The hybrid cloud is one of the key elements in the metaverse.

Hybrid could mean the entirety of the virtual workspaces, computer centers, and physical tools like robots and 3D printers. The internet of things means the possibility to order any possible tool from the internet. And then print it with the 3D printer. 

The fact is that the 3D printers that can print metals like kettles are so expensive that 3D printers will never become every-home tools. We can download 3D CAD drawings from the net and print them using 3D printers. But who needs new tools and merchandise all the time? 

Some business leaders said. That we will very soon see the end of the mobile telephone. Maybe the next generation portable internet is based the interactive VR systems that are more flexible than modern mobile devices ever can be. The interactive VR system can contain a lightweight VR headset that can contain the user interface that can react the eye motions. 

There could be two cameras that can make a stereo view. And then the user can also give commands to that system by using speech. Or simply writing letters to air by using simple fingers. That kind of user interface makes it possible to draw things to air by using hand motions. 

The person can use gestures to activate the user interface mode that is the most suitable in certain situations. And things like mouse movements can simply make by using hands and fingers. That kind of system is necessary for noisy places. 

There is a possibility. What if the user interface can interact with Broca's and Wernicke's areas in the brain? The system can use the BCI for taking commands. Wernicke's areas are the areas that are creating speech. 

And Brocka's area is the area that understands speech. Interacting with those two areas allows the system to follow commands and tell the answers better than just following the voice commands. The system decodes signals that are coming from Wernicke areas. And the person can give commands to systems by using brain waves. 

The next-generation computers can be flexible and easy to install in clothes. In the future jackets can have pockets where the user can put small computers that are maybe less than 5-inch. And those computers can communicate wirelessly with headsets. 

The AI-based hybrid networks can exchange information. And that makes them very flexible. 

The VR gloves make it possible to remote control robots from long distances. By using those gloves person feels what the robot is feeling when it touches something. The things like data rooms where sensors are following the person's movements and make it possible to control robots without any visible interface. Except for data gasses. 

But the fact is that things like welding robots might be highly automatized. They can keep the distance between the layer and the welding electrode right. The person who controls that robot must only move the welding machine, and the robot makes other things like adjusting the system's electric power. And the speed of welding. 

When the person will order some tools like kettles from the net the 3D printer works in the machine shop. When a customer buys some custom kettles. The AI would make the 3D CAD drawing of that merchandise. Then that printer makes the merchandise. 

And the laser systems will finalize the work. Then the system delivers the order to post. This is the thing that makes the next-generation hybrid clouds interesting. Theoretically, there are no limits to the capacity of this kind of network. When this kind of hybrid network that controls the cooperation between virtual and physical systems requires new skills, it must just connect the new network with it. 

If the hybrid network needs to move some merchandise from some place to another it must just see. Needed things for that operation. When the system sees that it needs a lorry, it just calls the network. That has lorries under its control. And then it orders it to send the lorry to the place. The network can copy the driving software of the lorry in itself. And those kinds of things are making network-based AI so flexible. 

https://designandinnovationtales.blogspot.com/

The number of ADHD diagnoses rises because of publicity.

Today I read an article with the topic: what are the symptoms of ADHD? That was not the first time when things like ADHD played a big role in the media. For some reason, ADHD is so public diagnosis. And the media is full of stories about those things. 

The media is full of stories about ADHD or some other psychiatric or neuropsychiatric diseases. The attitude toward that diagnosis is how it limits people's life. 

And that thing causes the situation where people observe themselves and other people. Looking for the marks of those symptoms. ADHD is the thing that explains everything. And in many stories, ADHD will affect jut in later life when a person starts their educational studies. 

The media is full of stories about when "Jack" or "Jill", 27 years old, went to the hospital. And there was diagnosed with ADHD. Then Jack continues his life in the workroom and leaves his studies. That was so stressful that he couldn't manage those things. And then, their life continued in a safe community. The home assistant visits two times per week. 

