Quantifying the impact of Agrotelematics: Exploring applications of information technology for agricultural development

UKPONG, INIBEHE GEORGE (2025) Quantifying the impact of Agrotelematics: Exploring applications of information technology for agricultural development. World Journal of Advanced Research and Reviews, 26 (3). pp. 621-628. ISSN 2581-9615

This paper explores the concepts of agrotelematics as a transformative force in agricultural development, focusing on the adoption of information technology (IT) among farmers and its broader implications for the smallholder-driven agricultural systems. The study draws from a simulated scenario to illustrate the economics of IT adoption in enhancing agricultural development. The analysis illustrates significant improvements in productivity, income, and operational efficiency as a result of IT adoption by farmers. Notably, participating tomato farmers experienced a 95.7% increase in income and a 166.7% expansion in market reach, underscoring the capacity of digital tools to enhance agricultural outcomes. Additionally, reductions in transportation costs (−30%) and post-harvest losses (−52%) highlight improved operational efficiency. Overall, the analysis suggests that IT adoption produced economically meaningful benefits, reinforcing its potential as a transformative tool for smallholder farmers, and indeed, agricultural development, especially in Africa; where agriculture is predominantly smallholder-based, and constrained by limited access to capital, inputs, extension services,and untimely market information. These structural challenges, coupled with intense impact of climate change, require innovative and scalable interventions. Telematics, with its origins in the automotive sector, now presents a viable solution through real-time data capture, precision farming, logistics optimization, and decision support systems. To fully harness these benefits, targeted interventions are essential. The paper recommends expanding digital literacy programs to equip farmers with the skills needed to utilize agrotelematic tools effectively. Furthermore, policy-driven subsidies and financial incentives should be introduced to lower the cost barriers associated with digital technologies. Lastly, improving rural ICT infrastructure, particularly internet and mobile coverage, is crucial for real-time information flow and technology adoption. In conclusion, while telematics is still emerging in African agriculture, its potential to drive productivity, resilience, and market integration is substantial. With strategic investments and inclusive policies, agrotelematics can play a pivotal role in achieving food security and sustainable development across the continent.