How artificial intelligence improve security?

How artificial intelligence improve security?

Artificial intelligence as the decision-maker does have no difference with a human in one detail. It needs also complete and neutral information about a thing, what the decision touches. And this is the problem with that kind of system. If somebody would be allowed to input false data to the system, where the artificial intelligence would get the data, what it uses for decisions, that means that the decision would be wrong. This is one thing, that artificial intelligence can notice, and it would see if somebody would connect unauthorized things in the network.

The idea is that the camera is connected to that system can also equip the data, what it sends with the registration code, what might be the prime number or the part of the approximation of pi. In the last case, the control number can change after a certain time unit, which makes breaking the system very difficult. This kind of tricks denies connecting things like records in the system, and that kind of method can also confirm the computers, which are used for sending data to the system. But what about the case, that somebody must have access to a certain room, to access some type of data? How to control the entrance?

The system can compare the usage of the electronic key, and if everybody must use the key in the door, it sees if there are extra persons. And if somebody wants to lend other people the electronic key, the artificial intelligence can notice that thing by using electronic face recognition, but it can also see if there are extra fingerprints in those keys.

This kind of system is hybrid, there is connected the electronic key with biometric recognition, but the system scans the fingerprint from the surface of the key. The idea of the hybrid system is that if there is connected multiple sensors like face recognition, fingerprint and electronic key with a retina scanner, it would be hard to pass. That high level of security is needed in the areas where is highly radioactive material. And the person, who goes in the secured area could also give own fingerprint. That would make things secure.

Or those systems can detect also if there are no fingerprints at all, which means that somebody would touch the key by using gloves all the time. This kind of system doesn't need to see faces, they can use the fingerprints to see things, what people normally don't see. And the second thing is that those electronic keys can have a system, that will detect if they are tried to be scanned by using unauthorized devices.

The idea is that the tiny microchip in the RFID system will record the code, what the mobile telephone uses when it will read those keys. So when the mobile telephone sends the NFC-signal to the electronic key, the RFID saves that code, and then it can dismantle to the control computer when the person uses the door. And that will tell the system, that somebody has tried to copy the key. This kind of thing would make the systems safe.

Could photon captured by quark? And the difference between theory and practical science

Could photon captured by quark? And the difference between theory and practical science

The grand idea of physicists is to create a theory, that contains every particle of the area of physics. And the problem of this thing is that other theories would not find harmony with new theories. The thing is that Einstein's and Newton's theories have conflict, and because of the theory of Special Relativity cannot fit the quantum theory, which means that the world of those people is collapsed. If they cannot create the formula, which contains everything in the Universe, that thing would mean that everything cannot be introducing with mathematics. So this is the problem with theoretical and practical science.

At this point, we must say that Einstein created his famous formula for about ten years. People think that creating some formulas is a very easy job, and they might be really interesting things, but then the mathematical formulas must fit the observations and don't worry, that thing is the most fascinating and at the same time difficult part of science. So what the scientists wait, when they are using some instrument.

Could photon captured inside the quark?

They might wait years the situation, that the photon would impact with another photon or quark in some laser ray, that thing could ever happen, but some people believe that kind of possibility, where photon goes inside the quark like in pocket. The thing would be extremely short projection, where photons would capture inside the quark.  There is a strange theory that photons can merge with other photons or quark. That theory is one of the most fascinating and at the same time unbelievable claim in history. There is not single prove that photons can capture by quark, but if that thing is possible that could revolutionize many things.

The thing what scientist could wait is a theoretical thing, what is called as the photon fusion, there is a little possibility, that the photons can merge, but that reaction cannot even prove. The reason for that theory is that because almost everything in the universe can be impact together, so why photons can merge or quarks, as well as quarks and atoms,  do together, do in the high-energy reactions.

But there is no way that we could prove that thing because for that thing would need the photon or quark, what has extremely high energy, or what comes in the right direction. That thing would prove that photon has mass or there could be some reactions between photons, what we will not know. And the people, who are making those investigations would just in that time cut the electricity off from laser when the suitable photon or quark comes to atmosphere.

That thing would cause this kind of reaction, which is impossible at this moment ever detected. This thing is the most incredible scenario. Just at the moment, when some theories can be proven that the system would turn off in a couple of seconds. But the extremely long laser rays have confirmed the thing, what is called as the gravity wave true.

Gravity waves

LIGO-system has detected those waves at the moment when two black holes have collided and in this kind of case the gravity wave would cause that the laser ray would be flattened like some kind of tube, and that thing would not seem like some kind of seismic action. But for hunting those gravity waves the laser ray must be extremely long, and the length of that laser ray in LIGO is over 3000 kilometers. That distance makes possible to see, how the laser ray would be flattened.

But if we would want to create a more sensitive sensor, we would need longer laser rays. In some scenarios to the edge of the solar system would send two or three probes, where is laser systems. Those lasers would form the sensor, what size is the same as the solar system, and those laser rays could measure weaker gravity waves than any system before it.

The same systems can be used for scientific and military purposes.

The same systems can be used for scientific and military purposes.

If we think the system, what uses artificial intelligence for detecting animals and sending that data to the command center to another side of the Earth, we are forgetting that to the same system can input the data of the enemy ground vehicles, and the artificial intelligence can separate single vehicles from each other is a similar process than separating rhinos from each other.

The system can use seismic, image-based or acoustic systems to detect the similarities of the voices or other marks of animals. Originally those programs were created for police and submarine use for separating person or submarine from others. And that system can also separate other sounds like voices of animals or engines.

