Light can be the new communication tool.

(A new theoretical approach suggests that optical noise, once seen as a drawback, could be turned into a tool for producing purer streams of quantum light. Credit: Shutterstock) (ScitechDaily, Scientists Discover How To “Purify” Light, Paving the Way for Faster, More Secure Quantum Technology)

Purified light can transmit quantum information. And that makes it possible to create secure data networks. Secure data networks play a significant role in the future environment. The next-generation robotics solutions that connect networks and physical tools are meant for more complicated solutions than ever before. Light offers secure data transmission. The system can use UV, IR, or visible light. The thing is that the UV radiation is invisible to IR sensors. And this means that. 

The UV-based laser scanners. It can be the new tool. In the military. And the civil world. The UV scanner can also operate in high temperatures. Fire or other infrared sources can disturb infrared systems, but the ultraviolet systems are immune to IR radiation. A UV scanner can also scan things like armoured vehicles. That uses adaptive camouflage. 

When we develop ultra-complicated systems. For example, surgeon robots. And. For other networked devices, securing information is crucial. To protect the entire environment. Basically, the same human-shaped robot that can cut the grass. And hover homes can also make surgeries. The surgery robot requires more complicated algorithms that have higher accuracy than cleaning robots. Swapping those programs is a theoretically easy process. Making those complicated algorithms is complicated. And transmitting them must happen over ultra-secure networks. If that data is corrupted, the result is a catastrophe. 

Beriev A-60

Advanced networks can interconnect several systems under one dome. And that means satellites, aircraft, and other devices are operating as a whole. But the thing that causes problems is the networks. If an attacker can slip their own device into the network, that person can turn all information. Into. The wrong hands.  This is one of the threats. That. We can see this in the modern networks. But another threat. It's in things like natural data corruption. The data corruption can happen. 

Because. Of natural reasons. When data is corrupted. That. It can cause a big problem. For. Devices that are connected to that network. The network allows connecting any AI camera to the computer on the opposite side of the world. Things like satellite communication and real-time information also depend on the information. And especially secured information. The only problem is that light cannot jump over an obstacle. For full operation. The system must send information. For the drone or aircraft. Which sends it back into the ground. The laser communication system. Must not give commands to other systems separately. The system can use a prism that scatters the light. And that laser-light spotlight can transmit information for multiple clients simultaneously. 

There is a possibility. The Russian Beriev A-60. Laser test bed. Tested technology. This allows it to shepherd drone swarms using laser spotlights. Those systems can transform radio commands into laser impulses. Then the system could send those signals to drone swarms in the form of a laser spotlight. This allows giving commands to multiple drones simultaneously. That system was destroyed recently in a Ukrainian drone attack. That means that. This aircraft would test kill lasers. But it can also be used for communication development purposes.

https://scitechdaily.com/scientists-discover-how-to-purify-light-paving-the-way-for-faster-more-secure-quantum-technology/

https://www.twz.com/air/unique-russian-a-60-laser-tesbed-jet-destroyed-in-ukrainian-attack

https://en.wikipedia.org/wiki/Beriev_A-60