The Australian army has recently unveiled an innovative technology allowing operators to control robotic dogs using brain waves and artificial intelligence (AI). This groundbreaking system aims to revolutionize the way robotic and autonomous systems are used in military operations.
AI-Powered Brain-Computer Interface Controls Robotic Dogs
In a video released by the army, an infantry patrol is accompanied by a robotic dog, which is controlled by a single operator using a hands-free, AI-powered brain-computer interface system. The technology enables the soldier to provide instructions to the robodog while still handling their weapon, increasing their overall effectiveness on the battlefield.
Shiftdelete.netThe video description explains that the “#AusArmy is exploring the use of brain signals to control robotic and autonomous systems.” Wearing a HoloLens 2 headset, the operator is presented with an augmented reality interface. This display features flickering white squares on the ground, which the operator can focus on to direct the robodog.
The system works by using a biosensor that reads signals from the operator’s visual cortex. These signals are then sent to an AI-powered Raspberry Pi-based circuit, which translates the brain signals into commands for the robotic dog. As a result, the robodog can be directed to specific locations or perform complex tasks.
In the latest demonstration, the robotic dog assists the patrol in clearing buildings, scouting for potential threats, and completing other complex assignments. The Australian Army believes that this new “telepathic” robotics technology will enhance their units’ performance and pave the way for future advancements in military technology, ensuring they are “future ready.”
Moreover, the potential applications of this AI-powered brain-computer interface technology extend beyond military use. It could be implemented in various fields such as search and rescue operations, disaster response, and even everyday tasks involving robotic assistance.
