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Evolution of industries based on systemic technologies How demand environment influences firm investment strategy?

Evolution of industries based on systemic technologies How demand environment influences firm... Purpose – The extant “supply‐side” frameworks of industry evolution fail to predict the evolutionary patterns in industries based on systemic technologies. This paper aims to describe the complex demand environment in industries based on systemic technologies and to explain how the continuously evolving demand structure influences the choice and level of firm investments in the above context. Design/methodology/approach – The paper identifies a conceptual gap in the “technology‐centric” literature on industry evolution by conducting a detailed interpretive survey of the literature that focuses on the demand‐side determinants of firm‐ and industry‐level technological processes underlying industry evolution, and co‐evolution of the technological system underlying an industry and the consumer applications based on the same. Practical implications – The paper provides a set of empirically verifiable mechanisms to explain competing firms' choice and level of investment under conditions of technological and demand uncertainty in industries based on systemic technologies. On one hand, firms' investments influence the evolution of both the technological system(s) and their constituent components that underlie such industries and, on the other, firms' investments influence the consumption of the array of consumer applications that are generated in these industries. Originality/value – The theoretical explanation provided herein not only enhances the understanding of the role of demand‐side factors as determinants of rate and direction of technological advances but also lies central to the understanding of the evolution of industries based on systemic technologies. More specifically, the paper explains how the interaction between continuously evolving demand structure in the downstream market(s) for consumer applications and the technological components comprising the technological system influences competing firms' choice and level of investments. http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png Journal of Strategy and Management Emerald Publishing

Evolution of industries based on systemic technologies How demand environment influences firm investment strategy?

Lalit Manral
Journal of Strategy and Management , Volume 4 (4): 20 – Oct 25, 2011
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Publisher
Emerald Publishing
Copyright
Copyright © 2011 Emerald Group Publishing Limited. All rights reserved.
ISSN
1755-425X
DOI
10.1108/17554251111181025
Publisher site
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Abstract

Purpose – The extant “supply‐side” frameworks of industry evolution fail to predict the evolutionary patterns in industries based on systemic technologies. This paper aims to describe the complex demand environment in industries based on systemic technologies and to explain how the continuously evolving demand structure influences the choice and level of firm investments in the above context. Design/methodology/approach – The paper identifies a conceptual gap in the “technology‐centric” literature on industry evolution by conducting a detailed interpretive survey of the literature that focuses on the demand‐side determinants of firm‐ and industry‐level technological processes underlying industry evolution, and co‐evolution of the technological system underlying an industry and the consumer applications based on the same. Practical implications – The paper provides a set of empirically verifiable mechanisms to explain competing firms' choice and level of investment under conditions of technological and demand uncertainty in industries based on systemic technologies. On one hand, firms' investments influence the evolution of both the technological system(s) and their constituent components that underlie such industries and, on the other, firms' investments influence the consumption of the array of consumer applications that are generated in these industries. Originality/value – The theoretical explanation provided herein not only enhances the understanding of the role of demand‐side factors as determinants of rate and direction of technological advances but also lies central to the understanding of the evolution of industries based on systemic technologies. More specifically, the paper explains how the interaction between continuously evolving demand structure in the downstream market(s) for consumer applications and the technological components comprising the technological system influences competing firms' choice and level of investments.

Journal

Journal of Strategy and Management – Emerald Publishing

Published: Oct 25, 2011

Keywords: Systemic technologies; Industry evolution; Firm investment strategy; Demand structure; Industrial sociology; Organizational development

