This chapter connects the concept of sustainable Smart Product-Service Systems with Socio-Cyber- Physical Systems, in the context of the smart factory. We use the Service-Dominant logic lens to explain the linkages between these two paradigms, emphasizing how value is co-created by the interplay of the provider and the customer of a sustainable Smart Product-Service System, and by the collaboration of the smart factory manager and the users of Socio-Cyber-Physical Systems. By examining these linkages, the chapter highlights the emergence of new manufacturing paradigms such as smart manufacturing and on-demand manufacturing services. The study concludes that the convergence of sustainable Smart Product-Service Systems and Socio-Cyber-Physical Systems could significantly contribute to the transition towards more resilient, intelligent, and sustainable industrial systems, in which human and environmental factors are key to any manufacturing decisions.
Integrating Smart PSS and SCPS for Sustainable Manufacturing / Rapaccini, Mario; Spadafora, Maria. - ELETTRONICO. - (2026), pp. 241-254. [10.1007/978-3-032-07765-3_14]
Integrating Smart PSS and SCPS for Sustainable Manufacturing
Rapaccini, Mario
;Spadafora, Maria
2026
Abstract
This chapter connects the concept of sustainable Smart Product-Service Systems with Socio-Cyber- Physical Systems, in the context of the smart factory. We use the Service-Dominant logic lens to explain the linkages between these two paradigms, emphasizing how value is co-created by the interplay of the provider and the customer of a sustainable Smart Product-Service System, and by the collaboration of the smart factory manager and the users of Socio-Cyber-Physical Systems. By examining these linkages, the chapter highlights the emergence of new manufacturing paradigms such as smart manufacturing and on-demand manufacturing services. The study concludes that the convergence of sustainable Smart Product-Service Systems and Socio-Cyber-Physical Systems could significantly contribute to the transition towards more resilient, intelligent, and sustainable industrial systems, in which human and environmental factors are key to any manufacturing decisions.| File | Dimensione | Formato | |
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