DSTL Media
Picture: AUKUS AI enabled drones to reduce enemy target identification time (US DoD)
Australia, alongside the UK and the US, has successfully trialled advanced artificial intelligence (AI) enabled uncrewed aerial vehicles (UAVs) and other autonomous technologies, aiming to reduce the time needed to identify enemy targets. This collaborative effort marks a significant step forward in the AUKUS partnership’s focus on enhancing military capabilities through cutting-edge technology.
The trial is part of the broader AUKUS Resilient and Autonomous Artificial Intelligence Technologies (RAAIT) initiative, a key component of the trilateral security pact. The UK’s Defence Science and Technology Laboratory (DSTL) announced today that the exercise represented “the first use of autonomy and AI sensing systems in a real-time military environment,” highlighting its significance in modern warfare.
Although the announcement was made today, the trial took place earlier this year during the US-hosted multinational Project Convergence Capstone 4 technology experimentation exercise. During this exercise, drones from Australia, the UK, and the US operated together in the same airspace, guided by an AUKUS AI team that retrained and deployed AI onto these platforms. The AI-enabled UAVs demonstrated their potential by allowing human operators to efficiently “locate, disable, and destroy targets on the ground.”
The successful trial underscored the progress made by the AUKUS partners in integrating AI and autonomous systems, showcasing the “seamless exchange of data and control” across technologies from the three nations. This development aligns with the broader objectives of AUKUS Pillar II, which focuses on advanced technologies such as AI, hypersonic missiles, and quantum computing, separate from the primary focus of Pillar I on nuclear-powered submarines for Australia.
As these AI and autonomous capabilities continue to be refined, they are expected to be incorporated into national platforms, providing the military with a quicker response to current and future threats. Although no specific timeframe has been provided, the trial builds on previous demonstrations, including a successful AI swarm test in Wiltshire, England, last year. During that test, a collection of AUKUS “AI-enabled assets” worked together as a swarm to detect and track targets, paving the way for future advancements in autonomous military technologies.