Use of biometric data for making things more secure.

Use of biometric data for making things more secure.

Biometric data is a very good way to identify the users of some devices. But the question is what is the dark side of that kind of data? The thing is that the biometric data can be collected from the devices, and compare it with the databases. And things like fingerprints are coming to the identify method also in the private sector.  That means that also the private corporations can start to use the recognition method, which has been reserved for governmental use, and that kind of thing is causing discussions in the public media.

Fingerprints are a really good way to make tools secure. That thing is not able to fake. And also biometric data tells is there some other person, who is handling the device, which uses biometric recognition of users. That system can compare the fingerprints of people who are using the mobile devices of some firm, and that thing tells, who is borrowing the telephones of other users. In this case, the computers of the company require biometric recognition by using the mobile telephone of the firm, if they want to use the data, what is confidential.

Biometrics is a very effective tool for making things safe. And when things like fingerprints are used to open things like the mobile telephone, there is a possibility that if the telephone has been reported to be stolen or missing the system will send that data to the authorities, which will track the mobile device and arrest that person. But there is a possibility to use the fingerprints, what are stored in the system for tracking people who have made illegal actions.

This kind of thing is a really interesting point of view when we are thinking of the possibility to make the Internet more secure. The thing is that data is ever totally free, and there is no absolute freedom in the net anyway, and that means we must understand that some kind of control is necessary. If things like mobile devices use top security like a biometric key, that means that the fingerprints of the user can send to the Internet, and they can be compiled with fingerprints, which are taken from the crime scene, without telling that thing to the person or police chief. This is the thing that people must understand.

Authorities are not always telling things, what is true, even if they are under democratic control. The thing is that the voice recognition can also be used to track people who are calling the disturbing phone calls. If we would connect this thing to profile, the authorities can focus the surveillance on the people, who are denying permission to use their biometric data to solving crimes.

This means that authorities might ask permission to use that data, and if the person denies that thing, this tells that the user of the mobile device has something to hide. Also if the person writes texts, what are supporting crimes, that thing tells that there is something to hide with those things or there are persons with suspected connections to criminals. And this makes this kind of thing very useful to target the surveillance to those people, who are more suspicious than others.

Image:

https://www.cpomagazine.com/wp-content/uploads/2019/02/landmark-ruling-on-biometric-data-gives-citizens-the-right-to-sue-tech-giants_1500.jpg

Diatoms have given inspiration to the most impressive nanomachines, what is remaining somewhere in the future.

Diatoms have given inspiration to the most impressive nanomachines, what is remaining somewhere in the future.

In the movies, we are seeing structures, what can fix itself. The idea of those structures is that they are created by using small robots, what is knowing their place in the structure, and the artificial intelligence would control the entirety. In theory, this is not harder than making 3D-puzzles by using a robot hand, but there is one little difference between the puzzle and the self-fixing structure.

The difference is that every part of the structure must move independently, which means that there must be a power source and mechanic parts, which is making it possible to move every each particle in the right place by using microchip controlled systems. And when the particle is in the right place, it must be locked in that point in the structure.

So what kind of robots that system would need? Those robots might have metalcore, and inside it would be the small silicone bag, which is controlled by microchip. In the core would be little holes, which allows the silicone to come out, and move the thing in the place. And then the top of the silicone tuber is the small metal bite, which will allow locking those tubers in the right place to another nanorobot.

But the problem with those nanomachines is they are needed a very large number. If we are thinking of the nanomachines as the builder of structure, we must realize that the size has a mean. If we want to make nanorobots, which can make very complicated and flexible structures, we need a very small machine. And that's why producing those things are really difficult.

Even if we can think of the structure, and how it works, we must realize, that only the huge number of those creatures can make effective structures. When we are thinking about microchip controlled structure, where the silicone bag is covered by metal or carbon fiber core, we must understand that those machines need more than just those structures.

They need also system, which allows the robot to create the tumbler, what is acting like appendages of cells. That means that inside the silicone bag must be a system, that moves the liquid silicone to a certain point, where is the small iron bite, and for that, the system can use extremely small turbines. The controlling system can be computer-controlled. Some of those robots could involve quicksilver, which will allow them to swim in the right place. At first, the quicksilver would be released to the layer, and then the nanomachines would swim to the right places, and then the quicksilver would suck back in the chambers.