This means that ADHD is a diagnosis that is media-made. The great publicity causes people are searching for those symptoms more often than before. Maybe some people have this thing, but because all newspapers and media tales are full of that kind of thing, that causes the situation where people go to the doctor more often than before. 

In the world, millions of people are sent that kind of test, for testing things like ADHD. The reason for those tests is simple, some teachers, social workers, or neighbors who read those kinds of things from the newspaper are suggested that the person has this kind of symptom. 

The fact is that great publicity increases the number of certain diagnoses. The reason for that is that many media stories about some diagnosis increase number of persons who visit in doctor because somebody suspects that the person has this diagnosis. The same thing that happens with ADHD sometimes happens with cancer. 

When the media is full of stories about cancer and other kinds of things some neighbor sees that symptom, and then that person tells a story about the person like a cab driver, etc. who heard it from somebody else. The tale is about this person who sneezed, went to the doctor, and there was cancer in both lungs. That is one of the urban legends. We know that there should be some other symptoms on both sides of lung cancer than just sneezing. 

Maybe that thing has some kind of effect on the physical condition.  But then the person who wants to avoid arguing with a neighbor will take the time for the doctor, and then spend a couple of hours in cancer tests. That thing means that person gives some blood tests. 

But that thing causes loss of tax payer's money. And lot's of waste of time. The fact is:  we should not always go to the doctor when some people say that our symptoms seem like something. 

https://www.is.fi/menaiset/ilmiot/art-2000009155449.html

Working life will never be the same again.

Remote work is one of the enormous upheavals in history. The person can sit at home and communicate with workmates. And that kind of way to make things please employers. That thing saves money because offices are not needed anymore. 

The thing is that companies require more and more effective work. If the person can concentrate on work, remote work is where the person can start their work at home. And in that case, the person doesn't need the working trips and parking lots. That makes the work more cost-effective. 

And things that the leaders can see all the time, what their henchman does, make remote work effective also for production. The team leader can see if the person is out from the screen. Or by using a remote desktop the boss can see if the henchman is working or playing some games? 

Remote work is challenging because that's a different way to work. But if somebody says that it is needed too much independence, we must say that independence is needed in every single work in working life. 

When the micro support turned remote operating, removed the technical reasons why people should go to work physically. Virtual workspaces and other kinds of things are powerful tools that users can operate from home. 

And when we are thinking about the offices we forget that people who are working in offices are alone most of the working day. So the only thing that is needed is the internet and a laptop computer. And the remote workstation is ready. The fact is that we must adapt to the requirements of modern working life. And remote work is here to stay. And we must just accept that thing. 

Insect swarms can electrify air the same way as thunderstorms.

The reason. Why electricity in flashes of lightning is so powerful is that the thundercloud loads electricity into them until electricity travels to the ground. There is the possibility that insect swarms would get the same electric load as thunderclouds. If insects are flying at high altitudes and radio impulses are hitting them. That can raise the electric load on their body to a high level. 

When small insects flap their wings. They can form static electricity in their tiny hair. The insect's hair acts like all other hair. And when it moves, it forms static electricity. Even if the voltage of one insect is not very high,  billions of insects can form quite a high-power electric phenomenon. 

There is also possible that static electricity forms the ion channel in the air which conducts lightning to a certain point. Even a weak ion channel makes the point where electricity can travel easier than elsewhere. And that thing can cause problems with communication systems. 

Insects are searching warm places. And the electric field can disturb high-speed data communication. Also, there is the possibility that insects can aim lightning at that communication equipment. 

Also, insects themselves can load with electricity. When insect swarm flies in the electromagnetic field like radio waves that radiowaves load electricity onto their bodies. When radio waves are loading electricity onto the insect's bodies they face a similar effect as starlings when they are sitting on electric wires. 

They will not get an electric shock because they are not touching the ground. When starlings touch the ground. Electricity travels away from it. 

