There are questions about things like can the AI really think? Or does it only mimic some actions? There is a method to teach the computer called macro learning. When a robot or computer faces some situation for the first time the programmer creates a macro or action for that thing. Even if a robot only mimics humans, that robot can follow the controller’s instructions and movements for the first time. Then that robot compares those situations where those things are given to things that it faces. If the situation matches with the situation where the action is connected that activates the action. Or macro. The name: “macro-based programming” means that the programmer creates actions for robots. And then connects that action, or macro to the event.
The new transformer and Iron Man robots are tools that can change robotics. Those tools are equipped with abilities that allow them to change their shape. Or those robots can fly to places like roofs. That thing makes them good operators for rescue, intelligence, and other types of missions. The man-shaped robot can operate window washers for skyscrapers, or they can pick up interesting things from the ground or roofs. The robot is equipped with jets, but it's possible to use blowers that make them quiet. The new AI-based tools can make those robots more self-learning than we ever imagined.
Those blowers make it possible for the robot to operate underwater. And that is the thing that makes Iron Man robots interesting tools for deep-sea operations. The man-shaped robot can operate with the same tools as humans. And those robots can transfer themselves from one airplane to another. Or they can jump onto the roofs of aircraft. They might carry versatile sensors. Like seismic microphones in their feet. Those systems allow those robots to hear voices through the roofs. That kind of robot can carry humans out from burning houses. Only imagination limits those systems' capacities.
The ability to transform vehicles from cars to something that flies is an interesting thing. The ability to travel on highways or on the ground is something that makes those systems unseen. That ability allows those systems to move in places where flying machines cannot go. The ability to transform cars into things like quadcopters is the thing that brings interesting ideas. There are projects whose goal is cheap hybrid vehicles that can be called “flying cars”. That means an aerial vehicle whose price is the same as some personal vehicle.
Those vehicles can move on the road or they can rise airborne. Those systems can be the thing that forces us to re-estimate our security. When we think about burglaries those systems can transport operators to the roof. But those systems can deliver things like drones. They can operate autonomously. The problem is that new anti-tank and other weapons are easy to put into those systems. Many flying cars can reach 400-600 km/h which is faster than any regular helicopter. That means those “flying cars” can transport things like AA missiles.
New nuclear batteries can work as powerhouses for those robots. They can operate for even years or their operational time can be unlimited. This means those robots can operate on other planets and in their atmosphere.
https://interestingengineering.com/innovation/china-kuickwheel-skyrider-x6-44-7-mph-speed-31-mile-range
https://www.rudebaguette.com/en/2025/06/real-life-transformers-are-here-uk-inventor-builds-shape-shifting-robot-that-morphs-into-a-fully-functional-vehicle/.
https://scitechdaily.com/real-life-iron-man-worlds-first-jet-powered-humanoid-robot-takes-flight/
https://en.wikipedia.org/wiki/Macro_(computer_science)
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