In the past 40 years, the world's Internet, digital communication, data storage are encrypted and protected using RSA encryption. However, with the advent of quantum computing, there is a threat to this encryption method. Quantum computing has the ability to destroy and waste RSA and other encryption methods in the near future. 

Hackers are researching teeth and nails to develop quantum computers for this single purpose. On traditional computers, data is stored in bit strings. Each of these bits has a value of 0 or 1, and the information is stored in the long string of these bits. Since each bit can have only one value at a time, only one calculation can be performed at a time.

On the other hand,Because Qubits has low energy consumption, it can store huge amount of data at once, so you can execute many complicated calculations at once at high speed. Although the evolution of quantum computing certainly improves the technology industry, at the same time, hackers need security attention to cause serious and almost irrecoverable damage. For this reason, Quantum 1 Net offers a timely solution. 

Quantum 1 Net is the key secure data transmission platform generated by quantum. It possesses quantum computing to provide a high degree of complexity in the generation of cryptographic keys that can not be achieved using classical computing. It is designed to be a major player in future encryption. 

Quantum1Net aims to eradicate the fear of data anxiety both now and in the future, aim to create powerful data technology that is accessible, highly relevant, very personal. About 20% income is designed to be pumped into research and development of network security solutions to improve transmission options for people around the world seeking secure data transmission. By doing this, Quantum 1 Net is actually a research-intensive business. Quantum1Net 's recent efforts relate to the encryption and development of quantum cryptographic keys.

Quantum1Net Mission

The Quantum1Net mission is to create enabling and possible technologies. We have designed a very safe product so you do not have to worry now or in the future about the security of your data. We introduce an unrivaled level of technical innovation, combined with user-connected system design to provide exceptional security, ease of use, and peace of mind.

Company Overview

Quantum1Net and its affiliates included were created in 2017 for design; produce, and market, secure data communications for personal computing, mobile, and satellite transmissions. The Company provides various network security services and solutions related to third-party digital content and applications.

Most recent attempts have focused on quantum encryption, and worked on Quantum encryption keys, the next described

The Quantum Key encryption

The key generator of quantum encryption is the heart of Quantum1Net's encryption strategy. To review, produces a multi-random number of mathematical properties derived in the case of the primary RSA factorization. There is one major problem however, The random generator used is only pseudo-random (usually referred to as PRNGs), so the RSA Key is pseudo-random. Tests have proven that PRNGs show repetitive patterns of behavior when choosing so-called "random numbers." 

This pattern means that with sufficient results, predictions can be made for future preferred numbers. Thus, PRNGs are not really random. Quantum1Net instead relies on Quantum Key Generator encryption (QEKG). 

Due to the nature of the quantum computers themselves, tests have shown that even in large samples, the selected numbers follow the pattern there so no predictive algorithm can be derived. The graph below shows our results for both PRNG and QEKG tests on a 20,000 sample slightly 50,000 times long. Using a PRNG, after 50,000 tests this is clearly visual data predictive even after the first attempt of 10,000 or so. With QEKG it does not happen. Look at the bottom of the chart where the points are more dispersed. Unlike PRNG charts, in the QEKG graph there is no clear pattern for their location.

This is possible with one-qubit quantum optical device; 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. 

Behaviors such as PRNGs patterns make quantum computing attacks against not only RSA, but also other public key algorithms such as Diffie-Hellman and elliptical curve cryptography that utilize shirt's or algorithms or their derivatives effectively. Because the QEKG key is produced nonalgorithmic at random, the system using this generator will withstand the attack. Therefore, the race is to ensure that real-world systems are practically in place using QEKG, which is exactly what Quantum1Net is currently working to achieve.

Quantum token

 Quantum1Net launches two types of tokens: the first silver token, which can be converted in February 2018 without quantum quantum encryption, and a limited primary quantum release, extracted into a gold token in July 2018. Silver token holders can be used by to change stock they are at a discount. Full use of Token Gold and Quantum1Net scheduled for January 2019.

Timeline ICO 

Sale Token # 1: Silver Token
Ethereum by

February 2018

Gold tokens with 20% off convert
sales limit 15 million
sales tokens # 2: Golden tokens

July 2018

Based on Bitcoin, including
QEK Silver token investor gets
priority sales limit of 18 million
sales tokens # 3: gold tokens

January 2019

based on Bitcoin, QE enables
silver-silver investors who achieved sales in July 2018, can participate in
the sales limit of 5% 200 million

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Author by asayoyaasa

Wallet Address : 0x6020757bb59B213211C1253Fe4080cAD35eA29BA 

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