Despite Nigeria’s substantial investment in space infrastructure and the formulation of a National
Space Policy aimed at promoting socio-economic development, the practical integration of remote
sensing technology into agricultural development in Niger State remains limited due to weak
institutional intervention and implementation gaps. This study examined remote sensing
technology accessibility and agricultural development in Niger State from 2020 to 2025. Anchored
in Actor Network Theory (ANT), the study conceptualised policy frameworks, institutions,
technologies, and farmers as interconnected actors whose interactions shape technology adoption
outcomes. The theoretical perspective provided an analytical lens for understanding accessibility
constraints as outcomes of relational and institutional misalignments rather than purely technical
deficiencies. A mixed-methods research design combining quantitative and qualitative approaches
was employed. The findings revealed a significant disconnect between national policy intentions
and state-level implementation. Although remote sensing technology was formally recognised as
essential for agricultural planning, productivity enhancement, and climate risk management, its
operational utilisation in Niger State remained minimal. Structural, financial, technical, and
institutional barriers continued to limit large-scale farmers’ access to satellite-derived data and
related applications. The study recommended strengthening policy implementation mechanisms,
enhancing inter-institutional coordination, improving data affordability and local relevance, and
investing in sustained capacity-building initiatives. Addressing these challenges is critical for
aligning national space policy objectives with agricultural development realities. The study
contributed to policy discourse by advancing a network-based governance perspective necessary
for achieving sustainable, technology-driven agricultural transformation in Niger State.