Firms increasingly face competitive pressures related to rapid and continuous adaptation to a complex, dynamic, and highly interconnected global environment. Pressing challenges include keeping pace with shorter product life cycles, incorporating multiple technologies into the design of new products, cocreating products and services with customers and partners, and leveraging the growth of scientific and technical knowledge in many sectors. In response, we observe experimentation with new organization designs that are fundamentally different from existing forms of organizing. We propose that these new designs are based on an actor‐oriented architectural scheme composed of three main elements: (1) actors who have the capabilities and values to self‐organize; (2) commons where the actors accumulate and share resources; and (3) protocols, processes, and infrastructures that enable multi‐actor collaboration. We demonstrate the usefulness of the actor‐oriented scheme by applying it to organizations drawn from four different sectors: global professional services, open source software development, computer equipment, and national defense. We discuss the implications of the actor‐oriented architectural scheme for future research on organizational forms as well as for managers who are involved in designing organizations. Copyright © 2012 John Wiley & Sons, Ltd.

This paper focuses on contributions of users in early phases of radical innovation projects. In a multiple case study analysis in the field of medical equipment technology, we identify characteristics of users who contribute substantially to the development of radical innovations by being their inventors and (co)-developers. These innovative users have high motivation to seek new solutions, possess a diverse set of competencies, and are embedded in a supportive environment. We furthermore observe that they play an entrepreneurial role as they establish and organize the required innovation networks. These innovation networks are needed to transform the users' radically new concepts into first physical prototypes and marketable products. The study highlights how manufacturing firms can benefit from innovative and entrepreneurial users in the early phases of radical innovation projects.

Open innovation has attracted a significant amount of attention from scholars and practitioners. Prior research on open innovation has mainly focused on collaborative inventing. However, understanding the processes and outcomes of joint inventing is not sufficient for understanding sustained open‐innovation activities and the competitive advantages of the actors involved in open innovation. Instead, an understanding of value creation and value capture is paramount for advancing our understanding of sustained open‐innovation activities. Open innovation requires collaboration among distributed but interdependent actors who rely on each other’s capabilities for value creation and capture. Value in open innovation is driven not only by actors’ value creation but also by their ability to capture value. While value creation and value capture are discussed in the open‐innovation literature, the advancement of this stream of research is hindered by conceptual ambiguity, especially in relation to the concept of value capture. This article adopts a value perspective on open innovation, offers consistent conceptualizations of value creation and value capture, and outlines potential avenues for further research at the interface of open innovation, value creation, and value capture.

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