Most of the internet traffic. It is. Not made by humans.

Most of the data that travels on the net involves information that has nothing to do with humans. That data is invisible to us. It involves things. Like system updates, system information. TCP/IP checklists. Resending TCP/IP information when checksums don’t match. The checksum tells. That all data reached its goal. If. The checksum doesn’t match. The system resends information. 

The dead Internet conspiracy theory. There, most of the net is AI-generated bots. The AI-created texts, videos, and applications seem human-made. We create more content than ever before. But we must accept that most of the data that we deliver is images or movies. Today, AI can generate almost everything by following instructions. That people give them. AI  can create. A 100-page novel. In a very short time. So if we give ten words as an order to create a novel. The length. Of that novel is about 100 pages. 

Who makes the work? Is it me or AI? At this time, we must say that most of the work is made by AI. And that is one of the problems. If. We say that we create more and more content. The maker of shared content is more often AI. But is the net dead or alive? We could calculate the data that human users create by writing themselves. Or how much data human users use or share? When they share real photographs. And then we can compare that data mass with the data. 

That AI-generated texts and images involve. This means that the internet is dead. If most of its content is made using AI. But then we must realize that AI can surround data. AI can use images and texts. That it made. And then generate new images and texts by using other AI-generated content as a model. The problem with that advance is this. The AI follows page rank. To make images and content that pleases users. This means that this thing accumulates AI-created content. 

And then we must draw some conclusions about the dead internet. Is it just theory? Or something that we misunderstood? Most of. The internet traffic. Is other than communication between people. That content involves the machine BizTalk. That BizTalk is invisible to humans. This means that most of the data that moves on the net. It is something other than social media. Media, or something else. Than humans produce. 

Sometimes dead internet means homepages. And emails and other content. That the owners are forgotten. Especially in the early years of the net. People opened many emails and created homepages. That are still there. But those people have forgotten passwords. Or those passwords and usernames are hosted. By. Companies that no longer exist. People can open emails and forget passwords. People can open workspaces and homepages. And then. They forget those addresses. Sometimes people. Just change their phone numbers. And then they have no access to data that still exists. 

Dead code is one of the things. that uses lots of space. That dead code. Means code that is in the computer program. But that code is neutralized. It forms an empty line in that code list. This neutralized code fills hard disks. We cannot ever see those code lines. Sometimes. They are neutralized because the programmers are in a hurry. This means. They must turn the code into an “instruction line”. These kinds of things affect the checksums that TCP/IP sends. When. It must confirm that the data traveled. Between. The receiver and the sender. It is not changed. 

The information storage. In the network is impressive. But it's not endless. This means that the data storage can be filled. The data storage expands. But at the same time, people create more content. AI-created. Content is more complicated and requires more memory than regular texts. 

Quantum-dot-based cryptography. Brings. Quantum internet. Closer than ever before.

"Cover highlight of the experiment. Single photons emitted by a quantum dot embedded in a photonic device are coupled into a fiber and encoded by ‘Alice’ into three distinct time-bin qubits. After ‘Bob’ performs the decryption, a sequence of quantum keys is shared between the users. Credit: Credit: Light: Science & Applications (2026). DOI: 10.1038/s41377-026-02205-9. Quantum dot–based time-bin QKD achieves stable, long-distance secure communication with practical performance. (ScitechDaily, Quantum Breakthrough: Unhackable Keys Sent Over 120 km Using Quantum Dots)

Researchers transmitted a quantum key over 120 kilometers by using quantum dots. This is a remarkable thing. The unbreakable internet is becoming a reality. In quantum-dot-based systems, the system uses a tool. That is like a pixel camera. The receiving pixel is against the transmitting pixel.

And the transmitting side can be the net of the nano-lasers. In quantum cryptography, the system encodes information into a physical object. In a quantum dot-based transmitter, the transmitter is like a computer screen, but the regular image pixels are replaced with nanolasers. 

When a quantum dot-based system transmits information. It can transmit it. As in the shape of a certain image. The image can be anything. The laser beams transmit that image to the receiver. This is one of the things that the system could do. The system. It can use different radiation frequencies. Like UV, infrared, and visible light. 

Or, even X-rays. The system can use photonic solutions. Their information is stored in a single photon. Optical systems are very hard to break by using eavesdropping. The quantum system could also use coherent radio waves. Or it can use coherent acoustic waves. 

