QUANTUM1NET COMES TO CREATE NEW ENCRYPTION SYSTEM
Previously I will provide some information about Quantum1Net below. if you want to find out more, please visit the official website: https://quantum1net.com/
We all know about RSA protection, we need to understand what Quantum1Net is better than that. The RSA platform is 40 years old, this is a very large period according to Internet standards. During this time, much has changed and all the old needs must be changed into new ones.
The emergence of computational quantum makes RSA crack and various other forms of encryption feasible in the near future. Classic computers use binary bits, which have a value of zero or one. This string is zero and that translates to data, but the slightest trait means only one calculation can be done at once.However, with quantum computing, the quantum of each bit (called a qubit) can both be zero and one at the same time. Quantum computers use the latest properties of the microscopic world, superposition and attachment, to make calculations more efficient than standard computers. With these parameters, they can handle certain tasks in just a few hours or even minutes, while ordinary computers will take several million years to do this.
This carries a huge risk for digital information, which is encrypted by old technology.
Quantum1net.com also points out that quantum computers are more efficient than traditional computers. Quantum computers are quantum mechanical meters such as data processing and communication. This usually means doing a very long job in minutes or hours and is the best tool for the next few years.Process data (text or binary) is encrypted using a combination of encryption keys. Quantum Encrypted Key Generation (QEKG). This will ensure safe storage and data transfer. This will increase the complexity of generating cryptographic keys, this feature is not available on older security products. This will protect data from quantum computers.
For more details on this issue, I advise you to visit the project site: https://quantum1net.com/
Very large quantum computers (and expensive) meanings are not necessary to generate quantum encryption keys. We use a process known as quantum entanglement in such a way that it produces multiple sets of randomly correlated numbers so that combining two or more sets can only obtain the entire encryption key. While the wider discussion of this process is beyond the scope of this paper, this behavior makes random numbers completely random.
The bounty company will be held until March 9, 2018.
In July 2018, sales will close.