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The current industrial revolution is powered by data, which is also referred as Industry 4.0. The Industry 4.0 has attracted significant attention from academia and the industry professionals. The supply chain integration (SCI) has played a significant role in enhancing supply chain performance and organizational performance. This study explores the relationship between Industry 4.0 and SCI via an extensive literature review to understand the various levels of integration with the supply chain processes and to identify missing links, through a framework, and suggest further research directions.

In this paper, we have used systematic literature review approach to identify the building blocks of the conceptual framework, which is the main contribution of the present study. We have used Scopus database to search literature using keywords.

The study offers some interesting insights that may help scholars to advance theoretical debates. Moreover, the study also provides interesting direction to the practitioners engaged in supply chain management in data-driven environment. In this study, we have proposed a conceptual framework for the adoption of Industry 4.0 and SCI.

In this study we have proposed a conceptual framework. However, the framework is yet to be empirically tested. Hence, we caution readers to evaluate the findings of the present study in context to its limitations. This is an attempt to develop a conceptual framework which may be tested using longitudinal data.

The present work helps in integrating two independent subjects', i.e. Industry 4.0 and SCI. The theoretical framework presented here integrates Industry 4.0 and SCI which can be useful to the practitioners and policymakers engaged in implementing Industry 4.0.

The impact of rapidly developing technologies on digitalization of production and planning has affected all sectors in a short period. This impact has led to both positive and negative outcomes. While it is helping the decision-makers to make better and more productive choices, it also can create a cluster of information and data that can put an undue burden on processes. Today, we call this Industry 4.0, which is defined as the use of digital technologies, based on data processing, the end-to-end connection of value chains, and ensuring data fluidity. Industry 4.0 consists of technologies such as cyber-physical systems, internet of things, cloud computing, big data and analysis, autonomous vehicles, and augmented reality. With the digitalization of the entire production and planning processes, data-based applications are made; thus it is important to protect data in this context, pointing to the critical importance of cybersecurity. Companies are constantly working on taking the necessary cybersecurity measures to prevent exposure to any cyberattacks. One of the biggest steps toward the development of production and planning is undoubtedly the integration and adaptation of blockchain technology. The use of blockchain technologies has been a major breakthrough for the sector in order to effectively meet customer needs, ensure information security, reduce costs, and achieve rapid growth. With digital transformation, production and planning must comply with the principle of transparency. In this context, integrating blockchain technologies into the production and planning ecology for data security will provide companies with a serious competitive advantage.

The chapter deals with the promotion of competitiveness of national producers as compared to the main leaders in the industry.

The system management of the process of creating and mastering the production of a new product is based on effective change management, development of organizational and technical management systems, business-to-business interaction systems, business solutions relating to product creation in the industry. Systemization of problems and identification of ways of development of theory and methodology of creation of a new product by the domestic manufacturing companies can be performed by means of implementation of continuous acquisition and life cycle support (CALS) systems.

Today, the fundamental conceptual basis for the formation of information space of an enterprise and application of miscellaneous information systems is the concept of continuous information support of products throughout the entire life cycle – CALS. According to this concept, one can single out the following major objectives which are essential for an enterprise and can be achieved through information technologies: the automation of production management which was conventionally achieved through the use of MICS systems, and today it is achieved due to the use of the so-called ERP/CRM/SCM systems; product data management and automation of design and engineering analysis of structures and processes (PDM/PLM, CAD/CAM/CAE-system); information support of operation and aftersales service, integrated logistic support of products. The information technologies at the present stage are a prerequisite for achieving a competitive advantage by an enterprise, particularly if the enterprise is specialized in the production of high-technology products. The major purpose of information technologies at the enterprise is the maximum effective support of design processes, production processes and other processes running at the enterprise, creation of the information basis which enables the management to take decisions which help the enterprise to achieve a dominant position in the industry sector. For Russian companies, the problem of implementation and effective employment of CALS-technologies as a means of cardinal improvement in quality and competitiveness of science-intensive products, discussed in the chapter, is extremely topical.

For many companies, the employment of these technologies largely determines the ability to survive in the context of an intensifying competitive struggle in the domestic market and can be considered as an indispensable condition for maintaining and expanding the sales of products on the international market.

Every company or manufacturing system is vulnerable to breakdowns. This research aims to analyze the role of Multi-Agent Technology (MAT) in minimizing breakdown probabilities in Manufacturing Industries.

This study formulated a framework of six factors and twenty-eight variables (explored in the literature). A hybrid approach of Multi-Criteria Decision-Making Technique (MCDM) was employed in the framework to prioritize, rank and establish interrelationships between factors and variables grouped under them.

The research findings reveal that the “Manufacturing Process” is the most essential factor, while “Integration Manufacturing with Maintenance” is highly impactful on the other factors to eliminate the flaws that may cause system breakdown. The findings of this study also provide a ranking order for variables to increase the performance of factors that will assist manufacturers in reducing maintenance efforts and enhancing process efficiency.