The problem with scientific instruments is that those devices are sometimes double-use solutions, which can be used for animal calculations but as well as observing enemy movements in some areas. There are limitations to exporting those systems, and selling them in some conflict areas is strictly prohibited.

One of the key things sets some challenges to use those systems in scientific purposes like animal observation because those very advanced systems allow us to use them also for military actions, like locating the enemy troops. The modern systems would communicate with the operator through the Internet and the satellite data-transmitters could allow them to operate far away from civilizes world, and the solar panels or some other green energy source can give them very good independence in their operations.

The systems might be quadcopters, what are using lightweight solar panels and why not fuel cells, what can use propane for giving energy to their sensors. Those remote-operated systems can travel from a place to another by using GPS navigation. And the operator can just give two points, and those sensors will travel from point A to point B. Or when those sensors would not need anymore, they can fly in the hovering helicopter VTOL (Vertical Take-Off and Land) aircraft.

When that kind of system would deliver to some Third World nation, that could allow third-party persons to research those systems and copy them to their use. The thing is that the systems would need only communication satellites, that they can be operated from another side of Earth. This kind of technology is giving very many opportunities for many kinds of operators from the scientific and military world.

The multipurpose systems would be operated by using virtual interfaces, which makes easy to hide their command systems. The virtual user interface is the homepage, where that system would share data from its cameras and other devices. These kinds of things are used in normal surveillance cameras, so they can be connected to the drones by using similar connections with data and interface, and the system can be operated on the Intranet, what is similar with some open-source educational platform, where can be shared images and control devices like surveillance cameras.

So those systems and user interfaces are platform free, and they can be used by every device, which has access to the internet. This thing would interest many kinds of users. And when we are thinking about the double usage, those systems can detect as well as animals and recognize them by sound or profile. The data of enemy terrain vehicles can input to the same system, which mission is to detect rhinos, as I have written at the beginning of the text. And that thing would operate at the same time for both purposes.

Database alone doesn't make artificial intelligence

Database alone doesn't make artificial intelligence

On the Internet has been writings that artificial intelligence is the synonym for the database. Maybe that is true in some forms, what can be filled on the Internet, and the program just sorts the answers, what are given by using the radio buttons. But of course, the rest of the program that is written by using some programming language like Java is in a vital role in the sorting process. And that's why we must realize that the rest of the program is also very important. Here I'm taking a very simple example of artificial intelligence.

Weather prediction or employee candidate interview programs, what uses forms, are a little bit simpler than some programs, what operates anonymous cars or autonomous drone swarms, but they have the same principle. They are getting data, what is compiling with the database, and the action depends, what is stored in another database. Autonomous drones can simply program to shoot anybody, who has not right IFF (Identification Friend or Foe) system. In the memory of the computer of those drones is stored the image of an armed person, and if the detector notices that thing, would the drone open fire.

When we are thinking about the meteorological program, what predicts the weather or some program, what sorts the answers, what the job seeker would fill in the forms, those systems are handling quite simple data. Of course, meteorological programs can make mistakes, like telling to weather broadcast that the weather is foggy if the lens is steamy or otherwise dirty. But the thing, what tells the system that there is a risk that the road is icing would get the group of thermometers, what is protected from the exhaust gasses.

Those thermometers are on the same level as the road, and if the temperature is near zero degrees of Celsius would the system report the danger of icing. And of course, this system can be linked to the data, what is collected from the satellites and weather radars, and if the cold air is flowing to the area, the system would predict that the temperature will decrease.

 The database is, of course, the main role in artificial intelligence. But also other parts of the program are vital. That means that you can make the needed databases and their connections with every tool, what is meant for that purpose. But making necessary connections between the lists is actually a very hard process. And also the other parts of the program must be made right way, that the program is getting information from the right sensor, and then sends it to right painting of the very huge network of databases. And of course, the program must know, where to get the information, and what to do with that data.

The major use of artificial intelligence is that the system sorts the information for the analysts, who use that data in their own purposes, and the thing with the computer programs is that they must do something. Nobody creates databases and millions of lines of codes for fun. But when we are making artificial intelligence or the analyzation program, what gets data straight from the sensors, we must realize that this kind of system must also forget the data.

If all data of the meteorological program, what is collected from the different sensors like thermometers and cameras would be stored in the database, would that cause that the database will grow in very large scale. And the thing, why in the human brains happens the cell destruction between the ages of 30 and 40 is that in those cells would be stored the unwanted things, and that kind of things must be removed.

This is the idea of forgetting. The unwanted or unwilling things would be removed from the databases because it makes data handling faster. If everything, what we see and feel is stored in the memory, would the action of that thing become slower, and in the world of computers, the thing is the same.  If the database is very large must computer spend more time with it, and that makes reaction slower. The computer can, of course, a program that it would start to compile the database by using the first letter of input to target the input in the certain point of the database, and computers would compile databases by line-to-line.

If the thing what is searched is input in the right way, the database will find the data immediately. But the problem is that the operator can input the thing by using wrong letters or miswrite the things in the wrong way. And in those cases, the database would be compiled by line to line, or there will be the error message. Or in the search form would be asked a couple of more parameters like customer number for making sure that something comes out.

And in the case, that secretary would make a writing mistake the system can suggest the thing, that "it is not the right name, but the customer number seems to belong to the person "XYZ", and do you wish to correct the misspelling"?. This might be one way to handle things where is important to be extremely sharp.