Shaping Ecosystem Rules: Complementarities, Interdependencies, and Firms’ Success in Coordinating Ecosystems Via Standard-Setting

In ecosystems characterized by distributed authority, each firm competes with others to shape the ecosystem’s rules to its advantage while navigating complex interorganizational interdependencies. This creates a coordination problem best exemplified within consensus standards-setting organizations, where different firms present technical proposals and attempt to shape the specifications that dictate how the ecosystem’s technological components must work together. In this paper, we examine what factors determine a firm’s shaping success in such contexts by integrating two major perspectives, one rooted in interfirm social relations and the other that views an ecosystem as a structure of technological interdependence. In so doing, we identify a socio-technical trade-off between the extent of a firm’s relational influence and its efforts to shape core technical proposals (i.e., those that affect many interdependent ecosystem components). A firm with many existing relational ties holds influence that increases its success at shaping, but if such a firm’s proposals are at the core, some of its partners will invariably face high adjustment costs because of the proposal’s wide-ranging impact. Interestingly, a firm with greater prospects for engaging with future complementary partners does not face this trade-off and indeed benefits from shaping at the core. Additionally, value capture considerations also affect how other firms weigh these socio-technical trade-offs, with support for the firm’s shaping attempts dampened among potential future complementors but strengthened among current partners. We provide evidence for these arguments by applying machine-learning techniques on fine-grained data from two prominent wireless telecommunications standards. Our work brings a fresh perspective to a growing ecosystems literature by illuminating both social and technological factors that affect firms’ shaping success. Supplemental Material: The online appendix is available at https://doi.org/10.1287/orsc.2022.16136 .

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Publication Details

Journal
Organization Science
Published
2025-04-02
DOI
https://doi.org/10.1287/orsc.2022.16136
Citations
4
Primary Topic
Sustainable Industrial Ecology
Type
article
Field-Weighted Citation Impact
4.97
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article

Shaping Ecosystem Rules: Complementarities, Interdependencies, and Firms’ Success in Coordinating Ecosystems Via Standard-Setting

John S. Chen, Ram Ranganathan, Anindya Ghosh
4 citations
Organization Science
Sustainable Industrial Ecology
4.97
article

Shaping Ecosystem Rules: Complementarities, Interdependencies, and Firms’ Success in Coordinating Ecosystems Via Standard-Setting

John S. Chen, Ram Ranganathan, Anindya Ghosh
article en
4 citations

Abstract

In ecosystems characterized by distributed authority, each firm competes with others to shape the ecosystem’s rules to its advantage while navigating complex interorganizational interdependencies. This creates a coordination problem best exemplified within consensus standards-setting organizations, where different firms present technical proposals and attempt to shape the specifications that dictate how the ecosystem’s technological components must work together. In this paper, we examine what factors determine a firm’s shaping success in such contexts by integrating two major perspectives, one rooted in interfirm social relations and the other that views an ecosystem as a structure of technological interdependence. In so doing, we identify a socio-technical trade-off between the extent of a firm’s relational influence and its efforts to shape core technical proposals (i.e., those that affect many interdependent ecosystem components). A firm with many existing relational ties holds influence that increases its success at shaping, but if such a firm’s proposals are at the core, some of its partners will invariably face high adjustment costs because of the proposal’s wide-ranging impact. Interestingly, a firm with greater prospects for engaging with future complementary partners does not face this trade-off and indeed benefits from shaping at the core. Additionally, value capture considerations also affect how other firms weigh these socio-technical trade-offs, with support for the firm’s shaping attempts dampened among potential future complementors but strengthened among current partners. We provide evidence for these arguments by applying machine-learning techniques on fine-grained data from two prominent wireless telecommunications standards. Our work brings a fresh perspective to a growing ecosystems literature by illuminating both social and technological factors that affect firms’ shaping success. Supplemental Material: The online appendix is available at https://doi.org/10.1287/orsc.2022.16136 .

Organization ScienceVol. 36(6)
Baylor University (US), Tilburg University (NL), The University of Texas at Austin (US)
Openalex Percentile: Top 5%
Sustainable Industrial Ecology
4.97
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