The ranking order developed in this study may assist manufacturers in reducing maintenance efforts and enhancing process efficiency. From the manufacturer’s perspective, this research presented MAT as a key aspect in dealing with the complexity of manufacturing operations in manufacturing organizations. This research may assist industrial management with insights into how they can lower the probability of breakdown, which will decrease expenditures, boost productivity and enhance overall efficiency.

This study is an original contribution to advancing MAT’s theory and empirical applications in manufacturing organizations to decrease breakdown probability.

Study of the integration of operations through the application of computer technologies has focused on the manufacturing sector. In looking at the difficulties found in operating these technologies, increasing emphasis is being placed on their organizational aspects. These have been examined in depth by Ebers and Lieb, who concentrate on the social processes in implementation and the effects of reducing organizational slack. Applies this framework to the integration of information systems in a UK hospital. Examines the effects of integration: the new system is circumvented and organizational slack is redistributed as well as removed. Shows the importance of the cultural differences underlying the social processes between those introducing and those using the system, as well as within each of these groups. The framework of analysis provided by Ebers and Lieb thus proves to be quite robust. Concludes that our concern should not be computer‐integrated manufacturing but computer‐integrated operations.

This paper studies the relevance of the “greening of production” in the South‐East Asian context. It investigates the various initiatives taken by the companies of this region and thereby identifies the factors that are critical in the process of greening production in this region. The significance of the factors are ascertained and validated through an empirical research that has been conducted across five countries of the region employing the structural equation‐modeling framework.

Global business pressures have forced manufacturers to restructure design and production processes, adopting radically different management practices to gain competitive advantage. Employee empowerment continues to receive attention as a means of effectively appropriating and deploying human skills and knowledge. Employees are seen as critical components of the innovation‐led model of manufacturing which is evolving in response to unstable markets. This paper explores the concept of empowerment and conditions for its effective realisation in Computer Integrated Manufacturing production. Existing theory which underpins the authors’ view of empowerment is considered as a framework to facilitate further investigation of empowerment in Computer Integrated Manufacturing.

The aim of this work is to analyse the manufacturing strategies of the large Spanish industrial companies during the 1990s, making a comparison with the experience of American and other European manufacturers. To this end, and taking 1994 as a reference, this paper describes the planning process and content of the manufacturing strategies of a representative sample of the largest industrial companies in Spain, analysing, in particular, the high priority manufacturing objectives and policies maintained during the period 1992‐1993 and those foreseen for the period 1995‐1999. The information analysed has been obtained from a mail survey. The comparison of the Spanish companies with American and other European manufacturers attempts to observe how the Spanish experience is similar to that of other countries, in order to obtain interesting conclusions for the managers who may be responsible for managing industrial companies located in Spain.

Supply chain literature highlights that environmental uncertainty (EU) encourages firms to integrate their business strategies and develop strategic flexibility (SF). The authors’ use the dynamic capability view (DCV) to explain why the EU motivates firms to develop SF and integrate business strategies for better supply chain coordination (SCC) and enhanced performance. This study tests the role of SCC as a mediator between (1) business strategy integration (BSI) and operational performance, and (2) SF and operational performance. The study also measures the contingent effect of structural constructs on the relationship between EU, BSI and SF.

Data of 356 firms drawn from the continuous innovation network (CINet) are used in this paper. Structural equation modeling (SEM) is used to test the direct, indirect and moderation hypotheses.

The paper finds that EU enhances SF and BSI. Further, BSI has a significant positive impact on SCC that drives operational performance. The paper also finds that SF has no direct impact on SCC rather it affects SCC through BSI. SCC mediates the relationship between (1) SF and operational performance, and (2) BSI and operational performance. The organization's structural factors including connectedness and formalization moderate the effect of EU on BSI and SF.

The paper extends debate at the interface of supply chain risk and strategy literature and provides a specific understanding of the “external-internal-external” mechanism in the context of the turbulent business environment. This mechanism helps to understand why and under what structural conditions EU (external) leads to BSI and SF (internal). Further, BSI and SF (internal) help firms to manage SCC (external) effectively that in turn improve operational performance.

This paper aims to exploit a new trade database to explore the extent to which trade, and the industrial division of labor which it represents, is regional in nature.

The analysis focuses especially on intermediates trade, in three key regions – the EU, NAFTA and ASEAN+3 – which together represent 78 percent of global trade.

The results indicate that levels of regional integration in trade and changes in that integration vary by region and by direction of flow. Notably, the EU has higher levels of intra‐regional trade than the other two. These results vary by technology, with high‐tech trade less regionally biased than others.

Trade data has been little used in the debate on the regionalization of business activity. In addition, the paper highlights trends, not just in total trade, but within intermediate products and by technology.