Abstract

Industry 4.0 (I4.0), also known as the fourth industrial revolution, describes the digitalization of manufacturing industries. The transition to I4.0 is crucial for manufacturing firms to sustain competitive advantage and seize new opportunities. Most research has focused on the technological aspects of I4.0 in the form of product and process innovations. Despite I4.0's rising attention from both researchers and practitioners, little research exists about I4.0 business model (BM) innovation, even though BM innovations can be more successful than product or process innovations. To address this research gap, we analyze 32 case studies of I4.0 BM innovators. We develop a taxonomy to characterize I4.0 BMs and derive 13 patterns of I4.0 BMs by applying the taxonomy to the case studies. Three super-patterns are identified: integration, servitization, and expertization. Integration innovates a BM with new processes and integrates parts of the supply chain. New combined products and services are the basis for servitization. Expertization is a hybrid of product- and process-focused BMs, which includes consulting services and multi-sided platforms. This study contributes to research with a framework for describing, analyzing, and classifying BMs for I4.0. The findings deepen the understanding of how I4.0 impacts ecosystem roles, BMs, and service systems. Archetypal patterns show how firms can leverage I4.0 concepts and build a conceptual basis for future research. The taxonomy supports practitioners in evaluating the I4.0-readiness of their existing BM. The patterns additionally illustrate opportunities for becoming an I4.0 firm.

Highlights

  • Gearing traditional industries toward the opportunities and chal­ lenges of digitalization is frequently discussed among researchers and practitioners around the globe

  • Despite the importance of manufacturing firms transforming toward I4.0 business model (BM), research has focused on the technological aspects

  • We show what new BMs under I4.0 look like (Sarvari et al, 2018) and guide firms in leveraging I4.0, including its technologies and concepts, such as open innovation (OI), mass customization, product service systems (PSS), Internet of Things (IoT), Cyber-physical systems (CPS), and smart factories

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Summary

Introduction

Gearing traditional industries toward the opportunities and chal­ lenges of digitalization is frequently discussed among researchers and practitioners around the globe. The name of the equivalent German campaign Industry 4.0 (I4.0), has evolved as an eponym for a new manufacturing landscape based on advanced digitalization and automation (Liao et al, 2017; Pereira and Romero, 2017). All of these programs aim at bringing new technologies to traditional manufacturers, as many of these firms are digital laggards (Gallagher, 2017). Initiatives aimed at securing competitiveness and economic wealth for the industrial na­ tions in the long run are very important (Ramsauer, 2013)

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