Community stewardship, technological integration, and sustainable funding architecture in Nigeria's electricity infrastructure: Strategies for combating vandalism

Abstract

Vandalism of power transmission infrastructure has become a structural threat to Nigeria's economic trajectory, yet the dominant policy response remains state-centric, reactive, and under-resourced. This paper investigates the interplay of three under-examined variables community buy-in, technology-integrated security response, and funding architecture in shaping anti-vandalism outcomes for Nigeria's transmission grid. Drawing on Elinor Ostrom's design principles for governing shared resources, the study opines that transmission corridors function as a "security commons" whose protection requires the active, incentivised participation of host communities rather than their passive acquiescence. Through an integrative review of peer-reviewed literature, policy documents, and institutional reports, the study submits that community buy-in influences anti-vandalism outcomes primarily through the mechanisms of social license, localised intelligence, and collective monitoring. This study validates that technology integration without community embeddedness produces detection without deterrence; and that Nigeria's funding architecture remains fragmented, with the Trace-Clearing Fund, the TCN Reserve Fund, and development-partner support operating in isolation rather than as a coherent financing system. The study proposes the establishment of an NSCDC Infrastructure Protection Trust Fund modelled on the recently renewed Police Trust Fund as the institutional anchor for a conditional, pooled, and performance-linked funding architecture that protects not only power transmission but also telecommunications and road infrastructure, thereby securing Nigeria's one-trillion-dollar economy ambition. The paper concludes that securing the grid requires a tripartite architecture in which communities are paid stewards, technology is community-embedded, and funding is pooled and conditional. Specifically, the paper recommends adoption of a Span-Based Community Stewardship model through registered Community Tower Trusts with performance-verified payments; establishment of a community-connected joint monitoring centre linking detection to community reporting and agency response; and finally the creation of the NSCDC Infrastructure Protection Trust Fund to ring-fence stewardship payments, fund technology and verification infrastructure, and establish State-Level Security Architecture in each state to synchronise Critical National Assets and Infrastructure Owners and Operators (CNAIO&O), security agencies, and communities in achieving infrastructure protection.