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Networked Intelligence: From Scientific Breakthrough to Porsche's New Brake System

机译:网络智能:从科学突破到保时捷的新型制动系统

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Our Research Paper explores the role of R&D networks and technology intelligence in the Innovation Economy. We propose a theoretical framework based on innovation and network theories to analyze and better understand how to build bridges between scientific exploration and business driven exploitation for accelerated growth through innovation. We illustrate our framework by applying it to a recent case study on how Porsche managed to outcompete Mercedes in the development of a Ceramic Brake system. Our analysis of how structural holes complement the strength of weak ties in the Porsche case offers new possibilities of managing and steering the previously uncontrollable fuzzy front end of innovation. We argue that Porsche's highly networked and intelligence based approach to breakthrough innovation represents best practice, and that the proposed theoretical framework deepens our understanding of how collaboration through a combination of open and closed networks can optimize speed and impact of innovation.
机译:我们的研究论文探讨了研发网络和技术智能在创新经济中的作用。我们提出了一个基于创新和网络理论的理论框架,以分析和更好地理解如何在科学探索与商业驱动的开发之间架起桥梁,以通过创新加速增长。我们通过将其应用于最近的案例研究来说明我们的框架,该案例研究了保时捷在开发陶瓷制动系统方面如何超越梅赛德斯。我们对结构孔如何补充保时捷案例中薄弱环节的强度的分析提供了管理和控制以前无法控制的模糊前端的新可能性。我们认为,保时捷高度网络化和基于情报的突破性创新方法代表了最佳实践,并且所提出的理论框架加深了我们对开放式和封闭式网络相结合的协作如何优化创新速度和影响力的理解。

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