. The EC’s definition, while is the most frequently used, also shows how the need for a new industrial paradigm has become imperative. The concept of Industry 5.0 was introduced by the European Commission (EC) to address the transformation of industrial standards to support innovation. For example, Nike, the global apparel manufacturer is letting its customers customize their own footwear and clothing, from basic styling and color to the material of the products. Another key theme to cement the presence of Industry 5.0 in the next five years will be mass customization. Arising from this will be saved energy consumption and electricity downsizing. These will be designed to sustain an entirely robotic workforce with negligible employee intervention. This relationship will be instrumental in transitioning existing smart factories to a lights-out factory. In the next phase of transformation, Industry 5.0 is expected to bring about human-robot co-working dynamics which means maximized automation and minimal human interaction. This phase saw the introduction as well as the implementation of key technologies like Artificial Intelligence (AI) for smart decision-making, Machine Learning (ML) algorithms for identifying patterns in data, Robotic Process Automation (RPA) for back-office high-volume repetitive tasks, Digital Twins for equipment/facility insights throughout their lifecycle, Collaborative Robots (Cobots) for assembly line automation and heavy lifting, and Connectivity evolution from 2G-5G for faster communications. This is characterized by Smart Manufacturing, where manufacturing processes are computer-integrated. Digital Manufacturing The Emergence Of Industry 5.0 DOWNLOAD THE REPORT The Transition from Industry 4.0 to 5.0Īt the moment, we are on the brink of the fourth Industrial Revolution.
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