Smart Farming and Its Governance for Rural Agricultural Resilience in Indonesia

Abstract

Access to clean water remains a persistent barrier to agricultural development in many rural regions of Indonesia. This study highlights the utilization of smart farming technologies, such as solar-powered irrigation, soil moisture sensors, and digital water monitoring systems to improve production efficiency, mitigate climate risks, and optimize resource management in rural agricultural areas. Using a qualitative case study approach, data were gathered through field observations, interviews, focus group discussions, and document analysis. The findings show that the effective implementation of technologies such as solar-powered irrigation and digital water monitoring is shaped by local institutional structures, cultural norms, and collective capacity. Cunca Lolos and Cunca Wulang benefit from strong social cohesion but face technical barriers that limit adoption of smart farming tools. Banyuurip, by contrast, presents a more balanced configuration of social organization and technological readiness. The study highlights that the success of agricultural innovation is not determined solely by access to technology, but also by the ability of communities to adapt, manage, and embed new tools within their existing social frameworks. Integrating technological interventions with participatory governance offers a path to improve water efficiency and build resilient farming systems, particularly in areas experiencing ecological and infrastructural constraints.