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Many business process improvement efforts emphasize better integration, yet process integration can mean many things. The purpose of this paper is to emphasize the importance of information flows to modern business processes, and draw upon recent organizational and information systems literature to characterize process integration and to derive four principles of process integration: accessibility, timeliness, transparency, and granularity of information flows.

Using a field study, the four principles of process integration are applied to analyze ten different business processes across five organizations.

In total, 18 generalized activities are identified that describe non‐integrated behavior, and “keying in known data” was found to be the most common. Among other findings, analysis highlights the importance of documentation to modern business processes, especially for coordination roles, and the paper describes three different purposes for documentation found in the data: content, process validation, and posterity.

The articulation of “business process integration” offers a foundation for future research in this area. Findings are limited in generalizability to various levels of processes, as well as possible instrument‐related biases.

The principles of process integration provide a lens through which practitioners can analyze processes. Empirical findings stress the role of documentation, forms of documentation, and types of non‐integrated work.

The paper characterizes process integration in relation to other commonly‐used constructs such as organizational integration, data integration, and application integration. Principles are derived from the literature that can guide future inquiry and practice associated with business process improvement.

The purpose of this paper is to propose an integrated approach to process integration, automation, and optimization through enhanced business process models.

The approach is based on a framework of process integration for functional applications, automation for business workflows, and additional functionalities for process optimization. The proposed approach is illustrated using enhanced process models over business integration, automation, and optimization with data elements, structures, and organizational elements. The standard sales order process cycle, quotation approval process, and production order cycle are chosen for illustrating process integration, automation, and optimization, respectively.

The proposed approach combines applications and workflows using integrated process/data models and forms a foundation for business process optimization. It is shown that the integrated approach can improve existing business processes in enterprise resource planning (ERP), beyond business process re‐engineering (BPR) principles, once enhanced business process models are implemented. This approach eliminates need for a hierarchical representation of business processes and highlights the flexibility and visibility of business process implementation in ERP system environment.

Although process integration, automation, and optimization are illustrated using selected business process examples, it requires generalization of these enhancements over entire business blueprint of ERP system. Thus, one key limitation of this research is that it is not generalized for the entire business blueprint of ERP. This also requires changes to data structures beyond current relational data in many ERP systems.

This research provides an integrated approach to business process modeling beyond traditional functional and workflow applications by eliminating hierarchical nature of process and data elements.

One of the main motivations associated with the adoption of electronic commerce (e‐commerce) is the integration and automation of business processes. Yet, for many years the integration of systems has been a barrier to business process automation. However, a new generation of software called application integration (AI) efficiently addresses integration problems and leads to more flexible and maintainable solutions. AI incorporates functionality from disparate applications through a diversity of integration technologies. Regardless, confusion surrounding terminology in the integration area has led to a debate regarding the capabilities of AI, as each term proposes a different range of AI technologies. Therefore, there appears a clear need to clarify this confusion. In doing so, a novel taxonomy is proposed, which is based on the critical analysis and evaluation of existing case studies extrapolated from the AI literature. The proposed taxonomy separates AI into intra‐organisational AI, hybrid AI and inter‐organisational AI. The novelty of the taxonomy centres on the synthesis of a comprehensive set of systems that efficiently describe the range of AI technology in terms of application. In doing so, the taxonomy presented will allow developers and integrators to navigate better through the portfolio of integration technologies and therefore better understand the integration area. The proposed taxonomy might also be used as a tool for decision making.

Industry 4.0 brings new opportunities and challenges. This paper aims to focus on understanding how the affordances of digital technologies contribute to the integration of business processes in the context of Industry 4.0.

A qualitative case analysis is used to reveal the affordances of digital technologies for the integration of business processes. A manufacturing company, the producer of professional stainless-steel kitchens, which is known for the adoption of digital technologies, was selected for the research. Interviews, archival data and nonparticipant observation are the main data collection methods.

This study contributes to the general business process management field. Case analysis shows that digital technologies facilitate the integration of business processes, specifically certain affordances, such as accessing and updating, sharing and initiating.

This study is of a single case and therefore has some limitations. Future research should focus on the analysis of more cases for a better understanding of business process integration in the context of Industry 4.0.

The results of this research will help business managers better understand the importance of the development and proper adaptation of digital technologies in an organization.

This research has a twofold contribution to the fields of business process management and business process integration. First, the authors reveal how digital technologies facilitate business processes management in the context of Industry 4.0; and second, the authors identify the main mechanisms through which digital technologies contribute to business process integration.

The purpose of this paper is to show how workflow management can be applied in the context of business networking.

The paper looks at workflow management systems (WfMSs) as an enterprise integration tool and, as such, it shows that WfMS require an appropriate integration infrastructure. The paper then describes how a WfMS that supports business networking can be built.

