Route prom Pony Express through the Internet to the Internet of things and artificial intelligence-controlled manufacturing platforms.

The route from Pony Express to the Internet of things is one of the most incredible stories of the thing that changed the world. The Pony Express was the mailmen network that transported letters and merchandise around the USA. The Pony Express was not the American's idea. 

The first network of horsemen whose mission was to carry mail was created in the Roman Empire. The telegraph was not an American invention indeed. Romans used the optical telegraph, which was invented in ancient Mesopotamia. Romans used the optical telegraph to send information. 

Then the electric telegraph was invented. And that invention along with Morse alphabets and radio, what made wireless telegraphy possible made also seafaring safer because ships can call help by using radio. The radio was an excellent tool for controlling warships, and the governments got real-time information about the problems in their warships. Communication is the key element for controlling things like the British empire. The information about the rebel can send to London from India in minutes. and London can send the troops for destroying the rebellion. 

But the Pony Express was still in use. The letters, postcards, and physical merchandise must send by using the physical messenger. And that thing guaranteed the work of the postman.

The Internet of things turns virtual drawings into real things. 

The next-generation network-based artificial intelligence can base the same idea with the network-based 3D animation tools. The computers in the network are sharing their calculating capacities between members of the network. And that thing allows that also less powerful computers can run the highly complicated artificial intelligence programs. 

Independent working artificial intelligence is the next revolution in the world of manufacturing. The same tools that are allowing computers to share their resources over the Internet make network-based artificial intelligence possible. So the artificial intelligence can base the similar architecture, what is used in the 3D-animation tools, what is used in the extremely heavy and complicated animation systems. 

The highly advanced artificial intelligence programs are very complicated and hard to drive. But connecting many computers in one entirety, even smaller computers can run extremely complicated solutions. And they can also act as platforms, which are turning the 3D model into a physical product. The automatic manufacturing tools can use holograms as the mold, and the cameras are following that the bites are fitting and following the form of the holograms. 

If the highly diverse artificial intelligence, that controls the assembly or factory hall gets the 3D-cad image. The system can turn that image into a physical product. 

The thing is that the Internet or computer-controlled digital network revolutionizes data transportation. It allowed sending moving images and other things over the network. And the same thing makes it possible to control robots over the Internet. 

The robot's controller sees and feels everything that the robot sees and feels if the system uses high-speed data communication. And the ability to send data by using high-speed data transmission is making it possible to control manufacturing tools remotely. 

There are two versions of the way to make the Internet of things in real life. The first version is to use man-looking robots, which are using regular tools and manufacturing systems. Another version is to remote control the 3D printers over the Internet. The first version is easier to make and that thing doesn't require the changes in manufacturing halls. The movement tracks and other kinds of things can send to the human-looking robots. 

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