And if we would want to make the extremely advanced system, those metal bites might contain the RFID-system, what the miniaturized system can use as the mass memory. Another nanomachine would touch to those metal bites by using a magnet. But as I have written before, this kind of system is complicated to build, because of the small size of its particles. The energy would transfer to those machines by radio signal, but creating those very tiny machines would be very hard. And maybe terminator will be true after a couple of hundred years.

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.

Artificial intelligence as the tool of education.

Artificial intelligence as the tool of education.

MOOC (Massive Open Online Courses) and that thing is one version of open educational platforms. And those open educational platforms are allowing many changes and opportunities for the university for electing students, which can learn things like JAVA and other programming skills. Those courses are giving a high motive for trying the best because the best participants can take it to the student. But the open learning platforms are really interesting tools for many other things, and that allows corporations to test the skills of promising candidates, and there could be multiple ways to benefit those virtual platforms.

They can be used as a platform for multiple operations like innovation, control team and other cases, and the virtual environments are giving a chance to share online documents and connect the images of WEB-cameras to that meeting. And those virtual meetings would be a very important tool for controlling projects all around the world. In that environment, the system would also show every needed detail about projects and other things.

The thing is that the form of the educational and learning environment can be everything. It can look like a game, it can look like a programming tool or even the writing tool. Those games would meter skills of the making business, skills of making things and handle entireties. Those artificial-intelligence controlled systems can notice about the linguistic, tactical or technical skills when the person plays some computer games.

But when we are thinking about the possibilities, what artificial intelligence can give to educational systems, it can answer to FAQ:s for the human, and the thing acts like there is a database, where the human operator would write the answers to the questions. And that thing would record all answers, and then there would be a very big database about the questions, and answers, what has been introduced in the network.

The thing is that when the machine would be taught, there would be the ticket, what the question maker must fill. Then the human operator would answer that question, and then the asker will tell was the answer successful or not? That answer would be easy to give, and only the cross to the square would be enough.

Then the person, who would program the machine would make the keywords for that ticket. And then the machine would save it to the database. Or if the person uses remote use of computers for solving the problem, the clicks would be recorded, and the artificial intelligence would use that thing to other similar cases. That is called machine learning.

But artificial intelligence would help people to get the best possible education. Artificial intelligence can understand spoken language, and it uses for that similar application, what turns speech to text. And it can also use virtual characters on the screens, what mission is to confess people that they are talking with a real person. It can detect the changes of voice, and that tells if a person has some kind of problem.

If the image portraits a person, who is claimed to be violent or attacked against some member of the group, there should be happen something in the voice of the person. So this kind of tool might be effective lie detectors.  The system can search does one student needs more attention than others, and it can also control, are teachers answer the questions, and are they giving attention to every student coequally. The artificial intelligence would notice, how long would some teachers spend in the workplace of each student, or is some student without a group? Or is there somebody, who is always without attention?

When there is a question, what student makes, the first, what tries to answer is artificial intelligence. And if a person would not solve the problem, that would call the human teacher to place. But artificial intelligence can also notice if a student would not get a problem solved, and that person would not ask help. Cheating is a bad thing if it happens in the education process and artificial intelligence can detect those things right away.

The aviation of future

The aviation of future


The primary tool in the military and civil aviation is highly sophisticated artificial intelligence. The thing, that makes artificial intelligence so effective tool is that it can handle the robots, what are fixing problems and damages very sharply, but it can control the great entirety.

If we are thinking the artificial intelligence, that thing can make new aircraft more effective, even if there is old-looking aircraft. But as I have written before the human-shaped robot can also be used as the pilot of the aircraft, and that thing can turn every aircraft in the world to the drone. And it can communicate with controllers by using satellite communication, which could be internal or it can connect itself to the communication system of aircraft.

Below this text is the BAEs promotion video, what the aviation of tomorrow would look like. That kind of system might provide new kinds of advantages and opportunities, what is ever seen in aviation before. The nanotechnology will give the aircraft change to fix its damages, and the highly sophisticated artificial intelligence can make that kind of process without pilot even notices that there is some kind of damages. There could be so-called nano-latex, what is formed small machines, which could fix the holes autonomously.

Those mechanic spiders can walk inside the body of aircraft, and if there would be holes in the body, some of those robots would go to make the supporting structure in that hole, and rest of them would release the carbon fiber to that hole, and because of that the aircraft can continue its operation even if there are damages in structures. In some other, more conventional scenarios inside the body of aircraft would installed robot arms, which is equipped with 3D prInters, which can fix holes.

