Researchers have made human-looking robots with living human tissue. When researchers connect this kind of robot with the Chat-GPT type interactive AI, they can create a robot that can operate autonomously in social situations. Those robots can eat and drink like humans and their skin feels like human. Those robots can use wireless electric transport, or they might have various power sources. The wireless electric transfer can transfer electricity to the robot through its skin. The robot can also have fuel cells in its bones. Those systems can use various fuels like methane to give electricity.
So those robots can have internal anaerobic reactors where living bacteria create methane. The filter system can remove carbon from methane. Or the robot can have a radioisotope thermoelectric generator (RTG, RITEG) hiding in its skeleton. The robot can use portable communication tools like mobile telephones to communicate with central computers and other robots.
Some entertainment companies are developing those kinds of robots for entertainment purposes. But the fact is that those robots are suitable for military and law enforcement missions as well as "intelligent sex dolls". The skeleton of those robots can be carbon fiber which is lightweight and hard. Things like titanium and chromium are also hard and effective materials for the skeleton. Suppose the engineers want to use metal alloys. They can select hard and lightweight metals. Those antimagnetic metals don't alarm in the metal detectors.
The thing is that those robots are suitable for any work that humans can do. The fact is that robots always follow their program. And that's why military and intelligence authorities are interested in those robots. Robots that operate in covert missions are immune to bribes. The robot doesn't also have friends. That means robots will report things without changing facts.
The recon robot can look like some people. Dead criminals or captured enemy soldiers can give faces and other details to those robots. The robot can have a central computer inside its wrist. It can also have internal networks of auxiliary processors. Those processors can control the joints in the skeleton.
That makes the central processing unit, and CPU work easier. Each servo engine in joints can involve a microchip that knows which servo it operates. So when the CPU orders to bend the knee, the microchip that operates the knee servo will react. Those robots might also have reflexes. If the balance sensor sees that the robot has fallen, it sends a signal to servo engines to make the fixing movement. The robot can also have plastic muscles. Those elastic fibers make robots more realistic.
But the other thing is that. Those robots must sometimes intervene in the situation that they see. And that is one of the things that we must realize when we think about robots. If we think about things like military robots that look like humans, we must realize that the robot can act as a walking time bomb.
It's possible to hide explosives in its body. Or it can use the same weapon as humans.
The so-called shadow protocol makes those robots dangerous. There is a possibility that some criminals or special purpose officials send those human-looking robots to hostile areas. They might look very handsome, but if the robot sees an authorized target, that thing makes the robot run the elimination procedure.
https://interestingengineering.com/innovation/ai-sexdoll-china-starpery-technology?dicbo=v2-oCmwcN
https://www.sciencefocus.com/future-technology/scientists-are-now-covering-robots-with-living-skin-heres-why
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