Governance and collaboration for impact

This chapter presents FOSSR as a research infrastructure network whose performance and societal relevance emerge from the interaction of three tightly interdependent system dimensions: governance architecture, constraint management, and impact generation. Section 13.2 frames FOSSR as a multi-stakeholder infrastructure operating through a “living architecture” model, in which values, participation, and institutional responsibilities are embedded in organizational design. Governance is described as a dynamic coordination system rather than a static hierarchy, balancing scientific goals with Open Science principles, sustainability, innovation, and inclusion. Through stakeholder mapping, strategic planning, organizational development, and user-centered service design, governance provides the infrastructure’s normative and strategic orientation, ensuring alignment among mission, partners, users, and societal expectations. Section 13.3 explores constraint management as the operational mechanism that enables governance to function under real-world limitations. Drawing on the Theory of Constraints, research infrastructures (RIs) are conceptualized as flow-dependent systems shaped by a small set of binding constraints—such as time pressure, regulatory obligations, administrative capacity, procurement procedures, and long-term sustainability. In this view, quality depends not only on scientific output, but on the ability to deliver compliant, traceable, and sustainable results under strict institutional conditions. Constraint management thus stabilizes project flow, aligns local decisions with system-level priorities, and reduces fragmentation in complex multi-actor settings. Section 13.4 shifts the focus from internal organization to external value creation, positioning impact evaluation as the system’s outcome layer. Recognizing that research infrastructures produce multidimensional and non-linear effects, FOSSR’s impact is articulated across scientific advancement, human capital development, policy support, innovation ecosystems, and broader societal engagement. Impact is thus understood as the cumulative result of sustained interactions between the infrastructure, its users, institutions, and society. Together, these three dimensions portray FOSSR as an integrated system where: governance defines purpose, values, and strategic orientation; constraint management ensures feasibility and preserves system flow; impact transform activities into durable scientific and societal value. This integrated perspective demonstrates that research infrastructure performance cannot be reduced to technical capabilities or scientific production alone. Instead, impact and sustainability arise from maintaining equilibrium among strategic orientation, operational constraints, and value-generation processes. FOSSR thus exemplifies an infrastructure model based on systemic orchestration under institutional complexity, where governance, constraints, and impact operate as components of a single adaptive ecosystem. By articulating this framework, the chapter contributes to the scientific debate by offering a structured lens for analysing how RIs generate value through the dynamic alignment of strategic, operational, and societal dimensions.