Dynamic Simulation and Digital Twin (DSDT) tech-nologies pair physical and virtual worlds, allowingproactive data analysis and monitoring of complexsystems. DSDT technologies recreate digital represen-tations of existing or impending physical systems suchas products, processes, or an entire production line,which allows for tackling design inefficiencies, pro-blems, performance concerns, and even futureimprovement planning, proactively and economically[56]. Mass personalization is indispensable to Industry5.0, and DSDT allows for predicting and optimizing theeffectiveness and performance of customizable pro-ducts and reducing the complexity of the underlyingmanufacturing processes [57]. More importantly, DSDTis crucial to the sustainability objectives of Industry 5.0,as it allows businesses to simulate and predict thedigital socio-environmental footprint of their productsand services from design, prototyping, and develop-ment through end-user consumption and end-of-life-recovery [58]. DSDT technologies are data-driven andbuild on AI, the Internet of Everything (IoE), big data,and adaptive analytics to integrate historical and real-time data to construct the underlying complex virtualmodels [6].

5.5 Digital TwinsDT is termed as the process of digital cloning an object or a physical system representation ofa huge system, Building structures, and manufacturing units can be easily done through theassistance of DT technology (Mourtzis et al., 2022). The role of DT in the transformationtowards I5.0 is to present considerable value to develop customer-centred products in themarketplace. The identification process of technical issues can be rapidly done through the DTtechnology and therefore DT enabling technology can directly identify technical issues so thatsolutions can be drawn as soon as possible. DT can also enhance the customer’s virtualexperience of the actual product and therefore satisfaction level of the customer can be greatlyenhanced. Predictive maintenance can also be achieved by the enabling technology of DigitalTwins

Thevirtualization principle involves creating a digitalreplica of the business and industrial operations bymerging sensor data collected from the physical equip-ment, assets, and processes across the value network[37]. Virtualization allows engineers and system analyststo structure, redesign, and optimize Industry 5.0 mod-ules and components in complete isolation, thus, alle-viating the risk of physical system design inefficiencyand failure [23]. The digital replica of industrial opera-tions further allows experts and managers to seamlesslyoversee the complexity of business operations andmonitor the efficiency and performance of machinery,equipment, processes, logistics infrastructure, and pro-duction facilities without disrupting their physicalinstances [6]. The virtualization principle is crucial tothe productivity, profitability, and sustainability of busi-ness activities under the Industry 5.0 paradigm.

Virtual twins are:

Question 2Is UX design applicable to physical products as well as digital products? 1 pointYes NoSometimes

What are some of the trends driving the requirement for a re-engineered business suite built for the digital world?