HoloLens and brain waves used to control robotic dogs

 In CraneMorley, Mixed Reality Industry Insight

The U.S. Army’s HoloLens project has faced delays, and there have been reports suggesting that the headset might be rendered useless if soldiers don’t show interest in using it. However, it’s important to note that these reports, like much content on the internet today, might be potential clickbait or false news. A recent release from the Australian Government Department of Defence sheds light on the potential frontline applications of the HoloLens.

The Australian Army is currently testing the use of the HoloLens for controlling robot dogs. Just like drones and other machinery, robot dogs typically require a hand-held console and demand the full and undivided attention of the operator. Unlike drone operators who can be situated remotely, those controlling robot dogs are positioned on the frontline or close to the battlefield. Although these operators are part of a team, their safety remains a deep concern, especially when they need to move on foot and control the robot dog in the midst of a confrontation.

To address this challenge, the Australian Army is exploring the use of the HoloLens in conjunction with brain waves to control the robot dog. They attach a graphene biosensor to the back of the user’s head, which detects brainwaves originating from the visual cortex. Through the power of artificial intelligence, a decoder translates these brainwave signals into commands for the robot dog. This innovative approach enables operator/soldiers to stay ready with their weapons or carry out other tasks hands-free.

Although this proof of concept is still under testing to evaluate its field applicability, the Australian Army has already conducted several tests to assess how this technology could be employed in battle scenarios. In an initial test, participants were tasked with traveling to pre-designated locations as part of a simulated mission scenario. Users found the technology to be “not difficult to master. It’s very intuitive. It only took a couple of sessions.”

This method showcases just one of the ways in which armies can utilize HoloLens technology, potentially leading to many lives being saved. Rather than sending a soldier or an actual dog, armies could deploy robot dogs to assess situations and even act as fighter drones to neutralize adversaries. These robot dogs could prove invaluable for search and rescue missions in hazardous and unstable environments where humans cannot venture. Their capabilities in nighttime scenarios further enhance their potential applications. Regardless of the specific application, the paramount consideration is that this technology holds the promise of saving lives.

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