It is found that business networking requires a decentralized, peer‐to‐peer (P2P) integration infrastructure. On the other hand, it is found that it is possible to develop a generic and reusable workflow engine. Both components are then integrated in order to come up with a solution that supports business networking.

Issues concerning information and document management are not addressed. Neither mechanisms of storage and retrieval of exchanged documents, nor the format/structure of those documents are specified.

The paper assumes that enterprises will be willing to build up a P2P network where they will conduct their business‐to‐business (B2B) exchanges. Then, the proposed solution would allow their business processes to be linked without requiring tight coupling between their information systems.

The paper is useful to IT strategists and researchers dealing with WfMS, B2B integration architectures and applications of P2P technology.

The purpose of this paper is to investigate whether business process integration is feasible.

This paper employs a single case study strategy to research the aforementioned research question. The case study is exploratory.

Based on the findings and within the context of the case organisation, it appears that enterprise application integration (EAI) technology can integrate business processes. However, since it is not possible to generalize from a single case study, further research is suggested to investigate this area. From the case study, it appears that EAI can easily integrate the business processes when it is combined with enterprise resource planning (ERP) systems.

This is a single case study and thus the results cannot be generalized.

The empirical date suggest that organisations may combine ERP with EAI to integrate their business processes in a more flexible way.

The contribution of the paper is threefold: it describes the business process automation layer of EAI technology, it defines and presents a stage model for the business process integration and it examines the research question.

The external business environment of the organization is always changing at a rapid pace. For a firm to adapt to changing client requirements, it must implement the right business procedures and strategies. To improve competitive advantage, this study investigates the roles that supply chain partnerships, cross-functional integration, responsiveness and resilience play in achieving competitive advantages in Palestine.

Industrial institutions in Palestine constitute the study population. Data are collected by distributing surveys via Google Forms linked to manufacturers in industries such as the Leather and shoe Industry, metal industries, chemical industries, construction industries, textile industries, stone and marble industries, pharmaceutical industry, veterinary industry, food industry, plastic industry, paper industry, major advantages and disadvantages. The SEM-PLS approach is used to analyze the data.

The findings demonstrate that supply chain responsiveness, resilience and cooperation are all improved by cross-functional integration in inventory data integration and immediate operation. Supply chain partnerships improve the supply chain’s responsiveness, resilience and competitive advantage by involving partners in work teams and exchanging best practices. The enhancement of supply chain resilience and competitive advantage is influenced by the company’s capacity to act promptly in response to variations in demands.

This paper faces some limitations and it can be drawn as follows: To enhance supply chain risk management, the study continues to concentrate on manufacturing organizations that have internal integration. It also emphasizes the necessity of supply chain integration, which establishes direct connections with outside partners.

The findings of this study suggest some policy implications, as follows: To provide the manufacturing sector with a competitive edge, operations supervisors must be able to track and assess processes to ensure they are meeting demand. Firms that possess the ability to adjust to novel procedures or advancements in technology gain a competitive edge by guaranteeing consistent and high-quality delivery of products.

By implementing IT integration, this study theoretically and practically advances the understanding of the resource-based view of competitive advantages. This study focuses on providing insights into the nature of the relationship between supply chain partnership, cross-functional integration, responsiveness and flexibility and competitive advantages in the manufacturing sector in the Palestinian market.

Innovation has become extremely important, especially concerning manufacturing firms, as it is known to foster robust and healthy competition. The study aims to examine the effect of innovation orientation and supply chain integration on structural flexibility and strategic business performance.

Using the quantitative approach, 315 questionnaires were distributed to manufacturing firms in three cities (Accra, Kumasi and Takoradi) in Ghana out of which 305 usable responses were retrieved. The partial least square structural equation modeling technique and the statistical package for social sciences software version 27 were used for the data analysis.

The findings showed that supply chain integration and innovation orientation have a strong beneficial association. A substantial favorable association between structural flexibility and supply chain integration was found in the study once more. What is more, the research revealed a strong positive relationship between supply chain integration and strategic business performance. Furthermore, the study found a strong relation between innovation orientation and strategic business performance.

The research paper adds to the body of knowledge by examining how supply chain integration affects the relationship between innovation orientation, structural flexibility and strategic business performance.

As a company that has continuously achieved business innovation, Apple in the United States has successfully applied strategic knowledge creation to produce a series of products that integrate various digital devices as well as diverse contents and applications, such as the iPod, iPhone, and iPad, based on a corporate vision of a digital hub concept. At the same time, the redefining of corporate boundaries that expanded Apple’s business in a horizontal direction from the Macintosh PC business to the delivery of music, smartphones, and tablets is also an indication of the evolution of a corporate vision involving Apple’s strategic transformation. This chapter presents the strategic and creative processes that enabled practitioners, including the late Steve Jobs, to demonstrate “strategic innovation capability” by “holistic leadership” at every level of management at Apple and successfully achieve a business ecosystem strategy through “creative collaboration” across diverse boundaries within and outside the company.