The message can be shared over multiple frequencies. The system can also use spectroscopy as the encryption tool. The system can send an image of the object. But also the spectral image of the elements that form the object. This gives depth to the encryption. The key is the weakest point in the encryption. If the eavesdropper gets the key. That actor can open messages without permission. In quantum dot-based optical encryption. The eavesdropper must cut the laser beam. 

That changes the geometry of the information. And the system detects that thing. The quantum dot-based communication can also use this method. That information. Or. The TCP/IP protocol. Data packages are shared between different communication lines. Then the system sends them. At the same time. Or it can change the data channel all the time. So, when the laser transmits critical information, the other beams can transmit unnecessary data. And the eavesdropper must find the beam that sends important data from meaningless data. 

There is a possibility. Of using the so-called switched order to exchange keys. In that system, the system that normally receives information sends the key. The BizTalk goes like this: Transmitter: “Are you ready”? The receiver: “Yes. Here is the key”. 

In some versions, there is a third party, the encryption system, or keyholder , that shares keys. To the communication system. The BizTalk begins like this: “We (System 1 and System 2) want to talk, and we need the key”. Then, the third party in the system shares the key with those participants. In that case, the third party is the keyholder. That uses different communication lines than the system that shares other information. 

When the system uses quantum encryption, the problem is with the quantum keys. The system must get the quantum key to the receiver. There is a possibility. The system uses pre-installed keys. In this version, the courier transports the USB stick. That involves the key to the receiver. The system can use numbered images as the encryption keys. There are multiple ways to secure the key. 

The system can use a method. The number of images that it uses will be sent from the receiver. The system involves trillions of keys. And then it selects which keys it uses. On a certain day. The selector can be the receiver. There are multiple ways to encode those numbers. One is that the system must send those numbers at a certain time. And it can use a series of marks. There, the opponent picks only remarkable numbers. Those numbers can be replaced by letters. Or some other marks. 

https://scitechdaily.com/quantum-breakthrough-unhackable-keys-sent-over-120-km-using-quantum-dots/

Multi-dimensional light can offer secure data storage.

"Researchers developed a holographic data storage approach that stores and retrieves information in three dimensions by combining the amplitude, phase, and polarization properties of light. Credit: Xiaodi Tan, Fujian Normal University in China" (ScitechDaily, This Multidimensional Holographic Breakthrough Stores Massive Data Inside Light Itself)

Holograms, or multidimensional light, are tools that can store and transport information. The hologram stores information in multiple layers. And then the image recognition system observes that data. This is one way to secure communication. Secured communication requires multiple variables. The wavelength. Or the colour of the image, the image itself, and sub-images in the image are things that can be used for secure communication. The image can act as the bit. 

We can say that the image of Donald Duck. It can have a value of 0 or goofy. It can have a value of zero. The system can send those images in a series of other images. And. The receiving system picks only images that mean zero or one. 

"The image shows (a) the holographic data storage system schematic diagram, (b) a schematic diagram illustrating the complex plane for double-phase decomposition of complex amplitude and (c) an example of a checkerboard pattern for two phase values m and n. Also shown are (d) an example of the intensity distribution at the image plane and (e) an example of phase distribution at the image plane. In (f), the first (I) and second (II) records are shown, with the readout shown in (g). Credit: Xiaodi Tan, Fujian Normal University in China"(ScitechDaily, This Multidimensional Holographic Breakthrough Stores Massive Data Inside Light Itself)

The system can also use different images as flashes, and then. The system can measure the time the image is visible. The system must see. A certain image. At a certain time, it accepts the bit. The system that tries to break the code must have all information about the key that the system uses to open the messages. 

In this model, the time the image is visible. It is the thing that determines the value of the bit. If the system sees the image in 2 seconds, the value of the image in the computer memory is 1. And if the time is shorter, the value is 0, for example. The image that the system sees can also include a word or letter. And that makes it possible. To create an encryption process that is very flexible and effective. 

https://scitechdaily.com/this-multidimensional-holographic-breakthrough-stores-massive-data-inside-light-itself/

If you don’t know the entire system, you cannot protect it.

Cloud services can be more risky than anyone expected. When we use cloud services, data is stored in physical places. That data can be encrypted and stored across multiple physical servers or hard disks. In that kind of quantum security, data can be in small pieces. In  multiple servers. That thing makes it harder to collect data. Into one entirety. And the problem is in the systems. 

Which can collect those data pieces and deliver them to the user. The service providers have always had access to those systems. And in that case. If the attacker gets the service provider’s passwords. It's possible. That they can collect those data images into a new entirety without telling the data owners. When we talk about systems, we must remember. There are always humans who use those systems. 

