On industrial knowledge bases, commercial opportunities and global innovation network linkages
Introduction
Two characteristics define the essence of the current industrial landscape. On the one hand, vast amounts of technology is ‘embodied’ in components, machinery and final products, and exchanged between economies through global commodity trade and production networks (Hauknes and Knell, 2009). On the other hand, processes of inter-organizational knowledge exchanges which are localized due to path dependency and distance decay effects are growing in importance for the competitiveness of firms and for the development of regions. Thus the locus of innovation is shifting away from individual firms towards territorial economies and the distributed networks by which they are linked.
International collaborative linkages are arguably of particular importance in this context, because they have the capacity to transfer disembodied knowledge over long distances (Torre, 2008, Torre and Rallett, 2005). These linkages are at the same time organizationally demanding and prone to inertia and lock-in due to the high marginal costs involved in changing network configurations (Narula, 2002). The geographical scale at which a firm collaborates is therefore determined by how firm-level characteristics and strategies evolve with various external, and often contradictory, centrifugal and centripetal forces (Benito et al., 2002). Strong centrifugal forces are created when rapidly evolving and geographically distributed technological development combines with market differentiation and translates into a need for direct linkages to business contexts abroad (Asheim et al., 2012, Kuemmerle et al., 1999). Centripetal forces arise from the complexity of the technology involved, uncertainties involved in development work and ‘stickiness’ of the underlying knowledge base. The outcome is a landscape of global innovation which is at least as differentiated as the landscape of industry itself.
The objective of this paper is to capture sources of differentiation beyond those attributable to discrete management choice or aggregate industry characteristics. It links theories of technological regimes (Breschi and Malerba, 1997, Castellacci, 2008) to recent advances in the study of industrial knowledge development and innovation (Asheim and Coenen, 2005, Asheim et al., 2012, Jensen et al., 2007). It then discusses why the four main sources of behavioural differentiation identified by this literature should be considered to be especially distinct mediators of involvement with international partners. Hypotheses are developed and investigated using representative sample micro-data from the Fourth Norwegian Community Innovation Survey.
Section snippets
Conceptual framework and hypotheses
Analyses aiming to capture and understand how firms embed in global innovation networks (GINs) inevitably encounter the non-trivial task of delineating the main attributes of the concept. This paper considers, first, the degree of involvement with international partners maintained at the individual firm level. This is done in accordance with the methodology developed by Bozeman and Gaughan, 2007, Bozeman and Gaughan, 2011 and applied in Ebersberger & Herstad (2013). Second, and more strictly,
Empirical analysis
The analysis is based on micro-data from the Norwegian Innovation Survey, collected by Statistics Norway and sampled to be representative at the national level. It is generated by a self-administered survey questionnaire based on the standardized European Community Innovation Survey (CIS). Rigorous validation processes are carried out to avoid errors (Eurostat, 2010). CIS data is used for generating official innovation statistics of the EU and its member countries and has been used extensively
Conclusion
Fundamental differences between the internal knowledge bases built by firms, differences in the degrees of cumulativeness involved in this activity and the extent to which they can be protected translate into inter-firm differentiation of international involvement. Such involvement, and the likelihood that it evolves into a truly global network configuration, is also directly influenced by the rate of product change faced by the firm and its ability to identify and act on commercial
Acknowledgements
Research for this paper was partially funded by the European Community's Seventh Framework Programme (Project INGINEUS, Grant Agreement No. 225368). This financial support is gratefully acknowledged. The authors are indebted to Susana Borrás, Davide Castellani and Helena Barnard for their input and support during the writing process. We also wish to thank Martin Bell and three anonymous reviewers for valuable comments and suggestions, and Statistics Norway for the provision of data. Yet, the
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