Those 3D printers can manufacture spare parts to vehicles and equipment, and in theory, they can manufacture entire cars and aircraft in operational areas, which makes those systems very effective for supporting actions near the operational area. They can be used to make almost every particle, which is needed for successful operations.

The modular aircraft can dock other aircraft wIth it Is also a really interesting idea. If we are thinking about the structure, what can connect and then separate parts of it for independently operated vehicles, we can think the opportunity to create aircraft concept, what can be used to every mission. If the pieces are together, that thing can use as the heavy strategic bomber.

But if the sub-parts of the plane would be released, they can act as well as the fighters and assault systems, and the thing is that this kind of system also allows replacing part of the aircraft during the flight. So if we are thinking about the use of that system in the military actions, those aircraft can carry heavyweight bombs to some area, and after bombs are dropped, those parts can be released and turn to very effective fighters. Also, those modular aircraft would be stored in smaller hangars, which will cover the existence of big bombers. This kind of new advantages might be more revolutionary than we ever thought.

https://youtu.be/Ia4Os7WkbEI

Can we create robots or computers that are more intelligent than humans? And would we need those systems for travel to distant words like icy moons of Neptune?

Can we create robots or computers that are more intelligent than humans? And would we need those systems for travel to distant words like icy moons of Neptune? 

This question is very interesting because we can connect the human-shaped or even bug-sized robot to the supercomputers by using mobile data connection and outsourcing the calculation capacities will give the ability to give even the smallest robots very sophisticated abilities. If we think the ability to connect the robots straight to human brains by using EEG-bandanas, we can think the case.

That the system would consist of the ability to connect human brains to the same interface, what allows remote-system controls the field-operating robots, that would give the robot more brain capacity than humans. And this thing has given ideas to the robots like "Data" in "Star Trek" movies.

Those robots would look like very emotional, but they would be the part of the craft"s central computer system. That device would communicate with the crew, but there might be some other missions of that machine. There has been introduced one of the most extraordinary things about the purpose of that kind of hypothetical robots. And that is the robot would act as the pineal gland for the central computer. The idea is that the robot itself is highly sophisticated microprocessor what communicates with the memory blocks of the craft.

And this kind of things would be interesting when we are thinking about a hybrid computer system, where the central computer would operate with a robot. This kind of systems might look like basically trucks. In the roller-coaster would be the central computer, what communicates with the human-shape robot, what will operate as a driver. A similar system might also installed in the normal-looking houses. This kind of ideas can be used as the base for ideas to send human-shaped robots to other planets.

Those particles or targets for intelligent space probes could be extremely cold moons of the distant planets. 

The idea is similar in many cases. The human-shaped robot can operate separately from the platform, where are the central computers. And also the system might get assistance for computing from the satellites and super-computers, what are on the Earth. The system might use many sensors for modeling the environment, and one of those systems is laser-scanner, which would model the area very effectively.

If the system operates on some icy moon, the quadcopters would use the frozen gas for the propellant of the rocket engines. The system might break water molecules or it can boil hydrocarbon or nitrogen ice by using electric arc. And this would make possible to fly above those distant and icy worlds like moons of Saturn or Neptune. 

Also, that robot would operate with quadcopters, what will scan areas, what is invisible for the robot itself. The operators, who are working with supercomputers, and the super simulations would use this model for creating the routes for those robots. When we are thinking about the form of this kind of robot or robot group, it might look like some kind of jeep and the human-shaped robots could walk around it.

The computers would be networked the human-shaped robots and the central computer, what locates in the jeep-shaped vehicle. That combination can send the "humanoid robots" to search for things like cliffs. And if those systems are operating on the planets, where are not life forms but there is an atmosphere, all of the parts of those systems might use nuclear power.

But if there is not the atmosphere, but there is water, the quadcopters could create oxygen and hydrogen for rocket motors by using electrolysis. In those cases, the system would take the bite of ice and melt it in the electrolysis chamber. Also, there have been ideas that if the ice is forming by some gasses like frozen nitrogen or hydrocarbon the system might use electric arcs for steaming that material, and that would make the probes fly above frozen worlds of the distant moons.

How advanced computing benefit and danger of society?

How advanced computing benefit and danger of society?

1. Advanced computing and networks are decreasing pollution

Working at the remote position at home decreases the production of carbon dioxide because there is no need to travel from home to work if the person uses the company's software from home. Also, the advanced networks allow following the use of the automobiles, and if there are some problems with that engine, the carriage would get that information immediately.