The electric load continues to grow until it would hit to ground. But the insect itself will not feel anything. But when that insect sits on something. Electricity travels out from it. And if that thing is some kind of electric device that electric shock can disturb or even destroy the system. 

https://www.sciencealert.com/insect-swarms-can-electrify-the-air-as-much-as-a-thunderstorm

https://artificialintelligenceandindividuals.blogspot.com/

Can M-type red dwarfs have habitable planets?

Artist’s illustration of a young red dwarf stripping away a planet’s atmosphere. Credit: NASA, ESA, and D. Player (STScI) (ScitechDaily.com/Discovery Could Dramatically Speed Up the Search for Extraterrestrial Life)

Young  M-type star erupts very often. And those eruptions can strip the atmosphere off their planets. But otherwise, those small stars are extremely long living. And there is always the possibility that those exoplanets could re-form their atmospheres. The reason for that is when an M-type red dwarf goes more mature. It turns restless. 

But young M-type red dwarfs are very active. And that makes forming life on their planets very hard. Also, the gravitation of a red dwarf is not as powerful as the Sun's gravitation. So if an exoplanet form too far from the M-type star it can just fly away and turn into a rogue planet. 

In this text, the main focus is on the forming of liquid water. That thing is one of the primary elements that make the form of life possible. The primary element in this process is that the temperature on the planet is suitable so that hydrogen and oxygen can burn and form water. 

When the planet is locked, there is the possibility that the heat of the star will blow its atmosphere away. The supermassive exoplanets or super-earth can also have oceans, but there is the possibility that those oceans are so hot that there are no lifeforms. When we are thinking about Gliese 436 B, an exoplanet that has hot ice on its surface. In that case, the planet's gravitation will pull water to ice. In those conditions, the gravitation denies the vaporization of the hot ice. 

There is also the possibility that some massive water worlds have conditions where there is ice on the bottom of the ocean. In that case. Massive gravitation with water pressure makes ice to the ocean's bottom. And if the ocean covers the entire planet. It acts like the gas giant's atmosphere. 

Gas giants' atmosphere rotates at different speeds in each latitude. That thing is visible in image two where you can see Jupiter and its stripes. The windspeed in each latitude is different. 

And that forms stripes in their atmosphere. A similar effect can happen in water planets' oceans if it covers the entire planet. That means there would be sectors where the water speed is different and that causes massive friction. 

And if the deep water layer covers the entire planet, the friction between different water layers will turn that giant ocean into an extremely hot place. And in the case of large super-earths gravitation will keep water liquid even if its temperature is far higher than the vaporization point on earth. 

Image 2 Jupiter is a typical gas giant. 

Those giant oceans are forming clouds and the nightside of the planet is freezing. So those things stabilize the temperature of that planet. But then we must realize that gravitation on that planet must be suitable so that the vaporization of water happens in the absolute right temperatures. That temperature is important for enzymes. Also, if the planet's gravitation is strong, it will pull the atmosphere to flat. Of course, the gas in that atmosphere is extremely thick.

But there is also a super-earth with no atmosphere for some other reasons. In the cases when there are exoplanets without water there are no clouds. And clouds are things that protect the planet's surface from powerful radiation. Also, the atmosphere transports heat to the night side of the locked exoplanets. And the gas layer will stabilize the temperature of the exoplanets. 

If a very young exoplanet goes too close to the M-type dwarf that thing can blow the gas layers from the exoplanet. The M-type dwarf is one of the most typical stars in the Universe. And almost all researchers said, that there could be no lifeforms on those planets. The reason for that is those planets are locked. 

But as we know, many variables affect the forming of the atmosphere. There is a time window when the water can form in the atmosphere of exoplanets. If the planet is too hot the radiation from the star can blow its atmosphere away. 

In the case that the planet is too cold. Water cannot form from oxygen and hydrogen. 

Image 3. Planet Mercury

So researchers think that M dwarf blows the atmosphere away from its planets that are in the habitable zone. So in those cases, the planets share the fate of Mercury. 

