The progress in developing quantum computers has threatened the commonly used symmetric and asymmetric key cryptographic systems, which is used by all the existing blockchains.
The progress in developing quantum computers has threatened the commonly used symmetric and asymmetric key cryptographic systems, which is used by all the existing blockchain
Quantum computers are capable of breaking many forms of traditional cryptography because of their inherent quantum properties such as superposition and entanglement, coupled with quantum algorithms.
This has motivated Ozone for the study and development of quantum security solutions like post-quantum cryptography and quantum random numbers applied to blockchain.
Ozone Chain is resistant against quantum as well as classical attacks and can be deployed in the existing network infrastructure.
Ozone plans to focus on improving the blockchain security in two key areas
Ozone Chain's network layer involves the usage of quantum communication and quantum computation to perform various cryptographic tasks and secure the transmission of data.
This encrypted communication channel or the data intercepted therefrom is resistant to attacks even by a future quantum computer.
Current blockchain solutions use pseudo-random numbers (PRN) to perform cryptographic functions like hashing, encryption and digital signatures.
These use mathematical algorithms to create numbers that appear random but are deterministic if all inputs and processes are known.
Ozone's relies on the quantum state of matter for generation of random numbers which are non-deterministic.
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The consensus mechanism is Proof-of-stake, which gives a higher TPS.
Ozone Chain’s blockchain layer is modelled on Ethereum, making it EVM compatible.
The blockchain code is open source and hosted in Ozone’s official github repository.
Ozone Chain is the world’s first quantum resistant blockchain that has integrated bleeding edge quantum security technologies in its design.
