A laws of war review of contemporary land-based missile defence system ‘Iron Dome’

J. Block
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引用次数: 4

Abstract

Automated precise guided missile defence has been around for some years, and is a modern-day mechanism used frequently since 2011 to defend against rocket attacks penetrating national airspace. Israel’s automated Iron Dome Missile Defence System has intercepted over 1 000 rockets during two recent military campaigns, namely Operation Pillar of Defence in 2012 and Operation Protective Edge in 2014. This ‘human-in-the-loop’ technology may become increasingly normal in urbanised cities as states look to strengthen their aerial defence capabilities. However, the deployment of advanced sensor-based technology on the battlefield was predicted by the International Committee of the Red Cross (ICRC) in its 1987 Commentary to Additional Protocol I to bring about potentially disastrous consequences. Numerous roboticists, lawyers, and scientists have expressed concern, calling for a ban on similar fully autonomous weapon systems. There is no definitive answer yet as to the legality of actively deploying such a weapon system against rocket attacks. This article considers individual technological design choices made by Iron Dome’s manufacturer Rafael Advanced Defence Systems (Rafael) and explains trends as military efficiency is enhanced and legal provisions appear to be honoured within separate elements of the weapon system. Assessing the legalities and efficiencies of Iron Dome could inform future missile defence systems like Denel’s Cheetah Skyshield.
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当代陆基导弹防御系统“铁穹”的战争法回顾
自动精确制导导弹防御系统已经存在多年,自2011年以来,它是一种现代机制,经常用于防御渗透国家领空的火箭袭击。以色列的自动化铁穹导弹防御系统在最近的两次军事行动中拦截了1000多枚火箭,即2012年的“防御支柱”行动和2014年的“护刃”行动。随着各国希望加强其防空能力,这种“人在环”技术可能在城市化城市中变得越来越普遍。但是,红十字国际委员会(红十字委员会)在其1987年对《第一附加议定书》的评论中预测,在战场上部署基于先进传感器的技术可能会带来灾难性的后果。许多机器人专家、律师和科学家对此表示担忧,呼吁禁止类似的全自动武器系统。关于积极部署这种武器系统以对抗火箭攻击的合法性,目前还没有明确的答案。本文考虑了“铁穹”制造商拉斐尔先进防御系统公司(Rafael Advanced Defence Systems)所做的个别技术设计选择,并解释了随着军事效率的提高和武器系统各部分的法律规定似乎得到尊重的趋势。评估铁穹的合法性和效率可以为未来的导弹防御系统提供信息,比如丹尼尔的猎豹天盾。
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