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About Ozone Chain
- Ozone Chain is the world’s first Quantum Resistant Blockchain.
- It integrates bleeding edge quantum security technologies in its design.
- Ozone Chain is a decentralized platform that enables developers to build scalable user-friendly dApps with low transactions fees without sacrificing security.
- It uses quantum random numbers (QRN) and post-quantum cryptography (PQC) to make the blockchain quantum secure and quantum resistant.
- Ozone Chain has undergone various standardized tests and has passed all of them, conducted by TÜV Rheinland.
- Ozone’s QRNG has passed the NIST SP 800-22 tests, including:
- Frequency (monobit) test
Introducing Ozone Chain: Pioneering the Future of Blockchain
Ozone Chain: A Revolutionary Blockchain Ecosystem
Ozone Chain pioneers the world’s inaugural Quantum Resistant Blockchain, seamlessly integrating cutting-edge quantum security technologies into its innovative design. By harnessing the power of Quantum Secured Blockchain, Ozone Chain tackles the pressing concerns posed by Quantum Computers in the real world. As a decentralized platform, Ozone Chain empowers developers to craft scalable, user-centric dApps with minimal transaction fees, all while maintaining uncompromising security standards. Notably, this ultra-secure Blockchain is EVM compatible and operates on the robust proof of authority and IBFT protocols.
The Unparalleled Individuality of Ozone Chain
Ozone chain leverages quantum random numbers (QRN) and post-quantum cryptography (PQC) to ensure the blockchain’s quantum security and resistance. Although quantum key distribution (QKD) has shown promise, its current implementations are hindered by geographical constraints, limiting its application to a few hundred kilometres. This limitation poses a significant challenge for a blockchain, which requires nodes to be distributed globally, necessitating inter-node communications that span thousands of kilometres. Consequently, an architectural decision has been made to employ PQC for inter-node communications, thereby ensuring quantum resistance.
Assessment and Outcomes
The ozone chain’s quantum security technologies have successfully undergone a series of rigorous, standardized tests, earning a perfect pass rate. These tests were meticulously conducted by TÜV Rheinland, a renowned agency specializing in testing and certification services, which ensures the safety, quality, and performance of cybersecurity products and services, including cutting-edge quantum security solutions.
Rigorous Entropy Evaluation: Diehard Tests and NIST Tests
Ozone’s QRNG has successfully cleared the rigorous NIST SP 800-22 tests, a prestigious suite of standards established by the National Institute of Standards and Technology. This comprehensive test suite is specifically designed to evaluate the randomness and pseudorandomness of number generators for cryptographic applications. The exhaustive battery of tests includes: • Frequency (monobit) test • Frequency test within a block • Runs test • Longest run of ones in a block • Binary matrix rank test • Discrete Fourier Transform (Spectral) test • Non-overlapping template matching test • Overlapping template matching test • Maurer’s “Universal Statistical” test • Linear complexity test • Serial test • Approximate entropy test • Cumulative sums (Cusums) test • Random excursions test • Random excursions variant test
Ozone Chain – A Future-Ready Quantum Blockchain
Building resilience against future threats is pivotal to ensuring the continued prosperity of vital components within the blockchain and cryptocurrency economy. The conundrum lies in the fact that investments in protection against medium to long-term risks are often overlooked or dismissed, as more pressing present issues take precedence, and the costs may not seem immediately justified. It frequently takes a series of unfortunate incidents to incentivize the necessary proactive measures.
While blockchain technology boasts a trustless system, wherein digital currencies and assets thrive, the underlying security mechanisms still hinge on classical cryptographic processes, thereby necessitating a degree of trust in them. Ozone chain has successfully integrated quantum mechanical properties into its system, thereby eliminating the trust component from the security subsystem in blockchain, with the ambitious goal of transitioning towards a genuinely trustless blockchain.
The total circulating supply of OZO coins is capped at 1 billion, ensuring a stable and controlled monetary policy.
The total and maximum supply of OZO is capped at 1 billion. Currently, 437 million OZO are in circulation, with the remaining locked supply slated for distribution over a 36-month period.