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1 |
ID:
185349
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Summary/Abstract |
The rapidly emerging scholarly literature responding to autonomous weapon systems has come to dominate our perceptions of future warfare. Scientists, governments, militaries, and civil society organisations continue to debate how to respond to their development. This paper draws on empirical data to consider how emerging defence leaders in the Australian Defence Force perceive major elements and questions within the autonomous weapon system literature. In doing so, this paper offers a data-driven end-user interpretation of the potential interactions between military officers and the autonomous weapon systems they may be asked to oversee. In the absence of a pre-emptive ban under international law, this paper presents a call for greater engagement with junior military leadership as a tool for analysing the assumptions made by policy makers and politicians on this issue.
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2 |
ID:
191828
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Summary/Abstract |
Robotics and autonomous systems (RAS) are amongst a plethora of new and emerging technologies states are seeking to develop and use to gain military advantage in an environment of intensifying strategic competition. Australia is a key player when it comes to autonomous systems, with trusted autonomous systems (TAS) being earmarked as a priority area. RAS have taken an increasingly prevalent place in Australian research, discourse, military thinking, and defence industry. How Australia thinks about these technologies reveals important insights into their broader defence and strategic outlook, including their understanding of how the character of warfare is changing, and their approach to alliances and partnerships. In this article, I will trace how TAS became a priority area for defence in Australia, and provide a stocktake of the key developments in RAS which have taken place since 2016. This will include key actors, funding, discourses, and technologies. Taking stock of RAS in Australia reveals several key themes which stand out: the centrality of the concept of control, trust, ethics, interoperability, keeping ahead of adversaries, reducing danger to defence personnel, and developing systems which are cheap, small, and single-use.
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