Planet Mercury is a very small planet. There is the possibility that Mercury ever had an atmosphere. The radiation pressure that comes from the Sun is higher than red, M-type dwarfs. The sun is a G-type star with a surface temperature of 6000 K. And it's much hotter than M- type red dwarfs. The surface temperature of M-type red dwarfs is 2,400–3,700 K. 

And an M-type dwarf is not anything like the Sun at all. It's far smaller and it's colder than our sun. So the data collected from the Sun should not compare with M-type dwarf stars. 

The solar systems of those stars are small. In the solar or stellar system of the Gliese 581, three confirmed exoplanets would fit inside Mercury's orbital. There is the possibility. That there are Earth-size exoplanets with an atmosphere around the M-type dwarfs. 

https://scitechdaily.com/discovery-could-dramatically-speed-up-search-for-extraterrestrial-life/

https://www.sciencenews.org/article/water-world-extrasolar-planet-loaded-hot-ice

https://en.wikipedia.org/wiki/Gliese_581

Image 1: https://scitechdaily.com/discovery-could-dramatically-speed-up-search-for-extraterrestrial-life/

Image 2: https://en.wikipedia.org/wiki/Jupiter

Image 3: https://en.wikipedia.org/wiki/Mercury_(planet)

https://astronomyandtechnology.blogspot.com/

NASA's X-57 "Maxwell" all-electric aircraft can be the pathfinder for next-generation aircraft.

Image 0) X-57 "Maxwell"

The next-generation technology will turn the dream of a "one-hour world" possible also in physical form. The next-generation hypersonic VTOL systems can be more revolutionary than some SR-72 or some other systems alone. 

If we think about modern technology, that thing makes it possible to create an aircraft with the capacity for hypersonic flight, low-speed flight, and vertical take-off and landing. That thing is quite easy to solve. There is needed only three series of engines. 

Regular jet engines, ramjet- and scramjet engines can be used in stages. At first, the regular turbojet will accelerate the speed to Mach 1,5, where the ramjet can start. Then the ramjet will accelerate the aircraft to Mach 6-7, where the scramjet can begin its operation.  And the VTOL system can use blowers that make the aircraft operate silently above the city. 

Image 1) SR-72 

The systems developed for "flying cars" can use for larger-scale aviation systems development.

The blowers used in some experimental "flying cars" can have two engine series for flying, in that case, the system uses blowers for lift-off and low-speed flight. And then it can turn to use micro-jet engines. 

Blower-based low-noise systems are giving those "every man's" flying machines a top speed of 200 kilometers per hour. Those little systems' speed can easily increase by using two engine series to 600 kilometers per hour. The flying car will rise into the air by using the blower system and then turn to increase its speed by using miniature turbo jets. 

Image 2) Convair B-36 "Peacemaker":  note push-propeller system.

The speed of blower-operating micro-aircraft will remain at about 200 kilometers per hour. But that kind of system can also equip with small jet engines used in cruise missiles. So, when the pilot wants to turn to a travel flight there is possible to change the engines. When the distance to the city area is high enough pilots can turn to use those turbo jets. 

If the regular aircraft has this kind of blower system, it can lift off by using blowers. The aircraft can also cruise above the city by using blowers. And then outside the city area, it can start its jet engines. 

Image 3) Flying car concept.

So, there are tested things like pulling propellers for creating the airflow that speed is fast enough that ramjet engines can start their operation. Those systems are basing fast-rotating cavitation propellers that make a vacuum or cavitation bubble behind the ramjet engine. And those propellers can pull the airflow so fast that hydrogen starts to burn in the ramjet engine. 

Another solution could be the plasma-jet engine. In those systems, the engine creates plasma by using an electric arc. And then magnets will drive that plasma behind the engine. 

Image 4) SR-71 "Blackbird"

The main problem with SR-71 was that aircraft couldn't operate at low speeds. The problem would be solved by connecting the regular jet engines to the SR-71-style aircraft that can operate at incredible speeds. 

