Ecosystems Innovation and Dynamics: An Exploration of the Jordanian FinTech Industry
The Financial Technology (FinTech) industry has emerged as a transformative force in global finance, yet the existing literature offers only limited understanding of the systemic mechanisms that underpin ecosystem resilience and sustainability beyond the initial phases of disruption. While considerable research has examined firm-level strategies and regulatory frameworks, critical gaps remain regarding relational dynamics among ecosystem actors, ecosystem-level dynamic capabilities, and integrated critical success factors (CSFs) that determine long-term viability. This study addresses these gaps through an in-depth investigation of relational dynamics, dynamic capabilities, and CSFs within FinTech ecosystems, using Jordan as a distinctive case of regulator-led ecosystem orchestration.The research adopts a qualitative methodology grounded in interpretivist epistemology, applying a case study design of the Jordanian FinTech ecosystem. Primary data were collected through 34 semi-structured interviews with diverse stakeholders, including executives from FinTech firms, traditional financial institutions, regulatory authorities, government, technology providers, venture capitalists, and academic experts. Data were analysed using Braun and Clarke’s (2021) reflexive thematic analysis within an abductive reasoning framework, enabling iterative engagement between empirical evidence and theoretical enhancement.Three complementary theoretical perspectives frame the analysis: social network and network theories for relational dynamics; Teece’s dynamic capabilities framework extended to the ecosystem level; and Rockart’s CSFs theory adapted for multi-actor contexts. Integrated through systems theory, these perspectives explain how ecosystems generate emergent properties that exceed the sum of individual organizational capabilities. Findings reveal that Jordan’s FinTech ecosystem operates through a form of “orchestrated relational resilience,” supported by three novel mechanisms: stewardship centrality (where regulators exercise strategic restraint rather than dominance), reciprocal legitimacy circulation (where mutual dependencies provide ecosystem-wide benefits), and constructive multiplexity (where collaboration and competition coexist across domains). Dynamic capabilities evident as collaborative sensing through distributed intelligence, coordinated seizing via resource pooling and joint action, and distributed transforming through network-level adaptation. Five interconnected CSF dimensions underpin ecosystem effectiveness: organizational (ecosystem-wide thinking and collaborative culture), resource (human capital and technological assets), market (financial literacy and constructive competition), regulatory (flexible frameworks and experimentation infrastructures), and technological infrastructure (interoperability and security).The study advances theory in several ways. It extends network and social network theoretical foundations by showing how embeddedness functions through orchestrated integration and reconceptualizing social capital as dynamic exchange processes. It also develops dynamic capabilities theory by demonstrating how sensing, seizing, and transforming capabilities operate as collaborative, network-embedded phenomena rather than solely organizational efforts. It further proposes an integrated CSFs framework showing how success arises from systemic coordination across multiple dimensions rather than isolated enablers.Jordan’s regulator-led and facilitator-oriented model contrasts sharply with the American free-market, African collaborative, and Singaporean state-centric approaches. This model illustrates how regulators can act as facilitators rather than gatekeepers, how collaboration and competition can coexist productively, and how emerging market ecosystems can build competitive advantage through coordinated cooperation rather than individualistic rivalry.This research represents one of the first comprehensive empirical analysis of a regulator-led FinTech ecosystem, uncovering coordination mechanisms that challenge prevailing theoretical frameworks. It contributes novel theoretical extensions while offering practical guidance for policymakers and industry stakeholders on designing and managing sustainable FinTech ecosystems in emerging markets. By integrating relational dynamics, dynamic capabilities, and CSFs, the study provides both scholarly advancement and actionable insights for ecosystem development, management, and policy.