LAUSR

ABSTRACT Ensuring sustainability is a primary concern of the manufacturing industry. Not only does the enhancement of process and systematic efficiency secure sustainability through increased energy efficiency but it also improves the efficiency in terms of overall productivity. Dyeing and finishing industries consume massive amounts of energy and have large energy-related expenditures. The industry comprises small- and medium-sized enterprises, which have insufficient capital to pay for the energy-efficient equipment. This study proposes a service-oriented platform that can achieve process and systematic efficiency enhancement based on the industrial Internet of Things (IIoT). The platform reflects the requirements of dyeing and finishing shops in the industry and secures effective interoperability and services using a service-oriented architectural design. A smart operation enabled by the service-oriented platform to improve the efficiency of traditional processes is developed. The system architecture, P4R data model, and service composition are discussed to understand the proposed process. Results suggest that it is possible to provide dyeing and finishing shops with services for reducing energy costs and improving productivity. The proposed platform also provides high-level services that utilize analytical techniques and data from the IIoT, and it serves as a suitable solution for small- and medium-sized enterprises by reducing costs.