Boston Dynamics developed the first robots that can run and maneuver using motions based on how animals move. The company's Petman, developed to test chemical protection clothing, extends this idea to motions based on human movements. Petman has learned to climb stairs. (Source: Boston Dynamics)
Battar, if you mean suicide bombers, yes, they've been around for some time and we've all heard of them. But I'm not sure what your point is--what do you see as the connection between them and these robots?
Ann, sorry to get political, but from reading the news it is hard not to get the impression that those who are unfriendly towards th US and its' allies are concentrating on autonomous, lethalized humans, not robots. I know of at least one occasion in which a bomb disposal robot was deployed to disarm a suicide bomber who had been shot and wounded, and it was unclear whether he was still cabable of triggering his IED.
Hmmm, that's a good point King DWS: if we're making and deploying weaponized robots and so is the other side, what's the point of robots duking it out with each other? For that matter, I wonder if the weaponized bots are being designed to take out humans or other bots, or both?
Robots turning robots into scrap is A WHOLE LOT BETTER than anything turning ME into garbage! Any day and every time! As for "weaponized " robots, I have seen a small robotic thing with a pair of minicannons mounted and it could carry "quite a few" rounds. That was a while back, and I am not at liberty to provide details, except that it was a US project. That was a serious robot that I would never want to meet up with.
Spears, bow & arrows, swords, catapults, shields, knight's armor, guns, machine guns, etc.... Man has used technology to try to gain a weapon's advantage since the dawn of time. It is not that you assume that your opponent is an idiot, quite the contrary; you assume he is very smart. That is why you have to try to stay one step ahead.
Of all those robots shown only the talon swat has been weaponized. I think with shotgun. Didn't think big dog was off the leash yet :-) last time I saw it they were still trying to sort out the pgo effect when starting to move. They were talking about a version that would home in on the future solider gear and retrieve wounded. None of these are really autonomous and nothing has the versatility as a human in combat. And boots on the ground are how you occupy territory. Not sure robots turning other robots into scrap will accomplish much as there is nothing risked.
I think the point about the tendency to assume the other side are idiots is a very good one. From what I've seen, it's not just the US, or those nations we currently call friends, that are working on R&D for autonomous lethalized robots.
But what happens when its OUR troops that encounter killing machines that have no fear? This will cost lives, not save lives. Humans always seem to think that the "other side" are idiots. But witness the recent capture of the drone by Iran. I suspect they spoofed the drone's GPS into thinking it was back home safely so it simply landed. Not a shot was fired. All technology can be weaponized. The future does not seem rosey for humans unless we all realize that killing other people will not solve the majority of the problems.
I worked on a Glass Shuttle Robotic system which had a robot to pick up windshields and place them on a small shuttle conveyor that carried them to another robot. This robot removed the windshields off the conveyor and placed them on the automobile where a final robot applied urethane. Over 5 years the Glass Shuttle Robotic system paid for itself in replacing 3 employee salaries with benefits. The 3 displaced workers found jobs in the trim shop. So a happy ending can be achieved when replacing the workforce with robotics if its plan correctly! I'm glad you enjoyed my comments.
The company says it anticipates high-definition video for home security and other uses will be the next mature technology integrated into the IoT domain, hence the introduction of its MatrixCam devkit.
Siemens and Georgia Institute of Technology are partnering to address limitations in the current additive manufacturing design-to-production chain in an applied research project as part of the federally backed America Makes program.
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