Quantum cryptography explained

The Cube protocol uses Quantum cryptography as the major technology to encrypt data in the cube bit network. Quantum cryptography is nothing but the application of principles of quantum mechanics to encrypt data and transaction details in a way that cannot be read by someone outside of the intended recipient. There is no way that data in the cube bit ecosystem cannot be interrupted. The technology promises to ensure data security that is not associated with any of the protocols available in the market. This quantum cryptography becomes the perfect solution available that exploits the fundamentals of quantum physics to create an encryption that is unbreakable. With the integration of protocol that uses quantum cryptography in its applications, Cube bit ecosystem offers the members of the network, quantum-safe cryptography.

Quantum mechanics encrypts data and transmits in such a way that it cannot be hacked or tampered. By ensuring the security of data, Cube bit ecosystem increases the trust placed by the customers and members of their community. Quantum blockchain can be understood as a decentralized, encrypted, and distributed database based on quantum computation and quantum information theory. Once the data is recorded in the cube bit blockchain, it cannot be maliciously tampered with. The main characteristics of quantum blockchain are safety and efficiency. The cube protocol is more secure, swift, and transparent. Thus by the application of quantum cryptography, the cube bit ecosystem ensures the privacy of its members. This makes Cube protocol, the best available protocol in the cryptocurrency domain.