In air inlets of regular turbojets could be an iris that closes air flow to turbines when the aircraft's speed is too high. And if the aircraft would operate by using ramjet or scramjet systems the rapid air turbine could give electricity for the avionics of that aircraft. 

https://scitechdaily.com/nasas-x-57-maxwell-all-electric-aircraft-powers-up/

https://www.techradar.com/news/boeing-and-bells-flying-cars-will-be-the-first-of-many

https://en.wikipedia.org/wiki/Cavitation

https://en.wikipedia.org/wiki/Convair_NB-36H

https://en.wikipedia.org/wiki/Lockheed_Martin_SR-72

https://en.wikipedia.org/wiki/Ramjet

https://en.wikipedia.org/wiki/Scramjet

Image 0) https://scitechdaily.com/nasas-x-57-maxwell-all-electric-aircraft-powers-up/

Image 1) https://scitechdaily.com/nasas-x-57-maxwell-all-electric-aircraft-powers-up/

Image 2) https://en.wikipedia.org/wiki/Convair_B-36_Peacemaker

Image 3) https://www.theguardian.com/travel/2019/jan/11/uber-partner-bell-reveals-design-for-flying-taxi-nexus-ces-vegas

Image 4) https://en.wikipedia.org/wiki/Lockheed_SR-71_Blackbird

The interesting thing in quantum entanglement is the string that connects superpositioned particles.

The centripetal force acts in all particles. And if the rotation speed is high enough, that thing causes the situation where even elementary particles are forming the channel. 

Quantum entanglement is one of the most useful phenomena in the quantum world. In that "spooky effect of distance," the system puts the elementary particles (like photons, quarks, electrons, etc.) to oscillate in the same frequency. That means the same elementary particle is at the same time, in two different positions. 

Also, things like electromagnetic fields can put to superposition. When two elementary particles are superpositioned and entangled that thing happens by using electromagnetic fields like laser rays. Photon or electron clouds are also forming electromagnetic- or quantum fields. And those things can use to put even complicated quantum systems into superposition. 

Theoretically, superposition is possible also between quark groups. And theoretically, things like protons, neutrons, and other kinds of elementary particle groups can be superpositioned. So theoretically, also complicated quantum systems can put to superposition. 

But the thing that makes superposition interesting is that. There forms a string or wire between those superpositioned particles. And that string makes them act like some stick. When another particle at the end of that stick is moving the another will also move. 

But what is that string that connects those two particles? There is the possibility that the film where the water bubble spins and stays in its form illustrates that situation. 

Could there be a channel through black holes?

When a particle spins very fast that motion should form a channel through it. But if we want to make a channel through an electron. We must spin that particle at an extremely fast speed. So could black holes spin so fast that they can form a channel through the singularity? In that model, the fast spin of the object causes the situation where centripetal force pushes the superstrings away from its axle. The centripetal force could rip also quarks and leptons in pieces. 

But it requires an extremely fast spin. If those channels through elementary particles are true, they can offer limitless energy solutions. That means there is a quantum vacuum in the middle of particles that is acting like those bubbles in the water drop. And if there are small quantum lightning or strings between those particles those strings can collect energy from the quantum fields. 

When radiation or wave motion, which mission is to duplicate particles hits the primary particle it increases the spin of that particle. There is a possibility that there is a forming tunnel through that particle. And that tunnel forms a quantum tornado through space. When that quantum tornado impacts another particle, it will start to oscillate it. 

But is that string some kind of wormhole? That is an interesting question. If we think that there is a hypothetical transporter particle graviton, that transports gravitation, there is the possibility that the tunnel through electron or quark forms between hypothetical gravitons. If there is a graviton inside all particles, which have mass. The extremely fast spin will create a tunnel that unmasks the graviton. 

That thing causes interesting speculations of black holes. When we think about the possibility of the superposition of things like stars. We must understand that superposition is possible only between similar elementary particles. And superposition between quark stars is possible because those hypothetical stars consist only of quarks. 

