Tuesday 21 June 2022 07:10 AM Australian soldiers control ghost robot dogs with their minds using new UTS ... trends now

Tuesday 21 June 2022 07:10 AM Australian soldiers control ghost robot dogs with their minds using new UTS ... trends now
Tuesday 21 June 2022 07:10 AM Australian soldiers control ghost robot dogs with their minds using new UTS ... trends now

Tuesday 21 June 2022 07:10 AM Australian soldiers control ghost robot dogs with their minds using new UTS ... trends now

Incredible moment Australian soldiers control 'ghost robots' with their MINDS using new technology designed to keep hands free for weapons New technology allows soldiers to command ghost robots through brainwaves  It was developed by University of Technology Sydney and demonstrated in May Technology detects brainwaves then translates visual cues to instruct the robot 

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Australian Army soldiers have demonstrated command of 'ghost robots' with their minds thanks to new groundbreaking technology developed for combat. 

The new technology allows the user to focus on one of six white squares which flicker on an augmented reality lens at varying frequencies. 

Each of the six squares represent six predetermined locations where the robot can go. 

The biosensor located on the back of the head then detects brainwaves from visual cortex then translated and decoded to give the robot instructions. 

In a video released by Defense Australia, an army sergeant is seen demonstrating how the robot moves on command and work alongside army soldiers.

New technology developed by the University of Technology Sydney allows soldiers to command ghost robots through brainwaves

New technology developed by the University of Technology Sydney allows soldiers to command ghost robots through brainwaves

Each of the six points represent six predetermined locations where the robot can go

Each of the six points represent six predetermined locations where the robot can go

The user focuses on six white squares which flicker on the augmented reality lens at varying frequencies. The biosensor detects brainwaves and translates instructions for the robot

The user focuses on six white squares which flicker on the augmented reality lens at varying frequencies. The biosensor detects brainwaves and

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