A hacker must not be a qualified programmer. The only thing that the hacker must get. Are passwords. Another thing is that. If people who work on the opposite side of the world, in a service center. Will be cheated for making the backgates, that thing can open the system to the entire world. One of the things that can open the system is a simple phone call from a mobile telephone. That is forgotten on the table. If there are no passwords or biometric recognition, it’s possible. That a hacker simply makes one phone call. And orders passwords. and user ID:s.

Another thing in cloud services is the servers. Data can remain safe in the cloud. Another thing is that the data must be somewhere.  There must be physical hard disks in some data center. The data center is located in a physical country. And the security laws of that other country. It can be far different from the laws in the EU. There are many countries. Where authorities have 24/7 access to every server that runs in the country. In those countries. Security authorities can check data. That is stored in servers at any time, when they want. 

The data center can be in our homeland. The problem is with the access to and the data. That is stored in those data centers. Can be copied into the third country. The backup copy of that data can be set to transmit data to any server on this planet. And that is the problem with private corporations. The private corporation can act as a honey pot for intelligence services. And in worst cases, those corporations are controlled by North Korean intelligence. 

Those who work in a data service center can use a body camera to take images of the screen. And those images can be delivered. Straight away to satellites. The system can benefit mesh modems. These are installed in drones. In this case, the mobile telephone doesn’t even require a SIM card. The drone acts as a relay station to the satellites. 

In the dirty world of intelligence. The thing that the service provider doesn’t say means more. That information that consults are offering means something. But even more means things that are not mentioned. When we talk about intelligence services. Those organizations are government-controlled. This means that some governments have security panels. There are different authorities that share information with each other. The foreign intelligence search data of the opposition work outside those nations’ borders. They share data with security and other police organizations. And those police organizations share data with intelligence. 

There is a possibility. That intelligence blackmails some workers in data centers. There can be very bad things. That those people have done. They might use narcotics, and those things cause bad things like accidents. An intelligence service can simply request access to the systems. Another problem with private contractors is that. They do not have a similar possibility. To make background checks of employees. As officials have. This means those private corporations can leak data to any point on Earth. 

The target of marketing is always the masses, not individual persons.

In the point of marketing, we would not even want to use personal internet data. The marketing requires the mass-data or data where is listed products, what typical person or lead is using and what they don't use. 

That means the system requires information about masses, not individuals. The individual data turns the databases more complicated than they are without personnel id. Removing the personal data would there be removed on the table from the database. 

And that thing makes them fit to "kiss(ap)" (Keep It So Simple (as Possible))-model. If we think that one character means nothing in databases that might be true. At least, in the cases where we should handle about 100 lines of data. But when we are collecting data for marketing solutions we need data from thousands or even millions of people. 

And that means if there is some personal information, that makes thousands or millions of lines in databases. That means we might want to use some other type of data for aiming for that kind of marketing. We might want to use some tool to collect data from people. So we might want to know what kind of stuff a person like a typical heavy metal listener buys. 

When we profile some persons for marketing we can send those people queries. But the problem is how to make people answer those queries? And, of course, people should be honest while they are filling those queries. The problem is how to motivate people to fill those things? When we are collecting information for the marketing. we should know what kind of person is the typical user of the service. 

In the political world, the politician should know, who is the typical voter? What kind of things do those people value? And Brexit is made by using this method. The Cambridge analytics created the forms where was asked things that typical EU-resistant thinks important. And that thing made possible that Brexit was successful: multiple politicians promised many things. But they had only one common theme. Britain must get out of the EU. 

There are also made scenarios that Russian intelligence. Would make similar operation for breaking NATO. That means the values of the people. Who is criticizing or is against NATO would be mapped. And that thing would channel voted to politicians who are against NATO. In that system, the political campaigns of the politicians would be different. But there is one certain theme, and that is NATO-critics. In that kind of operation, the denial would turn into a synonym for the criticism.

In that case, we are interested in a typical heavy-metal listener, not individual persons. But how we can collect data about the typical people who listen to some kinds of music? We might put the link to the sale card that is shown in some music videos. There might be certain numbers, and by giving those numbers in some net storage the person can buy something small.  

Or they can use that code as a sale card. The data where that sale is used would be stored in databases. The system can collect data about things that those persons buy, what things are their favorite colors, and other kinds of things. The thing is that this thing is called user profiling. The profile of typical users is helping to aim commercials for the homepages. 

https://www.analyticsinsight.net/what-is-psychographics-how-can-you-gather-psychographic-data/

https://thoughtandmachines.blogspot.com/

40 silent minutes, what changed the world.