References

  • Patterns of industrial innovation
    Abernathy, W.; Utterback, J.
  • Resource and output trends in the United States since 1870
    Abramovitz, M.
  • When are technologies disruptive: a demand‐based view of the emergence of competition
    Adner, R.
  • Demand heterogeneity and technology evolution: implications for product and process innovation
    Adner, R.; Levinthal, D.
  • Disruptive technology and the emergence of competition
    Adner, R.; Zemsky, P.
  • The evolution of markets and entry, exit and survival of firms
    Agarwal, R.; Gort, M.
  • Competing technologies, increasing returns, and lock‐in by historical events
    Arthur, W.B.
  • The role of pre‐entry experience, entry timing, and product technology strategies in explaining firm survival
    Bayus, B.L.; Agarwal, R.
  • General purpose technologies: ‘engines of growth?’
    Bresnahan, T.; Trajtenberg, M.
  • The interaction of design hierarchies and market concepts in technological evolution
    Clark, K.B.
  • Empirical studies of innovation and market structure
    Cohen, W.M.; Levin, R.C.
  • Technological paradigms and technological trajectories
    Dosi, G.
  • Sources, procedures and microeconomic effects of innovation
    Dosi, G.
  • Opportunities, incentives and the collective patterns of technological change
    Dosi, G.
  • Markov‐perfect industry dynamics: framework for empirical work
    Ericson, R.; Pakes, A.
  • Technological and organizational designs to achieve economies of substitution
    Garud, R.; Kumaraswamy, A.
  • The Evolution of New Markets
    Geroski, P.
  • Time paths in the diffusion of product innovations
    Gort, M.; Klepper, S.
  • Customers as assets
    Gupta, S.; Lehmann, D.R.
  • The Theory of Wages
    Hicks, J.R.
  • Market structure, elasticity of demand and incentive to invent
    Kamien, M.I.; Schwartz, N.L.
  • Network externalities, competition, and compatibility
    Katz, M.L.; Shapiro, C.
  • Entry, exit, growth and innovation over the product life cycle
    Klepper, S.
  • Industry life cycles
    Klepper, S.
  • Firm survival and the evolution of oligopoly
    Klepper, S.
  • The capabilities of new firms and the evolution of US automobile industry
    Klepper, S.
  • Some simple economics of open source
    Lerner, J.; Tirole, J.
  • Appropriating the returns from industrial research and development
    Levin, R.C.; Klevorick, A.K.; Nelson, R.R.; Winter, S.G.
  • Path dependence, lock‐in and history
    Liebowitz, S.J.; Margolis, S.E.
  • Demand structure and technological change: the case of the European semiconductor industry
    Malerba, F.
  • Demand, innovation, and the dynamics of market structure: the role of experimental users and diverse preferences
    Malerba, F.; Nelson, R.; Orsenigo, L.; Winter, S.
  • Demand competition and investment heterogeneity in industries based on systemic technologies: evidence from the US long‐distance telecommunications services industry, 1984‐1996
    Manral, L.
  • Towards a theory of endogenous market structure in strategy: exploring the endogeneity of demand‐side determinants of firm investment strategy and market structure
    Manral, L.
  • Complementarities, momentum, and the evolution of modern manufacturing
    Milgrom, P.; Qian, Y.; Roberts, J.
  • Was electricity a general purpose technology? Evidence from historical patent citations
    Moser, P.; Nicholas, T.
  • An Evolutionary Theory of Economic Change
    Nelson, R.R.; Winter, S.G.
  • The evolution of intraindustry firm heterogeneity: insights from a process study
    Noda, T.; Collis, D.J.
  • Computing mark‐perfect Nash equilibria: numerical implications of a dynamic differentiated product model
    Pakes, A.; McGuire, P.
  • Accounting and pricing for the telecommunications industry: an operational approach
    Pannone, A.
  • Increasing returns and long run growth
    Romer, P.M.
  • Science, invention, and economic growth
    Rosenberg, N.
  • Directions of technological change: inducement mechanisms and focusing devices
    Rosenberg, N.
  • Perspectives on Technology
    Rosenberg, N.
  • The influence of market demand upon innovation: a critical review of some recent empirical studies
    Rosenberg, N.; Mowery, D.
  • A general purpose technology at work: the Corliss steam engine in the late 19th century US
    Rosenberg, N.; Trajtenberg, M.
  • Induced innovation, evolutionary theory and path dependence: sources of technical change
    Ruttan, V.W.
  • Technology, Growth, and Development: An Induced Innovation Perspective
    Ruttan, V.W.
  • International factor‐price equalisation once again
    Samuelson, P.A.
  • Demand‐pull and technological invention: Schmookler revisited
    Scherer, F.M.
  • Economic sources of inventive activity
    Schmookler, J.
  • Invention and Economic Growth
    Schmookler, J.
  • Technical change and the aggregate production function
    Solow, R.M.
  • Monopoly, quality, and regulation
    Spence, M.
  • Technology and Market Structure
    Sutton, J.
  • On user needs and need determination: aspects of the theory of technological innovation
    Teubal, M.
  • Technological discontinuities and organizational environments
    Tushman, M.L.; Anderson, P.
  • The Sources of Innovation
    von Hippel, E.
  • Invention and innovation in the chemical industry: demand‐pull or discovery‐push
    Walsh, V.