Also, the timing of the ignition can be extremely sharp, which would decrease pollution and raise the power of the engine. This kind of information is allowing to follow every move of the automobile, but this is one thing, what people must accept.

2. Collecting data would have a very big influence on the good and bad

When artificial intelligence collects data, that allows finding things like cancer it can collect data from many sources, and if the system is very highly intelligent, it can create the diagnosis and give cure automatically. Only thing, what artificial intelligence needs in that operation is the information, how the medical care must be given is the instructions about those actions.

In this kind of cases, artificial intelligence would look for disorders and abnormalities from many sources. It would look for a change of skin color and another kind of things. And it can find the smallest abnormalities in the X-ray photos. The thing is that artificial intelligence would ever tired and it would not make mistakes.

3. Profiling people can give horrifying weapons to the hands of evil people

Artificial intelligence can make a full-scale profile of the targeted people. This allows them to make things like the genetic profile of the person, and it can allow uncovering the vulnerability to some very extraordinary disease, and in fact, in the laboratories can form the special viruses, what causes death for the single person in the entire human race.

That kind of weapons can be perfect tools in the hands of assassins. And the psychiatric profiles would tell the artificial intelligence the methods of how to agitate violent behavior in the people's mind. There are many things, that only the computerized and fully automatized systems can notice, and those things can uncover many secrets, what people would not even think that somebody would want to cover.

4. Artificial intelligence can operate as lie detector

The things, what artificial intelligence can uncover are the chancing melody of the sound. And it can notice the things, like longer brakes between the words. That system can also detect things like fast movements of the legs and other nervous actions.

This system can create profiles, about the things, what some people are avoiding in the discussions. If the system can use databases, what is created by using eavesdropping, it can make compartments between words, what are used in the regular discussions with the targeted person. And if in some questions in the interview situations are different than answers than in regular discussions that tell the person has something to hide.

5. Someday the intelligent systems can communicate with animals

One of the most interesting thing in artificial intelligence is that it can communicate with animals. This system works that it will record the sounds, what animals are using, and then it would follow the actions of the targeted animals. That will allow the system to hack or break the linguistic communication of animals.

When the database is collected, the computer can send those sounds by using loudspeakers, and then it would control the animals in that situation. The sounds what predicts the hunting or fight can be sent to those animals by using loudspeakers, and that would be used in the really bad actions. There is a possibility to move the dangerous animals in other places by using their own communication. But this technology can be really horrifying in wrong hands.

Cognitive systems

Cognitive systems

https://controllingsociety.blogspot.com/

What are cognitive systems?


Cognitive systems mean the system, what is learning things. That means that if the system fails, it would not try again with the same methods and tools. That kind of things are calling as selective simulations, and the principle is that the machine would eliminate thing, what would not give success to the mission. In some examples, the machine would try to tighten the screws, and it must change tools for that.

Maybe it would try to use the wrong tool for that job, and then it would not try to make the action with the same tool again if that thing fails. In this case, the system would work with the image recognition system, and that thing means that the computer is collecting the database about the tools, what it has used in this mission. So what the cognitive system mean? It means the system that collects the database independently and spontaneously.

Artificial intelligence works backward and makes database 

This thing would make the learning machines very effective tool. And if we are thinking about neural networks, where independent systems are changing data together, and combine the databases, what they are collected, would that thing very fast learning a combination of computers, what is connected with different sensors. When the system collects the database independently, it could help people in many jobs.

The independent learning systems can operate backward, and collect the data from the writings, and CAD drawings what the person like engineer makes, and then search the problems and errors compiling the solutions with the database, what might be collected from the accidents, what has been happened with wrong made electric installations, and the system can tell the engineer, if something goes wrong and the electric system would turn dangerous.

The system learns from errors 

 Or it can tell if in some part of the project would be spent too many materials, and that would be told to the planner. Also at the beginning of the project, the system might tell, if there were problems with similar sites. In the world of the military, artificial intelligence would notice what kind of troops were the most effective, and also the ages and backgrounds for every person can be collected, because the computer uses that data for creating the perfect choice for every each mission.

And in this case, every detail of the warrior's profile can be and the effectiveness of the equipment would also be saved to the database, and that allows the artificial intelligence tell the military leaders, what kind of troops that commander must choose for missions. That means that the system is looking for similarities of the combatants and equipment, what have got effect against the certain type of enemy, and that would also allow choosing perfect men for each equipment. The same way the civilian company would select it's workers that way, that the work would be done most effectively.