When K-computer simulated human brains were the ordinary day. For that simulation has the group of scientists used many years, and there was nothing dramatic for that process. There were no flames outside of the laboratory and computer center. And during that simulation, nothing dramatic happened. But those seconds might be changed the world by the more influential way than any moon-flight ever changed. The system was the best in business, and it was located in Japan. The mission was to simulate the functions of the brains. The research team was composed of German and Japanese scientists, and it worked by using K-computer, what has 84 944 core processors for that simulation.

It took 40 minutes to simulate the one second of the human brain activity, and the scientists had got the world fastest supercomputer in use when this happened in 2013. The supercomputer was so-called K-computer and that was the fastest and the most powerful computer in that time. This was one of the worlds most remarkable seconds in history, and that was one of the most advanced steps in the research and investigation of the neuroscience. That thing has not seemed very dramatic, and nothing seemed to happen outside of those calculation units,  but there were spent millions of hours of work, millions of calculations have done, and millions of minutes were spent by taking the MEG pictures and collecting other data from the human nervous system.

The spending 40 minutes for one-second simulation doesn't maybe seem a very effective way to use computer time but in the future, that kind of simulation would make possible to create thinking machine". The computer what can learn things, and process the information, what it gets, and make conclusions, what is called thoughts by using that information. But there is far to the human brain capacity. Human brains have the capacity to think abstract things and this ability separates us from other species.

This is the problem with artificial intelligence. We know that feelings have a role in our thinking process, and if we would give feelings and ability to think abstract things to some computer, that thing can transform the thing that wants the power. Feelings and ability to think abstraction gives computers greed for power, and that might cause the situation, what is like from the "Terminator"-movies. The rebellion of the machines is one of the worst nightmares of artificial intelligence.

Sources

https://io9.gizmodo.com/this-computer-took-40-minutes-to-simulate-one-second-of-1043288954

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

Picture I

https://static.electronicsweekly.com/news/wp-content/uploads/sites/16/2015/07/K-computer2.jpg

Strange things about WikiLeaks

https://metsantarinoita.blogspot.com/

Kimmo Huosionmaa

WikiLeaks has brought to the people know the things, what the government would want to hide, but there is one big mystery in this website: why it is not banned by DDOS-attacks? When the governments and private security corporations Emails were delivered to WikiLeaks, it was targeted the short period DDOS-attack, and in some claiming, some of the files were removed or changed during the attack, and in those files were some very interesting knowledge of the co-operation between governmental and private security corporations, what are actually intelligence agencies.


Somebody has even claimed, that the  CIA has been behind the WikiLeaks and the reason, why almost all the files, what are published in those sites are American origin, but the thing is made for confessing the audience, that the USA would be the primary target for those uncovered secrets. This means that the purpose of publishing those papers is meant for countenancing the persons, who want to steal the papers from the Pentagon or NSA send them to WikiLeaks, where counterintelligence has very easy to find those documents, and then I must say that those files can be used to track the information thief.


This means that in every single file may have the unique code, what is unseen for normal computers. But if the person has the right program, would the number of the handler be seen on the screen. And that number allows tracking the person, who has been downloaded that file, and also foreign partners have their own numbers, that the NSA can track the persons, who deliver the secret material to the Internet. That's why those papers must no be delivered to the Internet.


Those PDF-files seems like the normal, but the NSA:s main computer makes there the covered digital signature in those files. That's why everybody must know, that there are many secrets, what is very interesting, but those papers are meant for confidential. And in the real world, we must ask, is it better to track people by using electronic equipment, or is it more comfortable to make a very large police force, what comes to the people's home for searching the missing persons. This is one argument for supporting the surveillance of the people. But sometimes is clearly seen, that the terrorist attacks are supporting the growing security business.


Those corporations collect very much data, and that can be used for many things. If the information, that is collecting by using Trapwire, would contain business secrets, and somebody would sell those secrets,  some corporations will get very much benefits in their work. And this is one of the most concerning things in the world. If some private intelligence would sell those pictures and data, that would give the very good position for that corporation, that buys those pictures and data from the security corporations.


If some corporations would get too close cooperation with the government, that company would allow accessing the data, what is only reserved for governmental purposes. This means that the surveillance cameras can also collect data from the screens, and in those cases, there would be no sign of the security leak. So those servers data security, what operates surveillance cameras must be extremely highly secured. If the information would leak from secured areas, the benefits, what some company would get are extremely high.