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/

Neuralink might be the biggest opportunity in history. Or it is the biggest catastrophe in history.

Elon Musk and Neuralink are preparing to test their microchip which is implanted in brains with people. That microchip can give the user the ability to control prostheses. And that thing is one of the biggest reasons why that neural link microchip is developed. That neural link system is also making it possible to control computers straight without keyboards or mouses. 

So it can be the key element in the BCI (Brain-Computer Interfaces) and BMI (Brain-Machine Interfaces). Normally the BCI and BMI are the same things. The BCI system is the only needed thing. And the brains can control robots through the computer. 

That thing gives fantastic but at the same time frightening visions in the mind. The thing is that this kind of system can collect data from the EEG. And that thing makes this kind of technology dangerous. In the wrong hands, the neural link system turns to the ultimate tool in the hands of dictators. But same time those systems allow us to make the external bodies that can go shopping for us. The thing is that the opportunities of the neural link are incredible. 

The neural link system makes it possible to make remote-control man-looking robots that can operate at the orbiter or on the deep ocean floor. That microchip can connect to GSM telephones WLAN systems and other kinds of things. It allows exchanging thoughts without a single word. And if it's connected to the AI-based decoder. 

That system can also transmit the data from the senses to the internet. So other people can see from their screens. What the user of the neural link is seeing and hearing. But those neural link systems have also their dark side. The system can also use to control a person very accurately. 

When we are thinking about the fictional Star Wars movies and the remote strangle that Darth Vader uses. The neural link can make that thing possible. The system would be gesture-controlled. And when the controller makes the right gesture. That launches the poison capsule into the body of that person. 

Have you read William Gibson's novel "Mona Lisa". That tells about a girl who could click herself straight to the internet. The thing is that the neural port chip makes that thing possible. If we think of the scenario. That may be in the far future every person gets that chip. That thing can cause the singularity of computers and humans. When we are thinking about the possibility that the entire human race will connect to one entirety that makes the most incredible things possible. 

If that system uses the "China brains". As the model how to interconnect people and non-organic parts of the internet. In the "China brain," humans are forming an entirety. And in that entirety. Every individual who is connected in the system acts as a macro-neurons. 

That thing makes the system very high abilities. The system can use the macro-model or extended part of the human brain to solve problems. If one neuron group is not enough the system calls more neurons or macro neurons for working with problems. That is one vision that the neural link brings in my head now. 

https://www.analyticsinsight.net/everything-must-know-brain-machine-interface/

https://arstechnica.com/science/2020/08/musk-says-that-neuralink-implants-are-close-to-ready-for-human-testing/

https://neuralink.com/

https://www.thetimes.co.uk/article/6625418e-7a9b-11ec-9998-b2483743c25e?shareToken=701a7848d7509810001aec33347d2414

https://en.wikipedia.org/wiki/Brain%E2%80%93computer_interface

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

https://thoughtandmachines.blogspot.com/

A couple of things, what you should know about a carrier IQ

Kimmo Huosionmaa

The thing, what is called a carrier IQ makes possible to track any mobile device, but that also allows actually to track any computer in the world, but this thing is not actually the reason, what makes this thing so frightening. This thing is allowed to make much more when it is connected to some other surveillance devices like surveillance cameras. The surveillance cameras allow taking pictures of the person, who is monitored, and also many things are basing the Carrier IQ.  Carrier IQ is like telephone number, it would help the routers and switches to drive the data packages in the right IP-address.

Carrier IQ allows tracking every single cellphone or other devices because the TCP/IP protocol makes the action, where after every single package of data would the device give the receive, that the all packages are successfully received. The normal thing is that when the server sends data packages to the receiver, would it send before every package the sum of the bits to the receiver. And after that, the receiver of the data transmission would send the sum of the received data, and this is the thing what causes problems.

The system can also the other data of the computer like the serial number, and this information can be used to track the person, who uses the computer.  Also, this protocol allows to see, what kind of films the user of the computer watches, and how long this person spends by looking the videos in the net. This data allows profiling every single net user, by using the data, what the device would transmit to the Internet. The thing bases, that the system knows every single movie clip, what the monitored person watches and homepage, where the net user visits.

For this action, what is called population, bases the matrix, that is made by using the information that is collected from a certain group of people. That group could be some ice-hockey players, military personnel or prisoners. After that, the data, what's collected from monitored person devices, and that can help profiler to make a profile the net user. And if the profile of the user matches with the group of serial killers or something like that, there would take the genome test of that person, because the reason for this kind of things is causing by the genome disorders.

Media and artificial intelligence

Kimmo Huosionmaa

Selective handling of data means, that in the tomorrow would be possible to use methods, what allows to filter images, what is prohibited to share from the picture, what shared in the social media. This kind of tools like very fast computers and sophisticated computer programs allow the automatized censorship for faces and other things, what danger the person's privacy.

Those systems can also be used to automatized identification of persons, and it can be used to ask people if they want to share their faces in the social media. But it needs the ability to recognize people and this might cause the leak of the security. If hackers can break the control-level of that kind of system, they can use it for tracking the persons. And another problem with this system is that it can be used with Predator- and other combat UAV, what can communicate with central computers of the Internet, and then find those persons by using the location data, and target the weapons to that target.

