Technology is advancing and the combination of hardware and software-based artificial intelligence is the fastest advancing thing in the world. That means that the technology, which was over the top a couple of months ago is old-fashioned. The independently-operating network-based artificial intelligence is one of the most effective and at the same time devastating things on the battlefield.
The new drones can use sub-drones. Those drones can be left over the battlefield hunting the enemies when they are coming out from the shields. And there are rumors, that the most advanced drones can shoot to the operational areas by using ICBM missiles. Those drones can return to the atmosphere, and then start to operate at the operational area very soon after the alarm.
When we are thinking about the drones like Valkyrie, there must be very lot. That is not told to the people. The ability to drop the sub-drones might be only one very "interesting" surprise. The things that are not seen outside might be more interesting than we can ever imagine. Advanced artificial intelligence is the key component in the operational systems of that kind of drone.
Things like BCI (Brain-Computer Interfaces) are the things, that are revolutionizing computing. It removes the border between humans and computers. The next-generation systems can use EEG waves that are sent to the man-shaped robots through the Internet. The best way to make every tool to the drone is to use the man-shaped robots as external bodies.
The remote operator can make every work what a normal person does with a computer. But the thing that is used as a medium is the man-shaped robot. That is writing the text, what operator wants or controls the aircraft like a real pilot. But in this case, the real pilot is somewhere far away from the aircraft. That is left for control of the robot.
The BCI system can be connected to the mobile telephone, and it can operate over the Internet. So in the future, the person can control robots in peace and war by using the microchip. Which is implanted in the brain.
This kind of system is invisible for outsiders, and because the operator uses remote-control, man-shaped robots as the medium, the robots can use in every aircraft and command center in the world. The operator would be far away from those robots, and that helps keep their identity secret.
Making a drone that can shoot the target independently is not so difficult as people are thinking. The system just uses similar image detecting and compiling software that is used in mobile telephone face recognition systems. If the IFF mark for the system is negative, the drone might open fire. If it recognizes the target as the tank or fighting vehicle it can ask permission to open fire or shoot the target independently.
Network-based artificial intelligence makes it possible to drive very heavy and complicated software-based solutions. And the network-based architecture allows that the multiple systems are working as big entirety, where each of the components is sharing data with command centers and between manned- and unmanned systems. Which can use very multipurpose tools for making the entirety acting powerful and brutal way against the enemy.
Drones and robots are effective tools, and they are not afraid of anything. That's why those weapons are in use or under development in many countries. The robot-based systems are like some missiles, they are saving the lives of their side soldiers. And another thing is that robots are not saying "no" to their masters, and that thing makes them effective and powerful tools.
()https://www.popularmechanics.com/military/research/a36041139/air-force-drone-xq-58a-valkyrie-launches-drone/?utm_campaign=socialflowFBPOP&utm_source=facebook&utm_medium=social-media
()https://en.wikipedia.org/wiki/Brain%E2%80%93computer_interface
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