COMMUNITY NETWORK INTEGRATION AS ADAPTIVE GOVERNANCE ARCHITECTURE: Critical Success Factors for Addressing Antimicrobial Resistance

Antimicrobial resistance (AMR) exposes structural fragmentation across public health systems, underscoring the need for governance models that integrate diverse actors within complex environments. This study examines Community Network Integration (CNI) as an adaptive governance architecture designed to strengthen distributed collaboration at the meso level, where individual, organizational, and institutional dynamics converge. Using a qualitative interpretive methodology—including document analysis, longitudinal observation, and an in-depth oral history interview—ten interdependent Critical Success Factors (CSFs) were identified and systematized. These CSFs function as enabling structural conditions that cultivate integration capacity rather than as linear implementation steps. Distinguishing integration architecture from operational sequencing, the study advances a developmental model in which governance maturity must precede large-scale activation. An embedded antimicrobial resistance case illustrates how the presence or absence of specific CSFs influences implementation stability. Findings emphasize iterative reflection and continual innovation as core properties of resilient governance. By translating complex systems principles into operational conditions, this research contributes a structured yet adaptive framework for strengthening collaborative public health responses to complex challenges.