The new technology makes it possible to create new multirole systems that can be powerful tools. They can operate in civil and military work.

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Things like flying submarines are turned into reality. At least in small-size systems. Modern quadcopters can operate underwater and in airborne conditions. The quadcopter can have laser sensors. At the end of its engine stems. Those sensors can make the quadcopter stay away from the walls. Those quadcopters can dive to the Mariana Trench.

The technology bases the idea that the ball. Where instruments are can be made by using carbonite glass. That carbonite layer can steam at the outer layer of the carbon fiber or titanium ball. The hatch must open outside. Because of water pushing that hatch inside.

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That is the so-called artificial diamond. The engine stems can connect. To the ball by using magnets. And the control must happen by using a wireless system. That thing makes it possible to break the core of the ball. And because there are no holes or scratches where water can flow in at extreme pressure. That quadcopter can dive deeper than regular systems.

The small size legged robots can travel at the hard terrain. They can also deliver to the area by using quadcopters. The robot can have infrared cameras and chemical sniffers. And they can search the toxic wastes. If they have a Geiger sensor. That makes them able to find radioactive material. Those robots can go to caves and near volcanic craters. They can also use as theodolites for mapping areas and especially caves.

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Artificial intelligence-controlled weapons are coming.

That kind of walking robot that cooperates with another system can use as a recon tool. Those robots can also use to put detonators on enemy vehicles or they can have internal explosives. Or those robots can carry small antitank weapons.

But when we are thinking about things like smart rifles and so-called intelligent bullets. There are two ways to make that thing.

The semi-intelligent system where a bullet can have the recognition system. That system can be the RFID-based radar receiver. The intelligent aiming system takes an image of the target. Then the rifle follows the flight of the bullet. Then the system will put the mark on the screen of the scope how the shooter should turn the gun. Or the guidance system can be inside the bullet.

The bullet can have internal guidance electronic and laser seeker. Small wings are controlling its flight and turning it to the target. But the power of the microchips increases. And their price is getting lower. That means that the intelligent bullet can turn the infrared or image homing very soon. That makes those bullets fire-and-forget type systems.

The camera simply takes an image of the target. Then the system downloads it to the computer. That is in the bullet. Then the system just launches the weapon. The intelligent rifle might know the distance to the target. And that weapon shoots bullets when the range is optional.

Image 1) https://spectrum.ieee.org/legged-robots-anymal

Image 2) https://oscarliang.com/flying-quadcopter-under-water/

Image 3 Pinterest

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