scholarly journals Innovation Types and Regulation: the Regulatory Framing of Nanotechnology as “Incremental” or “Radical” Innovation

2017 ◽  
Vol 8 (2) ◽  
pp. 364-386
Author(s):  
Stijn SMISMANS ◽  
Elen STOKES

AbstractThe regulatory literature has long been concerned with the challenges of technological innovation, yet it says relatively little about what we understand as “innovative” and how innovation “types” impact on regulation. This article unpacks the concept of “innovation” and analyses its significance for the development of regulatory strategy. It shows that innovation types – such as “incremental” and “radical” innovation – are not clear-cut, but involve differences of interpretation. This interpretive flexibility makes them powerful discursive resources in regulatory decision-making. Through a study of the EU’s regulation of nanotechnology, the article shows how arguments of “incremental” and “radical” innovation can be mobilised to very different effect. These different ways of conceptualising new technology affect decisions on: (i) the desirability of legislative reform; (ii) the evidence-base for regulation; and (iii) the use of the precautionary principle. The study also shows how the framing of technology as “incrementally” innovative can contribute to a strategy of “deliberate regulatory ignorance”. The article concludes by arguing that the incremental/radical distinction can be put to more positive use, so that regulatory choices take account of the different techno-scientific and socio-economic dimensions of innovation.


2016 ◽  
pp. 1913-1933
Author(s):  
Shefali Virkar

Much has been written about e-government within a growing stream of literature on ICT for development, generating countervailing perspectives where optimistic, technocratic approaches are countered by far more sceptical standpoints on technological innovation. This body of work is, however, not without its limitations: a large proportion is anecdotal in its style and overly deterministic in its logic, with far less being empirical, and there is a tendency for models offered up by scholarly research to neglect the actual attitudes, choices, and behaviour of the wide array of actors involved in the implementation and use of new technology in real organisations. Drawing on the theoretical perspectives of the Ecology of Games framework and the Design-Actuality Gap model, this chapter focuses on the conception and implementation of an electronic property tax collection system in Bangalore (India) between 1998 and 2008. The work contributes to not just an understanding of the role of ICTs in public administrative reform, but also towards an emerging body of research that is critical of managerial rationalism for an organization as a whole, and which is sensitive to an ecology of actors, choices, and motivations within the organisation.



2015 ◽  
Vol 6 (3) ◽  
pp. 21-31 ◽  
Author(s):  
Henrik Vejlgaard

This study aims at finding out if households or organizations are faster in their acceptance of a technological innovation. The object of this study is digital terrestrial television (DTT), specifically the implementation of DTT in Denmark. The theoretical framework is diffusion of innovation theory. Three surveys were carried out for both households and organizations. Based on the surveys, the rate of adoption for households and for organizations could be established. It is clear that organizations accept new technology faster than households during the entire adoption process. An explanation may be that it is the employees in the organization who are the most open to technology innovations who set the agenda for the acceptance process. Danish culture can have had an influence on the findings. If that is the case the findings may be generalizable only to cultures that are similar to Danish culture.



1991 ◽  
Vol 2 (3-4) ◽  
pp. 165-173 ◽  
Author(s):  
Amanda McRae ◽  
Stephan Hjorth ◽  
David W. Mason ◽  
Lynn Dillon ◽  
Thomas R. Tice

Biodegradable controlled-release microsphere systems made with the biocompatible biodegradable polyester excipient poly [DL lactide-co-glycolide] constitute an exciting new technology for drug delivery to the central nervous system (CNS). The present study describes functional observations indicating that implantation of dopamine (DA) microspheres encapsulated within two different polymer excipients into denervated- striatal tissue assures a prolonged release of the transmitterin vivo. Moreover, in this regard, the results show that there were clear cut temporal differences in the effect of the two DA microsphere formulations compared in this study, probably reflecting variations in the actual composition (i.e., lactide to glycolide ratio) of the two copolymer excipients examined. This technology has considerable potential for basic research with possible clinical application.



