食品可持续性,网络生物安全,新兴技术,以及农业和食品行业的网络安全风险

C. Nobles, D. Burrell, Tyrone Waller, Austin Cusak
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引用次数: 2

摘要

联合国预测,到2050年,世界人口将达到98亿,到2100年将达到112亿。不断增长的全球人口威胁着粮食安全,随之而来的是日益严重的粮食短缺和无情的网络安全攻击。农业4.0、智慧农业和精准农业对于提供技术突破以提高农业产量至关重要,同时也扩大了农业和食品行业的网络安全风险。随着全球网络安全人才的短缺和对农业和食品行业的网络攻击的增加,迫切需要解决农业和食品行业的网络安全解决方案。农业中的一个发展领域是网络生物安全,生物安全和网络安全的综合概念强调了保护系统、人类、动物和植物免受生物危害的必要性,如生物恐怖主义、环境恐怖主义、感染、瘟疫和流行病。本文通过对当前和新兴文献的探索来探讨这些复杂的动态。
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Food Sustainability, Cyber-Biosecurity, Emerging Technologies, and Cybersecurity Risks in the Agriculture and Food Industries
The United Nations forecasts that by 2050, the world's population will reach 9.8 billion and 11.2 billion in 2100. An ever-growing global population threatens food security, accompanied by an increasing food shortage and relentless cybersecurity attacks. Agriculture 4.0, smart farming, and precision farming are essential to provide the technological breakthroughs to increase agricultural production while simultaneously expanding cybersecurity risks in the agriculture and food industries. With a global cybersecurity talent shortage and increasing cyber-attacks on the agriculture and food industries, there is a dire need to address cybersecurity solutions for the agriculture and food industries. A developing area in agriculture is cyberbiosecurity, an integrated concept of biosecurity and cybersecurity underline the need to safeguard systems, humans, animals, and plants from biological mischiefs, such as bioterrorism, environmental terrorism, infections, plagues, and pandemics. This paper explores these complex dynamics through an exploration of current and emerging literature.
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