1. How algorithms are searching for data?
RAM memory based algorithms are making RAM virtual disk or package and those algorithms are making possible to infect computer memory by using algorithms, what are collecting the data, what is sending or shared by that computer or mobile system. That makes possible to infect the computer, which is used to watching the films or something like that. The thing what makes those algorithms very big risk is that if the MAC-address of some computer is in the surveillance list, the algorithms can infect only those computers. That makes easier to process the data, and the system benefits the TCP/IP way to operate.
The IP-address is the thing, what separates computers together and when the computer is connecting to the network it would send the MAC-address to the server, what will send the IP-address to the network card. In this process, the server might tell to somebody else that to some computer have been shared IP-address. And of course, that shared IP-address can put on the surveillance list. Then the algorithms can collect data from packages, what is traveling in and out from the IP-address what is under the surveillance.
2. Artificial intelligence is an effective tool for selecting and sorting data
The idea is similar to the ping program. The algorithm would send information, by using the same methodology with TCP/IP protocol. That means that the TCP/IP receiving packages are marked with a special code, what tells the router, that it must copy those packages, and send the copies to another place. And if those packages are marked the algorithms can pick them from the Internet. The thing is that those algorithms can actually hide everywhere.
The artificial intelligent-based algorithms can collect data even without coming into the protected network. This makes then really interesting tools. They can select their platform and one of the best is the router, what controls the data transmissions between the internet and individual computers. In some cases, this makes the antivirus unable to notice those virus algorithms.
3. Artificial intelligence makes algorithms effective
Complicated artificial intelligence based algorithms encrypt the data because of two reasons, and the first is that this makes antivirus and firewall unable to identify that unauthorized data is leaving from the machine. And the second reason is that those hackers, who have bothered for making that code, want to get all benefit about that thing. And they don't want to share the stolen secrets to anybody. So they will encrypt the data, which makes also harder to track them.
There is actually the third reason, why the stolen data must put in the package, where it is isolated from other data. That is that there is a possibility, that in some firewall is the counter-algorithms. Those counter algorithms are acting like spying algorithms, and they would inject their own code to the packages, what hackers are ordered. Counter algorithms would look for IP-address, where that data is going, and then the code would send the IP and MAC-address of the receiving computer, which makes possible to track them, or they can be the code, what destroys the data, what has certain identified.
4. Every single MAC-address in the network might have reserved only one IP-address
Those algorithms and stealth programs can be inside the data packages, which are stored in the hard disk. In this case, the algorithms would not activate if the data is handled in a protected environment. But if the IP-address of the computer or something else is wrong, that means that the system would be used outside the secured area, that causes that the algorithm would start to act.
In this case, the computer has fixed IP-address, which is made in a different way than the normal version of this thing. In this version, the server is sending certain IP-address the same computer every time, when the computer is connecting to the network. And that means that every MAC-address, what is the serial number of the network card is reserved only one IP-address in the network servers.
5. Algorithms can hide in routers
But they can also be ordered to infect the "gate routers", what connects networks to the Internet. That means that the data would travel through the router to as an example to the "class-C " network can be under the surveillance, and modern artificial intelligence can make also this kind of surveillance effective. The problem in this kind of surveillance has been the that the data, what individual computer would send receive have been covered in the giant data mass. But the artificial intelligence can pick the packages, what has a certain code to the surveillance computer. They copy the data packages and encrypt them because they must avoid the firewall, and send them to a third party actor.
Other algorithms are benefited the TCP/IP protocol to search and collect the data, what the user shares or receive in on the internet. TCP (Transmission Control Protocol) means that when some computer sends the package of data, it would ask the confirmation that the package is received. The algorithms recognize those packages, that they are coming from a certain computer. And they will copy that data to another location, what can be a private or governmental actor. Or it can be the firm, which is owned the governmental intelligence.
RAM memory based algorithms are making RAM virtual disk or package and those algorithms are making possible to infect computer memory by using algorithms, what are collecting the data, what is sending or shared by that computer or mobile system. That makes possible to infect the computer, which is used to watching the films or something like that. The thing what makes those algorithms very big risk is that if the MAC-address of some computer is in the surveillance list, the algorithms can infect only those computers. That makes easier to process the data, and the system benefits the TCP/IP way to operate.
The IP-address is the thing, what separates computers together and when the computer is connecting to the network it would send the MAC-address to the server, what will send the IP-address to the network card. In this process, the server might tell to somebody else that to some computer have been shared IP-address. And of course, that shared IP-address can put on the surveillance list. Then the algorithms can collect data from packages, what is traveling in and out from the IP-address what is under the surveillance.
2. Artificial intelligence is an effective tool for selecting and sorting data
The idea is similar to the ping program. The algorithm would send information, by using the same methodology with TCP/IP protocol. That means that the TCP/IP receiving packages are marked with a special code, what tells the router, that it must copy those packages, and send the copies to another place. And if those packages are marked the algorithms can pick them from the Internet. The thing is that those algorithms can actually hide everywhere.
The artificial intelligent-based algorithms can collect data even without coming into the protected network. This makes then really interesting tools. They can select their platform and one of the best is the router, what controls the data transmissions between the internet and individual computers. In some cases, this makes the antivirus unable to notice those virus algorithms.
3. Artificial intelligence makes algorithms effective
Complicated artificial intelligence based algorithms encrypt the data because of two reasons, and the first is that this makes antivirus and firewall unable to identify that unauthorized data is leaving from the machine. And the second reason is that those hackers, who have bothered for making that code, want to get all benefit about that thing. And they don't want to share the stolen secrets to anybody. So they will encrypt the data, which makes also harder to track them.
There is actually the third reason, why the stolen data must put in the package, where it is isolated from other data. That is that there is a possibility, that in some firewall is the counter-algorithms. Those counter algorithms are acting like spying algorithms, and they would inject their own code to the packages, what hackers are ordered. Counter algorithms would look for IP-address, where that data is going, and then the code would send the IP and MAC-address of the receiving computer, which makes possible to track them, or they can be the code, what destroys the data, what has certain identified.
4. Every single MAC-address in the network might have reserved only one IP-address
Those algorithms and stealth programs can be inside the data packages, which are stored in the hard disk. In this case, the algorithms would not activate if the data is handled in a protected environment. But if the IP-address of the computer or something else is wrong, that means that the system would be used outside the secured area, that causes that the algorithm would start to act.
In this case, the computer has fixed IP-address, which is made in a different way than the normal version of this thing. In this version, the server is sending certain IP-address the same computer every time, when the computer is connecting to the network. And that means that every MAC-address, what is the serial number of the network card is reserved only one IP-address in the network servers.
5. Algorithms can hide in routers
But they can also be ordered to infect the "gate routers", what connects networks to the Internet. That means that the data would travel through the router to as an example to the "class-C " network can be under the surveillance, and modern artificial intelligence can make also this kind of surveillance effective. The problem in this kind of surveillance has been the that the data, what individual computer would send receive have been covered in the giant data mass. But the artificial intelligence can pick the packages, what has a certain code to the surveillance computer. They copy the data packages and encrypt them because they must avoid the firewall, and send them to a third party actor.
Other algorithms are benefited the TCP/IP protocol to search and collect the data, what the user shares or receive in on the internet. TCP (Transmission Control Protocol) means that when some computer sends the package of data, it would ask the confirmation that the package is received. The algorithms recognize those packages, that they are coming from a certain computer. And they will copy that data to another location, what can be a private or governmental actor. Or it can be the firm, which is owned the governmental intelligence.
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