2021 ◽  
Author(s):  
◽  
Peter Harry Winsley

<p>This thesis addresses the research problem of "what are the key underpinning assets or drivers of technological innovation, and how can they be harnessed to create competitive advantage?" Technological change is an evolutionary process. Research and technological innovation creates knowledge and technology that is irreversible in the sense that inventions can be superseded but not "uninvented". Technological innovation creates knowledge and technology that is cumulative because it lays a platform for further knowledge creation, or sets in place another rung in an ascending ladder of new performance characteristics or properties which are demonstrably superior to their antecedents. In turn, the asset specificity and irreversibility of technology and its cumulativeness create barriers to competitive entry. This allows a firm to earn the premiums that create market power and allow further innovation to be financed. The model of technological innovation advanced in this thesis has at its core the strategic governance framework of a firm, within which the dynamics of significant new technology, human capital and social processes are catalysed and made productive by differentiated technological learning processes. No one type of technological learning applies universally, but rather learning is differentiated by variables such as firm size and structure, the past experience and core competencies of the firm, its human capital stocks, social processes, interactions with the external environment, and a host of market, institutional and technological factors. It is argued that the dynamics of significant new technology, human capital and social processes are fundamental and necessary conditions of technological innovation. Technological learning processes underly and provide a connecting thread that integrates these necessary conditions into a model of technological innovation that can be applied by managers to create and sustain competitive advantage. Technological learning both shapes and is shaped by the human capital stocks and social processes of a firm. Learning processes give rise to significant new technology, and the dynamics of that technology in turn helps catalyse and gives rise to further learning. The rate and direction of learning and of technological innovation is also driven by the firm's interaction with external sources of ideas and technology. To create competitive advantage through technological innovation business managers must address a firm's strategy, human capital-related assets, social processes and technological learning abilities. Policy managers must ensure that the public technostructure is in place to foster human capital creation within an economy and to facilitate access to new ideas and sources of stimulus.</p>



Author(s):  
Eden Yin ◽  
Shaz Ansari ◽  
Naseem Akhtar

Radical innovations often upend the incumbents firms and even render them obsolete (Ansari & Krop, 2012; Benner, 2010), as these firms often have great difficulties in addressing the challenge posed by these innovations due to inertia (Ghemawat, 1991), tendencies to exploit existing competences (Levinthal & March, 1993; O’Reilly & Tushman, 2008), organizational rigidity (Beonard-Barton, 1992), complacency and internal culture (Tellis, 2006), problems in the incentive system and resource allocation process (Christensen, 1997), and gap in the organizational capabilities required for embracing the new technology (Henderson, 2006; Tushman & Anderson, 1986). However, as radical innovations become increasingly frequent across industries, responding to this serious threat has become a strategic priority for many incumbent firms.Research shows that incumbents survive or even prosper in the face of radical innovations by forging effective partnerships with challenger firms (Ansari & Krop, 2012), establishing a separate entity to fend off the threat (Christensen, 1997; Christensen, Raynor & McDonald, 2015), better evaluation and investment approach (Hill & Rothaermel, 2003), appropriately configuring organizational form and structure (Ansari & Krop, 2012), coupling their basic research function with applied research functions (Hill & Rothaermel, 2003), possessing downstream complementary assets critical for the commercialization of the new technology (Ansari & Krop, 2012; Hill & Rothaermel, 2003), and more importantly by possessing a high willingness to cannibalize their core business (Chandy and Tellis, 1998). Incumbents can also thrive or overcome the so-called incumbent’s curse by pioneering radical innovations by themselves (Chandy and Tellis, 2000).Previous studies on radical innovations focus primarily on a single product (e.g., Chandy and Tellis, 1998, 2000), technological or business model innovation (Ansari & Krop, 2012; Christensen, 1997; Hill & Rothaermel, 2003). These innovations may have the potential to shrink the incumbents’ marketspace, e.g., Gemesis’ synthetic diamonds challenging the natural diamonds (McAdams and Reavis, 2008), EasyJet challenging mainstream airlines such as BA, Netflix challenging the traditional movie rental business (Leonhartdt, 2006), or displace the incumbent market leader, e.g., IBM PC and its clones destroyed minicomputer makers such as DEC, Wang, Apollo and so on. Yet, they do not often disrupt the entire industry. But in recent years, more industry-wide disruptions have occurs due to emerge of not a single radical innovation but an array of them simultaneously from within or outside of a particular industry. In this process, it is not just the incumbent market leader or a few incumbent firms but the entire value chain, ecosystem or industry get displaced, the so-called paradigm shift, e.g., GPS device by software companies such as Google and Waze, desktop computing by mobile devices, and the traditional auto industry centered around the internal combustion engine by peer-to-peer service provider (e.g., Uber), consumer electronics (e.g., Apple), battery-driven vehicle (e.g., Tesla), and software companies (e.g., Google, Amazon). When this happens, incumbents are not fighting against a particular firm or a few firms that have introduced radical innovations based on similar technologies, but an army of very diverse entrants that are disrupting the entire industries from various directions, some of which are from remote industries with vastly different organizational capabilities, mindset and business model. How incumbents of the existing ecosystem should best cope with the massive and dramatic industry-level disruption induced by multiple radical innovations along a number of fronts or paradigm shift has largely remained unexamined. In the face of paradigm shift, can the above mentioned strategies or tactics for incumbents to combat single radical innovation or firm be adequate to deal with the fundamental existential threat? If not, what should be the appropriate strategies for them to survive or even thrive in the advent of a paradigm shift? In this paper, we attempt to sketch out a research framework to investigate this important issue.



