Microchips and neural implants are the next step in human-machine singularity.

"UC San Francisco researchers enabled a paralyzed man to control a robotic arm using a brain-computer interface (BCI) that functioned for a record seven months. The AI-powered system adapted to daily brain activity shifts, allowing him to pick up objects and perform tasks with increasing precision. Credit: Noah Berger" (ScitechDaily, Not Science Fiction: Paralyzed Man Controls Robotic Arm Using Only His Thoughts)

What if we can control dreams and make fake memories? Fake memories can serve good or bad. Fake memory can make it possible to learn things faster and more effectively than ever before. Basically, all skills that people have are based on memories. The robot external bodies that allow people to control robots from another side of the Earth are tools that allow them to research in jungles without leaving office. 

The robot that can be controlled by satellites can operate in very dangerous places without risking human lives. The brain-computer interface BCI makes it possible to transmit all data that the robot's sensors or artificial senses collect from their environment to the operator. 

The new step in robotics is the brain-computer-interface BCI-controlled robots. Those systems are called BCI/BMI (Brain-Computer Interface/ Brain Machine Interface) Those robots are physically extended BCI-and large language model, LLM combinations. A couple of years ago, a paralyzed person got a neuro-implanted microchip that allowed that man to communicate with computers. 

That allowed that person to communicate with the computer and play computer games. The next step is the tool that allows the person to use a robotic arm through the computer using thoughts. 

The BCI systems. Along with VR sets or systems that stimulate the visual center. The BCI/BMI allows the user to operate robots like external bodies. 

That kind of system makes it possible to create robots that help paralyzed people in their everyday lives. The system can control things like HULC-style exoskeletons. That means if that kind of person wants to go out.  The robot wears an exoskeleton to that person. And then that system can move the person out to sunlight. 

The system can cooperate with the large language model, LLM. And when a person says things like location and where to go, that robot body can transport the person to that point. 

But the same systems can control things like man-shaped robots. Those robots can turn battlefields into things that nobody has seen before. Those systems can also work in rescue missions in high-danger situations. The route of the BCI/BMI goes to levels that we cannot even imagine. 

The BCI systems can control any vehicle in the world. So, the next-generation tools that people might have are aircraft, drone swarms, and robots that the brain waves can control. This kind of technology opens new paths to surgery, engineering, and almost everything that we can imagine. The body allows people to travel in space without any spaceflight training. 

https://scitechdaily.com/not-science-fiction-paralyzed-man-controls-robotic-arm-using-only-his-thoughts/

Biomimetics makes Star Wars-type robot hands and terminators real.

Bio-hybrid robot means a system, covered by human tissue if the system is human-shaped. The biohybrid system can mimic animals. Those biomimetic systems can look like real humans or animals, but they are robots. 

New technology makes things like Star Wars-style prostheses possible. The system takes the commands from the neural tracks. Living human tissue covers those prostheses. That tissue can also made of fungus. The new hydrogel material can also mimic living tissues. 

And the robot arm can also have a chamber for the bone marrow. That helps to feed the tissue and saves a person from anemia. 

Robot arms can have bio-printed muscles. And they can also have servo-systems in their angles. 

Those prostheses communicate with neural systems using microchips that will decrypt human nervous signals for computers. Those artificial limbs are impossible to separate from real limbs. 

But basically, the Terminator-shaped robots from Terminator movies can turn into reality in a couple of years. Those cyborgs can be covered by living tissues. They can eat the same food as we do because those tissues need nutrients. The system can use fuel cells, nuclear batteries, or regular electricity to keep its computers on run. 

The system can communicate with the central computers using the Internet. The large language model, LLM is the thing that allows its operators to command it. Those kinds of robots can act as recon tools under the control of remote operators. Those operators can load different types of modules to those systems. 

The new neuro-implanted microchips and the living tissues make it possible to create new and powerful robots and prostheses. The living-self healing materials that cover robots or robot arms can make human-like cyborgs possible. Those tissues can be living human skin, or it can be some kind of fungus. The cyborg can make many things that are too risky for law enforcement and intelligence work.  In undercover missions. Human-shaped cyborgs can replace humans.

Operators command those AI-controlled robots through the large language models, LLM. Those robots will not change their sides. And it makes them useful in undercover missions that are effective against the drug cartels. Those cartels can be very dangerous. And those missions are very dangerous for their operators.