Abstract

PurposeThe purpose of this paper is to explore two distinct subsets of dynamic capabilities that need to be deployed when pursuing innovation through inter-organizational activities, respectively, in the contexts of broad networks and specific alliances. The authors draw distinctions and explore potential interdependencies between these two dynamic capability reservoirs, by integrating concepts from the theoretical perspectives they are derived from, but which have until now largely ignored each other – the social network perspective and the dynamic capabilities view.Design/methodology/approachThe authors investigate nanotechnology-driven R&D activities in the 1995–2005 period for 76 publicly traded firms in the electronics and electrical equipment industry and in the chemicals and pharmaceuticals industry, that applied for 580 nanotechnology-related patents and engaged in 2,459 alliances during the observation period. The authors used zero-truncated Poisson regression as the estimation method.FindingsThe findings support conceptualizing dynamic capabilities as four distinct subsets, deployed for sensing or seizing purposes, and across the two different inter-organizational contexts. The findings also suggest potential synergies between these subsets of dynamic capabilities, with two subsets being more macro-oriented (i.e. sensing and seizing opportunities within networks) and the two other ones more micro-oriented (i.e. sensing and seizing opportunities within specific alliances).Practical implicationsThe authors show that firms differ in their subsets of dynamic capabilities for pursuing different types of inter-organizational, boundary-spanning relationships (such as alliances vs broader network relationships), which ultimately affects their innovation performance.Originality/valueThe authors contribute to the growing body of work on dynamic capabilities and firm-specific advantages by unbundling the dynamic capability subsets, and investigating their complex interdependencies for managing different types of inter-organizational linkages. The main new insight is that the “linear model” of generating more innovations through higher inter-firm collaboration in an emerging field paints an erroneous picture of how high innovation performance is actually achieved.

Highlights

  • There is hardly any sector of economic activity that has not embraced innovation through inter-organizational collaboration, whether through specific alliances or broader networks

  • We show that firms differ in their dynamic capability reservoirs for pursuing different types of inter-organizational, boundary-spanning relationships, which affects their innovation performance

  • We initially identified all nanotechnology patents granted by the US Patent and Trademark Office (USPTO) by application year for the period 1990 until 2010 using the USPTO’s classification number 977[2]

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Summary

Introduction

There is hardly any sector of economic activity that has not embraced innovation through inter-organizational collaboration, whether through specific alliances or broader networks. Firm-level responses to a faster pace of competitive dynamics and the heightened importance of knowledge creation via technological change have fueled research on the role of and the value of strategic alliances (Gomes et al, 2016). Since the pursuit of knowledge-intensive activities and the diffusion of innovation breakthroughs is a global phenomenon, internationally operating firms are challenged to respond to the evolving dynamics in the global business environment, that influence both the networks they operate in and the alliance relationships they need to manage. Nanotechnological innovations traverse different disciplinary technological platforms, they cross geographic, cultural and institutional boundaries, and as a result require interdisciplinary collaborative approaches among a continuum of organizations

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