The rapid digital transformation of dairy and poultry farming through big data analytics and Internet of Things (IoT) innovations has significantly advanced precision management of feeding, animal health, and environmental conditions. However, this digitization has simultaneously escalated cybersecurity vulnerabilities, presenting serious threats to economic stability, animal welfare, and food safety. This paper provides an in-depth analysis of the evolving cyber threat landscape confronting digital livestock farming, examining ransomware incidents, hacktivist interference, and state-sponsored cyber intrusions. It critically assesses how compromised digital systems disrupt critical farm operations, including milking routines, feed formulations, and climate control, profoundly impacting animal health, productivity, and consumer trust. Responding to these challenges, we present a comprehensive cybersecurity roadmap that integrates established IT security practices with agriculture-specific requirements. The roadmap emphasizes advanced solutions, such as AI-driven anomaly detection, blockchain-based traceability, and integrated cybersecurity-biosecurity frameworks, tailored explicitly to safeguard livestock farming. Additionally, we highlight human-centric elements such as targeted workforce education, rural cybersecurity capacity building, and robust cross-sector collaboration as indispensable components of a resilient cybersecurity ecosystem. By synthesizing technical advancements, regulatory perspectives, and socio-economic insights, the paper proposes a proactive strategy to enhance data integrity, secure animal welfare, and reinforce food supply chains. Ultimately, we underscore that effective cybersecurity is not merely a technical consideration but foundational to ensuring the sustainable, ethical, and trustworthy advancement of livestock agriculture in a data-driven world.

The cyber- and biological sciences are converging rapidly, creating benefits, new and advantageous applications, and increasing risks to all nations. The parts of the public and private sectors that should be responsible for cyberbiosecurity are not yet sufficiently organized or supported financially. This article addresses the need to ensure that national security policy: (1) assesses cyberbiological risk and incorporates deterrent and enforcement measures; (2) sets forth clear consequences for those individuals and countries that conduct cyberbiological attacks or otherwise compromise cyberbiosecurity, without imperiling the legitimate sharing of scientific data and information; (3) establishes voluntary cyberbiosecurity standards in partnership with the private sector; (4) identifies cyberbiosecurity threats, vulnerabilities, consequences, and solutions; and (5) results from the combined efforts of all branches of government and the private sector.

Over the past decade, people everywhere have become as dependent on the virtual world for their daily activities as they are dependent on the physical world for human activities. Global fiber optic networks have enabled communication in an unprecedented manner, connecting people in unique ways, propelling global supply chains, and giving consumers access to a variety of data from around the world. The online world is threatened by interstate rivals that engage in influence operations, economic espionage, and intelligence gathering and criminal groups that steal identities, ransom data, and grow their enterprises. Insiders facilitate intrusions wittingly and unwittingly raising the importance of corporations' roles in cybersecurity. This convergence between the virtual and physical worlds with the government and the corporate upends the entire frame of reference for national security, which is tilted toward physical attack and strict jurisdictional lines. As cybersecurity integrates further into U.S. national security, a new approach is needed to incorporate a human security construct at the user level. This article is adapted from their forthcoming book, Security in the Cyber Age from Georgetown University Press. The views expressed are their own.

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presents a sophisticated, persistent cyber -enabled espionage and attack threat to military and critical infrastructure systems through its efforts to develop