The system can use nuclear-powered drones for tracking that person, and when there is enough room around this person, would it open fire with missiles. The Predator is very easy to change ans the drone, what uses electric motor and RTG-generator for giving extremely long operational time,  and altitude. Computers can easily calculate the kill radius of the missiles, and open fire when the target is alone in the beach, and the support team or sensitive artificial intelligent program can call the target to the remote position by playing some drug or dealer or another business partner. The profession of the caller can use to make a profile, is the targeted person real criminal. And if the caller is some drug dealer, who calls the target, would the conclusion be, that the man is a criminal.

Only persons, who have given this permission would be seen in the social media, and others faces would be hidden behind the black box. That kind of image recognition system makes possible that person would not need to take even keys from the table when our main character will walk out. Those image recognition systems can use multiple sensors, like retina-scanners and IR-cameras, what also detect the possibility of plastic surgery. And in the wildest dreams, the system can use 3D-X-ray scanners.

Sniffer scanners can detect the form of the skull, and the chemical analyzers can also be used to detect the person. Those "people sniffer" equipment can be modified gas detectors, and they can work like the artificial nose. This kind of equipment work looks like an artificial dog, and they can carry in the wrist pocket. So they can also be used for tracking people from society. The lasers and another kind of stuff can also detect the DNA of the person by use mass-spectroscopy.

That kind of equipment can be real in the future. But when we are turning back to the people, who are denying to share their identity on the Internet, would that cause some other problems, The system can use that information for select people, who wanted to target the surveillance. One very good way to choose persons for intensive surveillance is that they would not allow sharing anything about them on the Internet. That tells the system, that this person has something to hide. And only interesting targets give something for the security service.

How to make an artificial dog, by using Mule-system as the model?

Picture I

Kimmo Huosionmaa

Making artificial dog by using Mule-system as the model is quite easy, and if we would think the system as the robot, what can smell people or landmines, and ammunition, we can make that thing very simple way, to the robot would be installed the chemical sniffer, what is used in chemical detectors, what would uncover nerve-gasses. Those sniffer systems can give the "Mule-system" ability to track people, and ammunition in some area very easily.

The use of this kind of robot dogs can also revolutionize modern warfare.  Those systems can do something, what dongs cannot, they can use as the cargo system same way, as the standard "mules", but this system can give the cargo-system ability to smell mines and people, and in the wildest dreams some airborne systems can also be equipped with the chemical detectors. Their mission would uncover the nerve- and other gas storages from underground. This system is immune to poisons, and this would make it interesting in the eyes of Military.

And if we are honest, the electronic sniffer system would also take the DNA sample from the people, and also deliver the order of base pairs to the other systems using the Internet. This kind of systems might be already in use. The electronic sniffer equipment has one big difference for dogs. They can deliver the information of the smell across the Internet, but in fact, also dogs can deliver the information about the smell by using the Internet. But the dogs can also equip with the surgically implanted microchips, what allows them to deliver the sense stimulus across the Internet, and this allows them to share the smell together.

The trick is that in the brain core of the dogs would set the implant, what would stimulate the neurons, what dog uses when it smells something. The brain core stimulation can share the information of the smell, what the troops want to track for many dogs in second if the system uses the Internet. This is more effective than giving every dog the smell. This thing is very interesting because if the dog wanted to look for somebody, each dog must let sniff some rag, where is the smell of the thing, what would want to track.

Picture I

https://secure.i.telegraph.co.uk/multimedia/archive/03499/Big_Dog_carrier_mu_3499665k.jpg

The motorway and its role in the Internet designing

Picture I

https://avoimenkoodinmaailma.blogspot.com/

Kimmo Huosionmaa

The motorway has been inspired the creators of the Internet. The International network is called the information superhighway, and the similarity with road and physical traffic is similar. The cars act like data packages and there are a crossroads and another kind of things in the physical world, what are in the different for on the Internet.  The international network is similar but different looking concept than the motorway, but the working principles are the same. When we are sending the data packages to the net, we would probably not know, that some packages have right of way right.


And they are allowed to go first in the net, and in those cases, the router would collect other packages in the memory, and store them until the right of way packages have passed that router. After that, they are allowed to continue their trip on the Internet. The Internet is more flexible than the motorway because it can fix its symmetry, and that would make possible to see the movies by using the net. The system would reserve more space in the cable in the side of incoming data traffic, and the sending side would not need to be so wide. In fact, one bit would be enough for uploading side during the movie.


If the person wants to use some other service during the movie, would the system release more width for that use. If somebody wants to upload photos or movies, would the bandwidth released more in that purpose, on the side of sending data. The idea is, that the system would tell the router before, that there would be coming more data than usual, and the router would adjust the width of the transmission. Also, the system tells the router, what homepage is on the top, and if the film is not interesting, can the system decrease the bandwidth, what is reserved for that movie.


If the motorways would be so flexible as the Internet is, the number of the lanes would be changed by need, and the traffic surveillance systems would tell the road information screens how many lanes can be used in another way traffic. The idea of this system bases the idea, that in many rush-hours the other side of the motorway is actually empty, and there could be taken extra lanes for traffic, but there is only one problem. The center barriers deny that thing. But if the markings would be clear, and the screens would tell the people, that the outer lanes are reserved for the people, who are going outside of the city area, could this system even work, and this would give the idea for flexible highways, and in somewhere they can already exist.

Picture I

https://www.highwaysindustry.com/wp-content/uploads/2017/04/Smart-Motorways-Safety.jpg