The new coding-decoding microchips can benefit DNA as the coding-decoding algorithm.

"A new silicon chip can decode any error-correcting code through the use of a novel algorithm known as Guessing Random Additive Noise Decoding (GRAND)". Credit: Jose-Luis Olivares, MIT, with chip courtesy of the researchers. (ScitechDaily/New Chip Can Decode Any Type of Data Sent Across a Network)

What do web-based computer games and robots have in common? The answer is that both of them need secured and fast interactive data transportation. The same things that are created for net games can benefit the remote control systems of the robots. Also, the same things can make data transportation between wireless solutions more secured, faster and flexible. 

The encryption makes it easier to separate data packages from each other. And the encryption algorithm makes the CPU's work easier if separating necessary data packages from unnecessary data packages happens in a separated microchip. Everything that happens outside the CPU makes it work lighter. 

The new type of digital technology allows the creation of microchips that can decode every type of data transmission. The new type of intelligent coding-decoding systems are making more secured and faster data transportation possible. The reason why the coding-decoding module is to make data transportation faster is that it makes it easier to separate the data segments from each other. 

That means the code can use to filter unnecessary data away from data transmission. That makes things like playing games easier. Only the data segments that mean something will be sent to the CPU. And the system simply crushes the data segments that have no recognition code. 

If that process happens in a separate microchip that would not take the time of the CPU. The idea is is that the system benefits the TCP/IP protocol more flexible than before. When some person is playing games that thing requires fast interaction between transmitting and receiving system. When the system is starting data transmission it sends the decryption algorithm to the receiving processor. And at the same time, the server will send the recognition algorithm and the number of packages that will send during the session. 

What if the decoding-coding algorithm is stored in the form of the DNA? 

If we want to create things like BCI (Brain-Computer Interfaces) that thing requires extremely secured data transmission. In that case, the DNA of the user can use as the encryption-decryption algorithm. 

The DNA-based chemical algorithm can revolutionize entertainment and all other industries. If people would use DNA as an everyday identifier, that makes it impossible to make the fake ID:s. The DNA-based identifier would replace the bank cards and other things. 

If we will have DNA-based SIM cards. That thing makes it impossible to steal mobile telephones. But there is the possibility that society is not ready for that. 

Normally, breaking the secured data transmission happens when somebody steals the encryption algorithm. That can happen by reading the computer code from the microchip by using the superconducting magnetic systems. So this is the risk of the magnetic systems. But if the decryption algorithm is stored in the chemical form. That denies the possibility to break the algorithm by stealing it. 

The chip-based encryption-decryption system is a small-size computer that drives the code independently. In the new type of security system. The microchip that is used to encrypt-decrypt data can use the DNA as the coding-decoding algorithm. The DNA is acting as the chemical computer code. And that thing makes it possible to create an algorithm, that is more secured than ever before. Breaking the chemical algorithm is impossible by using a magnetic system. 

()https://scitechdaily.com/new-dna-based-microfluidic-chip-can-be-programmed-to-solve-complex-math-problems/

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Networks and security of data storage

Networks and security of data storage

Networks are providing many benefits to handle data comparing to traditional methods like USB-sticks. The biggest benefit is that when data is stored in the cloud, that means it is independent of the platform, where it is handled. So in this kind of cases, we must remember, how many USB-sticks we have stolen, and how many times the computer, where the data is stored has damaged?

This is the reason, why the cloud is a really good place for processing data, and that is the thing why companies are investing in those technologies. The computers and other devices, which are used to handle data can be equipped with biometric keys, which gives access to precise data, what is stored in hard disks. When we are making those biometric identifiers we should make them easy to use, like the image, what is taken from the finger. Or rather the things, what are used automatically.

That means that the user of the system might not even know about the biometric identifier. If we think the keys, what are used to log in the computers, they might be things like mobile telephones. If we will make mobile telephone safe key, we might make a system, what has two modes. If the person just opens the mobile telephone, that thing would act like a normal cell phone. But when a person wants to use it as an electronic key, that might need to boot it, and during the startup, the person might need to give the biometric identifier. That would activate the role as the key.

And in a perfect system, the renew of this action should be done often enough, that the system would be safe. That means the cell phone can use by everybody, but only one person might use it as key to the system. And of course, if a person is under threat the snapping secret SOS over the biometric identifier might tell that person is in trouble. If the wrong person uses a telephone, the information of that would send to security personnel, and they might locate the phone very easily.

The thing is that biometric systems are easy to use, and they can collect many types of data. One thing is that the precise information about the areas, what biometric system uses for recognize person might not be mentioned. So the thing is that the mobile telephones, which are used to send the log-in request might have hidden biometric key, what detects if the wrong person tries to use the system. In some cases, the web-camera, what is used for face recognition might use the image of eyes for recognizing the user, and that thing might not be told to the users.

Or the mobile telephone, what is used to recognize the users, is connected to face or retina recognizer, what might be the normal web camera, and that system detects are the person, who attempts to log in the system, and user of the mobile telephone the same. In this case, there are two keys, which are comparing together. So in those cases, the maker of data security protocols has noticed, that some person can lose the mobile telephones.

In the real-life, there is another thing, what the maker of the log-in protocol must realize, is that there is a possibility, that somebody might be forced to let people access to the system. This means that in those cases there must be something to give for those people. The thing is that the system might have a backup protocol for the cases, where somebody is asked log-in for computers, which are used by some other people, and that thing might cause grey hair for the spies.

The thing is that if a person uses only passwords or tries to log in otherwise wring way, that system can lead the person to wring network segment. That network segment might contain information, what is equipped with a tracking cookie. And the mission of this system is to uncover the hackers, who might attempt to steal data.