Author(s):  
Héctor Daniel Molina Ruiz

Innovation is the only way to create wealth over the medium term. One of the most important innovations of men’s history is the electrical light bulb that generates new social changes. Before electrical light bulbs, houses and streets were lighted candles elements, but they had some disadvantages. That radical innovation made possible to develop man activities.



2019 ◽  
Vol 36 (2) ◽  
pp. 149
Author(s):  
Rizki Rahmawati Cendrawasih ◽  
Netti Tinaprilla ◽  
Andriyono Kilat Adhi

<strong>English</strong><br />Jajar Legowo planting system is one of the most recent technological innovation breakthroughs promoted by the Indonesian Government to increase rice farming productivity. Lamongan Regency, as a rice producing center in East Java Province, is one of the government's targets in developing jajar legowo planting system. However, this technology is still not yet widely implemented by farmers. The existence of new technology is thought to affect the level of technical efficiency of farmers because it can affect the managerial aspects of farmers. The purpose of this study was to determine the level of technical efficiency of rice farming in the jajar legowo planting system and to find out what factors influence the level of technical efficiency of rice farming in Lamongan Regency. The study was conducted using the stochastic frontier method. The results showed that the jajar legowo rice farming system had a higher average value of technical efficiency compared to conventional rice farming. Rice farming with a jajar legowo planting system had an average technical efficiency level of 0.95, while conventional rice farming had an average technical efficiency level of 0.80. There were four variables that had significant effects on the level of technical efficiency of rice farming, namely age, farming experience, land status, and type of planting technology used by farmers (Jarwo or conventional). It is recommended that training and extension be conducted routinely so that farmers are motivated to implement the jajar legowo planting system.<br /><br /><strong>Indonesian</strong><br />Salah satu terobosan teknologi yang saat ini dianjurkan oleh pemerintah untuk meningkatkan produktivitas padi adalah sistem tanam jajar legowo. Kabupaten Lamongan sebagai sentra padi di Provinsi Jawa Timur menjadi salah satu sasaran pemerintah dalam mengembangkan sistem tanam jajar legowo. Namun, nyatanya teknologi ini masih belum banyak diterapkan petani. Adanya teknologi baru diduga dapat berpengaruh terhadap tingkat efisiensi teknis petani karena dapat memengaruhi aspek manajerial petani. Tujuan dari penelitian ini adalah untuk mengetahui tingkat efisiensi teknis usaha tani padi sistem tanam jajar legowo dan mengetahui faktor apa saja yang berpengaruh terhadap tingkat efisiensi teknis usaha tani padi di Kabupaten Lamongan. Penelitian dilakukan menggunakan metode stochastic frontier. Hasil penelitian menunjukkan usaha tani padi sistem tanam jajar legowo memiliki nilai rata-rata tingkat efisiensi teknis lebih tinggi jika dibandingkan dengan usaha tani padi konvensinal. Usaha tani padi dengan sistem tanam jajar legowo memiliki rata-rata tingkat efisiensi teknis sebesar 0,95, sedangkan usaha tani padi konvensional memiliki rata-rata tingkat efisiensi teknis sebesar 0,80. Terdapat empat variabel yang berpengaruh signifikan terhadap tingkat efisiensi teknis usaha tani padi, yaitu usia, pengalaman berusaha tani, status lahan, dan tipe teknologi tanam yang digunakan petani (jarwo atau konvensional). Disarankan agar dilakukan pelatihan dan penyuluhan secara rutin seperti sekolah lapang sehingga petani termotivasi untuk menerapkan sistem tanam jajar legowo.



2021 ◽  
Vol 29 (6) ◽  
pp. 1-23
Author(s):  
Yun Sun ◽  
Hecheng Wang ◽  
Haiqing Yu ◽  
Yong Chen ◽  
Mikhail Yu Kataev ◽  
...  

This paper identifies three stages in the radical technological innovation process, namely formation process in niches, breaking out of niches and entering regimes, and new regime formation. It then adopts Multi-level Perspective (MLP) to explore the formation process, operating mechanism, breakthrough path, and impact factors of radical technological innovation. A three-phase model, which includes formation of radical innovation, breakout of radical innovation, and new regimes construction, is proposed to analyze radical technological innovation. The model is adopted in a case study to analyze the leapfrogging development of technologies in China’s mobile communication industry. This paper enriches technological innovation theory and provides supports for policy making and guidance for industries/enterprises practices regarding technological innovation in emerging economies.



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