How artificial intelligence-based solutions can overtake the network segment?

How artificial intelligence-based solutions can overtake the network segment?

There is a couple of ways, how the systems can operate together even they are not in the same network segment. If the computers are in different computer segments, they cannot use the normal communication method, which is used in normal network-based solutions.

The simplest way is to equip the computer with two network cards, which are meaning that the system might have two IP-addresses. But there is also the possibility to create artificial intelligence-based solutions, which are allowing users to change the IP-address of the Network-card automatically if some computer is denied by IP-address.

And the thing, what makes the network-based attacks dangerous, is that the IP-address of the attacking computers can change all the time. The artificial intelligence can be a very sophisticated tool, and if the attacker uses that kind of solution, that person must just give the independently operating artificial intelligence orders to begin the hostile action against certain systems.

If the computers are in the different network segments or the area of some other network, the computers cannot automatically get the other computer's IP-address. In normal networks, those IP-addresses are stored in the databases of the servers, but because the computers are in the different networks their IP-addresses are not stored in the databases, but if the user wants to look at the movies by using the Internet connection there is need to create the bridge between two computers, what cannot use the same server.

Because the normal computers are in the networks where their IP-address is dynamic, which meant that it changes all the time, the stable connection by using IP-address is not possible. The systems, that are used to create Bot-networks, where computers can act as they would be in the same networks are basing technology, what is created to share movies and other entertainment data in the network.

The systems cannot make a stable bridge across the network border, because that denies also keep the server in some network, and share prohibited material by using those things. And that's why the systems can use some other method. One is similar, which is used in the cases, where computers are sending the films to other computers, and the thing is that in this case, the computers are interacting together, and they are using two-ways automatized communication.

When we are looking at the movies, the system sends the IP-address of the receiver to the server, and then the server knows, where to transmit the movie. The thing is that the movie, what is sent to the receiver is that its pure data and all kind of data can go by using this kind of connection.

And if the IP-address of some component of the network segment has been changed the receiver would send the new IP-address to the server, and that allows us to see the Internet-movies also in the networks, where the location and support stations are changing all the time. The system can just benefit the TCP/IP protocol, where the feedback data can replace by the data, what another computer will send.

The thing is that those programs can send the tickets to both sides, and then artificial intelligence can make those computers communicating together. And other versions of the communication over the network segment base the thing, that the computers can simply send the data or the code by using the email-box. That means that the computers can send the ASCII-binary code to the mailbox, and another computer can use either the same mailbox or both systems have their mailboxes and then those systems can choose data by that thing.

The thing that makes this kind of technique dangerous is that the system can be used to attack against every computer network on the Earth. The thing is that this kind of system makes denying the attack by using IP-address very difficult. This kind of system can attack by using multiple networks, and this kind of operation would not need fixed IP-addresses, which means that the attacker would be hard to find.

Image: https://upload.wikimedia.org/wikipedia/commons/d/d2/Internet_map_1024.jpg