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INDUSTRIAL CHALLENGES OF MILITARY ROBOTICS
This article evaluates the 'drive toward greater autonomy' in lethally-armed unmanned systems. Following a summary of the main criticisms and challenges to lethal autonomy, both engineering and ethical, raised by opponents of this effort, the article turns toward solutions or responses tha...
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Published in: | Journal of military ethics 2011-12, Vol.10 (4), p.274-295 |
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container_title | Journal of military ethics |
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creator | Lucas, George R. |
description | This article evaluates the 'drive toward greater autonomy' in lethally-armed unmanned systems. Following a summary of the main criticisms and challenges to lethal autonomy, both engineering and ethical, raised by opponents of this effort, the article turns toward solutions or responses that defense industries and military end users might seek to incorporate in design, testing and manufacturing to address these concerns. The way forward encompasses a two-fold testing procedure for reliability incorporating empirical, quantitative benchmarks of performance in compliance with formalized and programmable rules of engagement, and a conception of 'due care' in product liability. This would be designed in analogy with procedures currently followed by well-intentioned governments and militaries with their own (human) military personnel, both to ensure against failure, and to accept responsibility and compensate victims of inadvertent and unintended accidents. The procedure is designed specifically to address objections first posed by Robert Sparrow (2007) and Noel Sharkey (2007), and echoed in P.W. Singer's critically acclaimed Wired for War (2009), that lethal autonomous systems cannot be meaningfully held accountable for commission of war crimes, and thus the development, manufacture, and deployment of such systems would constitute a violation of international law. |
doi_str_mv | 10.1080/15027570.2011.639164 |
format | article |
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source | Taylor & Francis; PAIS Index |
subjects | Accidents accountability Arkin test Autonomy Defense industry due care Due diligence Engineering Ethics Guided missiles Industry International law laws of armed conflict (LOAC) lethal autonomous systems lethality liability Manufacturing Military policy military robotics precautionary principle Products liability reckless endangerment Responsibility Robotics Robots Turing test Unmanned aerial vehicles War War crimes |
title | INDUSTRIAL CHALLENGES OF MILITARY ROBOTICS |
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