Corporate venture capitalists as entrepreneurial knowledge accelerators in global innovation ecosystems

2022 ◽  
Vol 142 ◽  
pp. 512-523
Author(s):  
Matteo Rossi ◽  
Jamel Chouaibi ◽  
Domenico Graziano ◽  
Giuseppe Festa
1988 ◽  
Vol 3 (3) ◽  
pp. 233-247 ◽  
Author(s):  
Robin Siegel ◽  
Eric Siegel ◽  
Ian C. MacMillan

Author(s):  
Diego Reis ◽  
Fábio Moura ◽  
Iracema Aragão

This research aims to determine the relationship between entrepreneurship, intellectual property and innovation ecosystems at a global level. To assess the structural relationships between ecosystems, the unconditional quantile regressions using annual country data are estimated from two perspectives, namely: pooled data and data with fixed effects and time control. The Global Entrepreneurship Index (GEI), the US Chamber International IP Index (IPI) and the Global Innovation Index (GII) are used as a proxy for the entrepreneurship, intellectual property and innovation ecosystem, respectively. The results indicate that the entrepreneurship and intellectual property ecosystems has a causal relationship with the global innovation ecosystem. However, when control of individual and fixed time effects is included, the relationship between ecosystems is confirmed in just a few quantiles. The sterile results require efforts from public, private and other agents to improve the performance of ecosystems, especially to increase the generation of innovative assets. This study looks at ecosystems from a different perspective, and the results are relevant to policymakers looking to improve the ecosystems of entrepreneurship, intellectual property and innovation. The originality of this article lies in bringing together issues that are generally dealt with in theoretical and empirical literature in separate domains. The study of the relationship between ecosystems from global indexes remains a little explored field, despite the various alternative approaches already investigated.


Author(s):  
PURDENKO Olena

There is characterized the state of functioning of the innovation ecosystem in the conditions of a pandemic. There is presented the experience of reorganization of highly efficient innovation ecosystems during the crisis, which contributed to the achievement of optimal conditions for functioning and development. There are analyzed the main indi­cators of the Global Innovation Index 2020 and the main factors influencing the formation of the innovation ecosystem of Ukraine. There are proposed measures to strengthen it.


Author(s):  
Lukman Raimi ◽  
Hassan Yusuf

This study explores the levels of and barriers to entrepreneurial innovation (EI) and competitive advantage (CA) in emerging economies, and situates the findings within the Nigeria’s global innovation ecosystems. A qualitative research approach is preferred relying on the secondary data extracted from the reports of Global Competitiveness Index (GCI) and enriched by scholarly works including insights from the reports of Global Entrepreneurship Index (GEI). The extracted data from the afore-mentioned sources were critically reviewed and analysed using content analysis to understand the connection between EI and CA. At the end of the analysis, the study found that for 10 years (2008–2017), Nigeria manifested low EI and CA on the GCI ranking, whereas other African countries such as Ghana, Cameroon and South Africa, with lesser economic resources, did comparatively better. Second, it was found that, the key barriers to EI and CA are infrastructural neglect, lack of strong regulatory institutions, weak macroeconomic environment, weak technological readiness, poor business sophistication and low innovation among others. The study improves understanding of theoretical, managerial and policy implications of EI and CA. It also provides appropriate strategic suggestions for stimulating EI and enhancing CA at both national and industry levels in Nigeria. The study contributes to the raging debates on EI and CA in emerging economies. It also supports the Schumpeter’s creative discovery theory and resource-based view of CA.


Author(s):  
Jonathan M. Barnett

This book presents a theoretical, historical, and empirical account of the relationship between intellectual property (IP) rights, organizational type, and market structure. Patents expand transactional choice by enabling smaller research-and-development (R&D)-intensive firms to compete against larger firms that wield difficult-to-replicate financing, production, and distribution capacities. In particular, patents enable upstream firms that specialize in innovation to exchange informational assets with downstream firms that specialize in commercialization, lowering capital and technical requirements that might otherwise impede entry. These theoretical expectations track a novel organizational history of the U.S. patent system during 1890–2006. Periods of strong patent protection tend to support innovation ecosystems in which smaller innovators can monetize R&D through financing, licensing, and other relationships with funding and commercialization partners. Periods of weak patent protection tend to support innovation ecosystems in which innovation and commercialization mostly take place within the end-to-end structures of large integrated firms. The proposed link between IP rights and organizational type tracks evidence on historical and contemporary patterns in IP lobbying and advocacy activities. In general, larger and more integrated firms (outside pharmaceuticals) tend to advocate for weaker patents, while smaller and less integrated firms (and venture capitalists who back those firms) tend to advocate for stronger patents. Contrary to conventional assumptions, the economics, history, and politics of the U.S. patent system suggest that weak IP rights often shelter large incumbents from the entry threat posed by smaller R&D-specialist entities.


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