企业跨界创新中的价值共创研究:基于生态系统视角

王倩, 柳卸林

科研管理 ›› 2023, Vol. 44 ›› Issue (4) : 11-18.

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PDF(499 KB)
科研管理 ›› 2023, Vol. 44 ›› Issue (4) : 11-18.
论文

企业跨界创新中的价值共创研究:基于生态系统视角

  • 王倩,柳卸林
作者信息 +

Research on value co-creation in cross-border innovation of enterprises: A study based on the perspective of ecosystem

  • Wang Qian, Liu Xielin
Author information +
文章历史 +

摘要

数字经济的快速发展改变了组织间合作及创新关系,同时组织边界和价值创造方式也相应发生变化,企业通过编排价值活动向其他行业进行扩展和延伸。借助创新生态系统视角,本文通过识别创新生态系统驱动企业跨界创新的关键要素及要素间互动关系,提炼出基于资源异质性、知识溢出性、直接网络效应、间接网络效应以及数字同构能力的五种跨界价值共创微观机制。研究揭示了生态情境下,企业在跨界创新中价值共创形成的内在机理,为中国企业创新发展及数字化转型提供了有益启发。

Abstract

   The rapid development of digital technology has changed the relationship of cooperation and competition among organizations, and the organizational boundary and value creation mode has changed accordingly. Enterprises can use the digital platform to coordinate the innovation activities of different participants, so as to expand and extend the value. Cross-border innovation takes the ecosystem as the carrier, and the product or service innovation carried out by hub firms and different participants around the digital platform is a complex value co-creation process with dynamic characteristics. In this ecosystem structure, hub firms actively cooperate with different participants, engage with shaping a new innovation environment and create and capture of cross-border value through governance to internal and external participants of the organization.By reviewing the existing literature, the innovation ecosystem is an important context for firms to break boundaries and create value with multiple participants. It can be regarded as a coordination structure formed by different participants around a complex value proposition, including suppliers, complementors and users. With the entry of participants in different industries, the innovation ecosystem has expanded into a cross-border ecosystem on the interaction between participants and users. This paper describes different types of cross-border innovation models from the two dimensions of activity focus and control focus and summarizes them into four types: hub firm leading, user demand leading, open innovation leading and ecosystem leading. On this basis, assisted by case analysis, this paper summarizes the micro mechanism and process mechanism of cross-border value co-creation driven by resource heterogeneity effect, knowledge spillover effect, direct network effect, indirect network effect and digital isomorphism effect.The paper points out that: (1) It is emphasized that cross-border innovation is a dynamic process rather than a static one, and enterprises need to control and govern different types of cross-border models; (2) The logic of cross-border innovation is the transition process from single innovation activity to multiple innovation activities, and the interdependence between innovation participants is the key source of building a cross-border ecosystem; (3) This paper puts forward the theoretical framework and future research direction of value co-creation process mechanism in cross-border innovation, which has strong theoretical value. In addition, in the context of the digital economy, a large number of participants such as suppliers, complementors, users and even competitors have joined the innovation activities of enterprises, resulting in the cross-border activities of enterprises breaking through a single ecosystem category and emerging a more complex and dynamic ecosystem.Therefore, the mechanism of the formation of value co-creation reveals the new relationship between resource integration in cross-border innovation and provides useful inspiration for firm innovation development and digital transformation.

关键词

数字经济 / 跨界创新 / 创新生态系统 / 价值共创

Key words

digital economy / cross-border innovation / innovation ecosystem / value co-creation

引用本文

导出引用
王倩, 柳卸林. 企业跨界创新中的价值共创研究:基于生态系统视角[J]. 科研管理. 2023, 44(4): 11-18
Wang Qian, Liu Xielin. Research on value co-creation in cross-border innovation of enterprises: A study based on the perspective of ecosystem[J]. Science Research Management. 2023, 44(4): 11-18

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基金

国家自然科学基金面上项目(71872170,2019—2022)。


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