A Preliminary Theory for Open Source Ecosystem Micro-economics
Nicolas Jullien (LEGO, MARSOUIN, IMT Atlantique - LUSSI), Klaas-Jan, Stol (UL), James Herbsleb

TL;DR
This paper proposes a preliminary theoretical framework for understanding the dynamics of open source ecosystems, focusing on resource attraction, lifecycle stages, and decision-making processes.
Contribution
It introduces a set of propositions to explain and predict open source ecosystem behaviors, serving as a foundation for future empirical validation.
Findings
Identifies key factors influencing developer contribution and ecosystem participation
Describes the lifecycle stages of open source projects from initiation to decline
Provides a set of theoretical propositions for future empirical testing
Abstract
While there has been substantial empirical work identifying factors that influence the contribution to, and use of open source software, we have as yet little theory that identifies the key constructs and relationships that would allow us to explain and predict how open source ecosystems function. What is needed is a clearly articulated and empirically validated theory of open source ecosystems. Such a theory should: Explain why, how, and when key resources---primarily the work of developers---are attracted to or depart from a project or an ecosystem. Explain why, how, and when projects and ecosystems move through a life cycle, from initiation, growth, maturity, and decline and death. Explain how decisions about use are made, and how the cumulatively influence the socio-technical position of a project within an ecosystem, and the relations of ecosystems to…
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Taxonomy
TopicsOpen Source Software Innovations · Digital Platforms and Economics