Also, the black holes can turn into superposition. The spin of black holes is extremely fast. And that thing can cause a situation where superstrings or gravitational channels. That forms a situation where singularity can turn to the side from the rotation axle. 

In that case, that thing could form a channel through the black hole. But that thing is only a hypothetical model. The thing behind this model is that centripetal force affects all systems. And theoretically, even elementary particles can break into bites by spinning them fast enough. 

https://miraclesofthequantumworld.blogspot.com/

Why is strong identification important in the world of the internet?

Strong identification is the term that means biometric recognition. In the network's world, everybody is at a distance of 15 seconds. That means we can make contact with people who are 5000 kilometers from us. But there is a possibility that this person lives next door to us. And that means we must be careful and think about what we are saying or writing on the net. 

But then we must realize that there are no harmless hackers. Even if, we think. That there is nothing to hide in our network. We forget one thing. Hackers can break into harmless networks to use that network as a platform to attack. 

The attack can be:

1) Attempt to steal vital information. 

2) Deliver propaganda and disinformation.

Both of those hostile actions can cause the internet will be closed. By connecting a cell phone to the Google account and using a cell phone-based login protocol the account's legal owner gets information if somebody tries to log in to that account without permission. The modern "watchdog" system tells if somebody tries to log in to the system without permission. 

The use of modern equipment makes those systems safer. And things like getting access to Facebook or some other social media accounts by removing the sim card from the cell phone is impossible. 

Hackers can use stolen social media accounts to send messages to the victim's children and ask if there is a paper in the parent's room where the password for some more important user accounts is. The message could be that "hi, I lost my just changed password, and that thing is in under my notebook would you send it to me". 

And then the kid sends that password. So we should teach our children that they should not give any passwords to anybody. Also, tell them that they should tell those kinds of attempts to their parents. 

That kind of attack by using social media to cheat other people to seek paper, where a user wrote a password and shares their data in SMS or social media message. Is a forgotten way to use social media in attacks. In that case, the attacker might borrow a sim card or telephone. That was left on the table after the workday. 

The user must always change the sim card's pin code. If the hacker has access to the office. There is the possibility that this attacker just asks for a new password for the boss' account by using those sim cards. Changing a sim card between telephones is not difficult. And if there is some kind of service for a certain telephone number, the hacker will use that thing for the attack. 

In every company are lists of clients' data. That data consists the contact information like telephone numbers that people like car mechanics can call when the car is ready. And there is the possibility that the hacker makes a social attack against the victim. In that case, the hacker might try to ask for the passwords for some governmental facilities. If their victim is working in those places. 

And how do hackers get that name? They might follow the list of lecturers in open lectures. There might read information like the ICT specialist of some data security company that is the military force's contractor or military forces itself. Then hackers will simply ask for the password. But another thing is that there are no safety data accounts. 

If hackers can break things like the recovery account of Google account, those persons might steal that user's identity. Hackers can steal passwords during lectures very easily. They can simply take a film of the hand movements of the victim. And then they can use slow motion to see where the fingers are on the keyboard. 

So how to act in those places? The best possible thing is to use a biometric login. That thing is impossible to break. And the second best method is to stay logged in. In that case, there is possible to download another browser where accounts' users are logging in to accounts. Then the person can make notes. And then uninstall that browser if that thing is unnecessary. 

In the same way, the person can open their account for lectures and other kinds of symposiums. If there is nothing important, that thing minimizes damages even if somebody steals passwords. Changing password often is not reasonable. Users must always write new passwords somewhere. And if that thing is some kind of paper, there is the possibility that the piece of paper will go to the wrong hands.

So when should a user change the password? When that person worked somewhere else than their own office by using a computer, that is not their property. They should change their password. But that thing is necessary only if the user uses a password. The keyloggers cannot break biometric sensors. And that means bimetric identification is the tool of the next generation. 

https://fromplatoscavetoreality.blogspot.com/2022/10/why-is-strong-identification-important.html

The product is the tool for making business and without a product is no business.

