Bio- or nature-inspired robots are next-generation tools.

Things like ants can be models for the next-generation drones and drone swarms. The ant-shaped robot can be car-size or it can be ant-size. Larger robots can act as bases for smaller-size robots. In some visions, larger-size robots can build new robot insects. Those robots can interconnect their microprocessors into the neural network.

There are two ways to make nature-inspired robots.

1) The robot can be a miniature machine. That uses non-organic technology.

2) The system can use the real insects or other animals that it takes into control.

And those entireties can be very independent. In that model, those small-size robots can operate as an entirety where they share their sensorial data and microchip capacity. The new 2D semiconductors are tools. That can make very small and low-voltage microchips possible. Those microchips can control small insect-shaped or cyborg insects.

The reptilian-shaped robots can look like real lizards. They can use fuel cells that use methane or alcohol as fuel. Or the surgeons can install the microchip in the lizard's brains. For working perfectly. That system requires complete information about the lizard's brain activity. Then the system can decode data from the lizard's brain. Interacting implants can control lizards like robots.

When microchips take the insect under control. The system simply connects the microchip to the insect's shell. And then the system uses electric stress to control insects. New decoding systems can make the system see what insect sees. The system can decode the signals from an insect's nervous system, and make operators see what it sees from the computer screen.

The Neuralink-type systems can turn all animals into robots. The implanted microchips can used to control animals. Like birds, reptilians, fishes, whales, and other kinds of things like monkeys. It's possible. The microchips can connect to animal skin on their brain. And that system can control the animal's nervous system.

https://meche.mit.edu/featured-classes/bio-inspired-robotics

https://www.msn.com/en-us/news/technology/inspired-by-nature-researchers-engineer-smart-swarms-of-miniature-robots/ar-BB1l4GNi

https://roboticsbiz.com/bioinspired-robots-top-20-robots-inspired-by-animals/

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