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A large layer of sensors can control large areas


Illustration photo
https://gamesandtehories.blogspot.com/

Kimmo Huosionmaa

Nanosensors can cover very large areas, and they might seem like natural things. Snow on the top of the trees is a beautiful thing.  And that thing has been inspired one of the most unique and particular ideas of the world. This idea has sent the person, who created almost to a mental hospital. The idea is to use water, what goes in the vascular bundles of vegetables like trees to give electricity for computers. The size of the systems must be very small, that this idea works. That's why this idea seemed like made by a maniac.

The idea seemed silly, and the person who told that thing sent to the psychiatrist. But when we are thinking about the thing, that the extremely weak water flow would give energy to some machines like computers, we must remember, that nanotechnology actually makes possible to make electricity for small size computers, what might seem like snowflakes. The nano-size windmill-generators would give energy for the extremely small size microchips.

Those microchips can be used as the recon sensors, or they can be "only" computers. The idea is that using Bluetooth-technology would the small and limited capable computers connect together. When we are thinking about the capabilities of that kind of that kind of systems, we are facing that thing, that the extreme small recon systems can cover very large areas. Even if they look limited because they have only one sensor, the layer might have the multisensor capacity.

The system might be like sand-crystals and every single element of those structures might have different sensors, like microphones and small size cameras and electronic intelligence systems, what can control GSM-traffic. They can collect data from large areas, and they can send it to the control centers by using the normal Internet. So one hidden GSM-telephone can send that data to the controlling officer, and those stations might be camouflaged as the garbage cans.

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