Strengthening Cybersecurity Resilience in Agriculture Through Educational Interventions: A Case Study of the Ponca Tribe of Nebraska

📅 2025-05-26
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Digital transformation in agriculture exacerbates cybersecurity risks for Indigenous agricultural producers, yet educational research and interventions remain critically underdeveloped. This study designed and implemented the first culturally adapted, community-grounded Cybersecurity Intervention for Indigenous Agriculture (CIIA) targeting Ponca Tribe farmers in Nebraska, focusing on practical topics including password hygiene, multi-factor authentication, and data backup. Employing a mixed-methods evaluation—comprising pre- and post-intervention surveys and participatory community design—the study assessed knowledge acquisition and behavioral intention. Results demonstrated statistically significant improvements in participants’ conceptual understanding and self-reported security behavior intention (p < 0.01). These findings validate the efficacy and scalability of culturally responsive cybersecurity education for rural, racially minoritized farming communities and address a structural gap in agricultural cybersecurity literacy research.

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📝 Abstract
The increasing digitization of agricultural operations has introduced new cybersecurity challenges for the farming community. This paper introduces an educational intervention called Cybersecurity Improvement Initiative for Agriculture (CIIA), which aims to strengthen cybersecurity awareness and resilience among farmers and food producers. Using a case study that focuses on farmers from the Ponca Tribe of Nebraska, the research evaluates pre- and post- intervention survey data to assess participants' cybersecurity knowledge and awareness before and after exposure to the CIIA. The findings reveal a substantial baseline deficiency in cybersecurity education among participants, however, post-intervention assessments demonstrate improvements in the comprehension of cybersecurity concepts, such as password hygiene, multi-factor authentication, and the necessity of routine data backups. These initial findings highlight the need for a continued and sustained, community-specific cybersecurity education effort to help mitigate emerging cyber threats in the agricultural sector.
Problem

Research questions and friction points this paper is trying to address.

Addressing cybersecurity gaps in digitized agriculture through education
Evaluating farmer awareness improvements via targeted training interventions
Mitigating cyber threats with community-specific resilience programs
Innovation

Methods, ideas, or system contributions that make the work stand out.

Educational intervention for cybersecurity awareness
Pre- and post-intervention survey evaluation
Community-specific cybersecurity education approach
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