In the movie Avatar, humans hooked themselves up to
brain-machine-interface pods with which they could control giant
genetically engineered human-alien hybrids. It's just a movie, but
DARPA, the U.S. Defense Advanced Research Projects Agency, doesn't care:
It wants this kind of system to be real, just replace "giant
genetically engineered human-alien hybrids" with "robots."
In its 2013 budget, DARPA has decided to pour US $7 million into the "Avatar Project," whose goal is the following: "develop
interfaces and algorithms to enable a soldier to effectively partner
with a semi-autonomous bi-pedal machine and allow it to act as the
soldier’s surrogate.” Whoa.
That word "surrogate" implies something more than just telepresence, and indeed DARPA does specify that it is looking for "key advancements in telepresence and remote operation of a ground system."
But we're perfectly free to speculate on what those "key advancements"
are, which again comes back to "surrogate." To me, the implication is
that there's going to be some technology that effectively puts the user
"inside" the remote system, whether it's through immersive VR or exoskeleton or some sort of direct brain control. Either of these things is a realistic possibility, especially if DARPA's tossing a couple million at the problem.
And as for what this "semi-autonomous bi-pedal machine" is going to be,
well... You remember that semi-autonomous bi-pedal machine that Boston
Dynamics built for the U.S. Army to, uh, test chemical protection clothing?
To be clear, we have absolutely no evidence to suggest that PETMAN is
anything more than a chemical protection clothing tester, except for the
simple fact that just testing suits seems like a slightly ridiculous
use for a freakin' super-advanced bipedal humanoid soldier robot. In any
case, it's always fun to speculate when DARPA throws a bunch of money
at some crazy new technology, and hopefully we'll be lucky enough to see
some preliminary results before an army of robotic surrogates takes over the world.
Reference: IEEE Spectrum