Currently, technology and its evolution cause that there are more and more objects that work autonomously and that do not need any pilot to be handled. Even so, there are still systems that need to be controlled.
England has invested almost five million dollars in a program that will allow it to develop a series of projectiles that will be able to talk to each other. This new technological weapons project represents a step forward and an advance in the military field.
The progress of the remote control
It has been more than 50 years since remote control weapons began to be invented that had to be operated by one person, but never in an automated way.
However, at present technology allows the development of weapons that allow the compilation of information, assess circumstances and change decisions at the last moment to achieve the purposes that the military forces desire. For these weapons to be powerful and to be used as much as possible, they must be operated by several people.
There is a clear communication problem, as the people who control these devices can communicate with each other, but a triggered artifact that moves autonomously cannot talk to another device.
Therefore, this prevents the missiles from adapting to each moment and carrying out an analysis of what is happening at the moment and acting on it. England will investigate in order to be able to create technologies that allow these powerful devices to have a communication system.
Although almost five million dollars have been invested, this development plan is part of another R&D budget that the British country is carrying out.
The advantages of intercom
It is thought that in a few years this technology will become a reality and we can see missiles that intercommunicate that facilitate military missions. Since April of this year this plan has been carried out.
This technology could improve the procedures that exist today and even improve their performance. It is hoped that when this new form of communication between artifacts is developed and fully optimized for optimal performance, missiles will have the ability to react to any unexpected situation that may occur.
Today, missiles can talk to each other thanks to the support with which they work, but that is not synonymous with the fact that they can communicate with each other. The main goal of this research is to find out how the deal between the artifacts and their behavior as a whole can be achieved by making England’s military services count on this new technology in their future.