All companies must have a product that they sell. Without product is no business. For businesses, the product is the tool that should bring money to the company. Without a product is no incoming money. The reason for that is that the product is the thing that brings customers. And customers are people who are giving money to the company to get products that the company will offer. 

When a person becomes an entrepreneur that person must realize that money that customers are bringing to the company is not a gift. Customers want those products. And if the product doesn't please them, they will choose some other deliverer for those things. 

Somebody says that products are unequal. Because companies want that people buy new products in the next year. That thing is an urban legend. But the fact is that the product is the base for business. And without product is no business. When everybody buys some product that thing brings it to every pocket. And finally, there is no sale anymore. And if the company is not selling products, that thing causes bankruptcy. 

So, if the company doesn't make new products, that thing causes problems. When some company offers computer games or mobile games, they must realize billions of users might load that game. But then everybody has that game, and why do they want to pay the same license again and again? Those users don't want to gift their money to the company. They want the product for their money. That's why the company must develop new products. 

So it's easier to make an unequal product that is easy to refine, and people are willing to buy the better product next year. If we think about cell phones it's easy to make a phone with a 60 Gb flash memory store. And then the next year company can make the same cell phone with a 120 Gb flash memory store. That thing saves the company from the costs of development. This thing is one of the most interesting things in products.

We must realize that technology turns more advanced. And advanced technology brings new abilities and advances in products. The new products are more tested and more secure than old fashion products. The fast-advancing ICT sector is a good example of an area where is no perfect product. And even the most-perfect products turn old-fashion very fast. 

But what if companies are making only perfect products? At this point, I must say that there is no perfect product. And sooner or later, even the best products turn old. When we think about the oldest mobile telephones the entire telephone turns old-fashion. 

The products are made a little bit worse than they could be. And that thing guarantees that people buy it next year. Maybe that thing is somehow right. But the product must give a response to the new type of threats, and it must follow standards. The information technology world is a race between hackers and defenders. 

When password protection became standard, the hackers turned to use social hacking like cheating the workers. They asked the passwords and misuse the data systems. So biometric recognition removed that problem. Maybe tomorrow we must use the password only once. That "once" is when we started to use internet accounts. 

And then, we will continue to use biometric recognition. The web camera can follow the user, and if the user changes during the use and continues to use the same account the system can tell supervisors that some wrong person uses someone else's account. 

Old-fashion mobile telephones are the risk. In old Android telephones, thieves must only remove SIM cards. If they want to get access to social media applications. If the phone itself is password protected, that gives better security. But there is the possibility that a misuser blackmails or cheats the password. So the next step is biometric recognition. The fingerprint makes it impossible to misuse the system. Or the misuser must be a registered user. 

This kind of system is telling if some other person will try to use the account without permission. The information of the attempt to log in to the system will be seen on the mobile telephone if the user uses a two-stage login. 

When people are not using old technology enough the network operators will remove the support from those phones. And the reason for that is the costs of the networks. When the operator maintains the network that thing causes costs. 

If there are no users, the costs will raise too high. Maintaining old-fashion systems costs money. And that money is away from some other projects. 

The reason why the networks developed all the time is that modern systems are bringing security. The new type of environment requires secured networks. And that thing must notice in the business and governments. When the Internet developed people trusted that governments are removing things like disinformation and other things from the net. 

But Putin's trolls, along with Chinese hackers, are shown that some governments are not trusted. When we are talking about "trust" trust is the thing that is always earned. Trust is not the thing that is just the world. 

When some of Putin's trolls are delivering disinformation or Chinese hackers will crack the systems people must realize that those actors are working for their governments. They ever are punished. This is why we must concern about the misuse of the internet. The new products must be safer, and we must prepare things like somebody misses a mobile telephone. 

https://designandinnovationtales.blogspot.com/