Ozone Chain

 

Quantum Resistant Blockchain

@Ozone_chain #ozonechain $ozo #ico #presale #quantum #ozone

About

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. 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, which take advantage of those properties and accelerate the cryptanalytic computation.

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:

I. Post Quantum Cryptography (PQC):

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. Ozone chain uses a variant of Post Quantum Cryptography called Lattice based cryptography. Lattice-based cryptography has been proven to be highly resistant to subexponential as well as quantum threats. Ozone nodes communicate with each other through a specially created bi-directional quantum tunnel that deploys lattice based cryptography to encrypt and decrypt data. This encrypted communication channel or the data intercepted therefrom is resistant to attacks even by a future quantum computer.

II. Quantum Random Numbers (QRN):

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. The QRNs are used in Ozone chain’s cryptographic protocols to generate seeds, initial random values, nonces (salts), blinding values and padding bytes.

Ozone chain’s cryptographic layer and network layer are built using the above mentioned quantum security technologies. Thus, Ozone chain provides unprecedented security to the digital assets like coins, tokens and NFTs residing therein.

Features that Build on Blockchain

The most secured Blockchain which is EVM compatible and runs on proof of authority and IBFT protocols.

Quantum Random Numbers from a laser source

Lattice-based Post Quantum Cryptography

Quantum tech tested and certified by TUV

EVM compatible

Proof of Authority & QBFT

Block time — 5 seconds

Deploy Smart Contracts and Create Dapps

Governance by voting

Unconditional Security

A system which can’t be broken by a computational resource. The lattice-based cryptography secures its network layer and has been certified by top auditing companies.

Post-quantum cryptography

Ozone Chain uses a variant of post quantum cryptography called lattice-based cryptography to secure its network layer and facilitate inter-node communication, that cannot be broken even by a future quantum computer.

Quantum Random Numbers (QRN)

Ozone’s relies on the quantum state of matter for generation of random numbers which are non-deterministic. The QRNs are used in Ozone Chain’s cryptographic protocols to generate seeds, initial random values, nonces, salts, blinding values and padding bytes.

Standards compliant

Ozone’s quantum technologies have passed various tests like NIST test, dieharder and entropy tests and certified by TUV.

Build on Ozone Chain

Start building on Ozone Chain Ecosystem using Solidity and the tools you’re already familiar with: Remix, Meta Mask and Truffle.

Ozone Chain is an EVM compatible blockchain and you can deploy your dApps just like on Ethereum.

Access to the documentation and connect with our developer community.

‍EVM compatible

Ozone Chain is an Ethereum Virtual Machine compatible. Develop and run your dApps on the Ozone Chain network.

Deploy Smart Contract

Open source

The Ozone Chain code is open source. Everyone can read it, check on the progress, comment on it, and help us build the ecosystem.

Explore Partners

Enterprise solutions

A general purpose, scalable data availability focused blockchain targeted for standalone chains and off-chain scaling solutions.

Check the Code

Ozone Chain Ecosystem

A modular and extensible framework for building private or public Quantum blockchain networks.

Access the API’s

Roadmap

Q3, 2021

  • Conception of a Quantum Resistant Blockchain
  • Team building with Quantum Scientists and Blockchain Engineers

Q4, 2021

  • R&D on EVM based Blockchain and its vulnerabilities
  • R&D on Quantum Random Number Generators (QRNG)
  • Development of a prototype for a EVM Blockchain

Q1, 2022

  • Development and testing of QRNG and its Entropy
  • Prototype for Ozone Chain Testnet (without Quantum Security)
  • R&D to Integrate QRNG with Ozone Chain Testnet
  • R&D to create Quantum Tunnels

Q2,2022

  • Integration with QRNG
  • Publish Quantum Security code to Github
  • Formation of the marketing team and legal team

Q3,2022

  • Prototype for Quantum Resistant Blockchain Testnet
  • Launch of Ozone Chain Testnet
  • Release of Ozone Chain Whitepaper
  • Release of Ozone Chain documentation
  • Launch Block Explorer for Ozone Chain Testnet

Q4, 2022

  • Security audit of Ozone Chain
  • Initiating Fund Raising

Q1, 2023

  • Launch of Ozone Chain Testnet
  • Minting OZO Coins
  • Infrastructure setup for Ozone Chain Network

Q2, 2023

  • Developer documentation
  • Deployment of D-Apps
  • Creation of an D-App ecosystem
  • Launch of Ozone Chain Mobile Wallet

Q3, 2023

  • Defi Apps
  • Integrate with Cross-Chain and Multi-Chain
  • Hardening with more Quantum R&D

Q4, 2023

  • Announcing a Bug Bounty program
  • Governance system with Ozone DAO
  • Creating a community for Validators
  • Auction of Ozone Chain Nodes
  • Setup Quantum Tunnels between the Nodes

Core Team

Karthik Sakthivel: CHIEF TECHNOLOGY OFFICER

Mohan Raj: SENIOR SOFTWARE ENGINEER

Anbarasan: SENIOR SOFTWARE ENGINEER

Kuppusamy M: SENIOR SOFTWARE ENGINEER

Gideon Samuel: REACT DEVELOPER

Girinath: REACT DEVELOPER

Raseeth Ahmad: REACT DEVELOPER

Balaji: SENIOR SOFTWARE TESTER

Karthick Srinivasan: SENIOR SOFTWARE TESTER

Elakkiyaselvan: ASSOCIATE SOFTWARE TESTER

Sateeswaran: TECHNICAL STAFF

Priyanka M: TECHNICAL STAFF

Nandhini: TECHNICAL STAFF

Rajaghaneshan: TECHNICAL STAFF

Pavithra Umashankar: TECHNICAL STAFF

Nagaraj k: TECHNICAL STAFF

Sairam: TECHNICAL STAFF

Prabhakaran Rajagopal: TECHNICAL STAFF

Ganishkar: TECHNICAL STAFF

Kannan: WEB DEVELOPER:

Desikan: GRAPHICS DESIGN

Jenitta: SENIOR UI UX DESIGNER

Vimal Saran: UI UX DESIGNER

Ragul Rajan: UI UX DESIGNER

Deepika Raja: UI UX DESIGNER

For More Information:

Author

Bitcointalk Username: Sirawit Nipunphattarut

Bitcointalk Profile link: https://bitcointalk.org/index.php?action=profile;u=3206521

Telegram username: @sirawitnipunphattarut17

BSC address: 0xB6DA3bE11F4Ccee82873a3243C1e3C43046e6eFb

Komentar

Postingan populer dari blog ini

SKYREN DAO

GPT360

Prosperex