Australian soldiers use their minds to manage ground drones
In a recently published video, the Australian army showcased a four-legged terrestrial drone being commanded by the brain waves of a nearby soldier.
In a recently published video, the Australian army showcased a four-legged terrestrial drone being commanded by the brain waves of a nearby soldier.
Technological innovations are present in many civil sectors, with the military being no exception, making processes faster and more efficient. New technologies, which can include unmanned systems, Additive Manufacturing (AM), Artificial Intelligence (AI) or even 5G, are changing warfare and its logistics tail, which is the amount of personnel and material needed to supply and support, at the same time. The introduction of these improvements is essential for the development of military capabilities and operations, as well as for improving defence logistics by enhancing accuracy, intelligence and resources while reducing costs and risks in multiple areas (Institute for Defence & Business, 2022). This Info Flash aims to analyse and provide examples of how new technologies can shape the future of logistics in the military, especially for the European Armed Forces.
Artificial Intelligence (AI) is reshaping and revolutionising several sectors of civil society by improving efficiency and reducing costs, with the military and defence fields also joining in this AI revolution (Richemond-Barak, 2022). AI can be defined as a system that solves complex tasks through adopting human approaches, including learning, creating, cognitive thinking, adapting and communicating (Nadikattu, 2020). Much of the discussion about AI is focused on its negative aspects, ignoring the positive implications that it can have for military affairs and decision-making processes, especially in order to protect civilians and reduce casualties, as well as in organizing counter-terrorism operations (Richemond-Barak, 2022).
Allied foreign ministers met in Brussels on 6 -7 April 2022 and approved the Charter of the Defence Innovation Accelerator for the North Atlantic or DIANA. DIANA will bring industry, start-up companies and academia together to research new dual-use technologies to solve critical defence and security challenges. The alliance has also announced additions to the technology list DIANA will focus on what NATO has identified as priorities, including artificial intelligence, big-data processing, quantum-enabled technologies, autonomy, biotechnology, novel materials and space. (NATO website, 2022).
The idea of using robots in warfare dates back to the 1940s. From WW2-era German Goliaths and Soviet teletanks to Cold War Unmanned Aerial Vehicles (UAV), we are steadily moving towards a more robotised battlefield. Projects are many, and development is encouraging, but not without its problems: military and ethical questions quickly come to the surface with high costs.