BOBNY is a next-generation quantum-resistant cryptocurrency that utilizes quantum random number generation and lattice-based cryptography to build secure blockchain infrastructure for the post-quantum era.
Building quantum-secure financial infrastructure for the future
As quantum computers advance, traditional encryption algorithms face the risk of being broken. BOBNY employs advanced quantum-resistant cryptography to ensure your digital assets remain secure in the quantum computing era.
Our technology is based on post-quantum encryption algorithms selected by the National Institute of Standards and Technology (NIST), including SLH-DSA and ML-KEM, providing quantum-secure signatures and encrypted backups.
BOBNY is not just another cryptocurrency; it is infrastructure built for the security of future digital assets, designed to protect users from upcoming quantum computing threats.
Learn MoreA carefully designed token economic model ensures long-term sustainable development of the project
130,000,000 BOBNY
1 BOBNY = 0.00001 ETH
60% Presale
20% Ecosystem
15% Team
5% Foundation
Lattice-based quantum-resistant technology
Participate in BOBNY presale and jointly build a quantum-secure future
Phase 1
0.00001 ETH
1300 ETH
0 ETH
Important Note: Please ensure you only send ETH, BNB or SOL to the above addresses. Sending other tokens will result in permanent loss. After the presale concludes, BOBNY tokens will be distributed automatically to your wallet before the official launch.
Future development plan of the BOBNY project
• Complete BOBNY concept design and technical whitepaper
• Form core development team and advisory board
• Launch community building and early promotion
• Officially launch BOBNY project
• Start token presale
• Release quantum security technology prototype
• Complete quantum-resistant encryption algorithm integration
• Develop BOBNY wallet prototype
• Complete smart contract audit
• BOBNY mainnet officially launched
• Token distribution completed
• List on decentralized exchanges
• Launch quantum-secure wallet QSafe
• Establish quantum cryptography research lab
• Negotiate listings with major exchanges
• Launch BOBNY quantum random number oracle
• Establish cross-chain quantum security bridge
• Build partnerships with quantum computing companies
In-depth understanding of BOBNY's technical architecture and vision
BOBNY aims to build a blockchain ecosystem that can resist quantum computing attacks. As quantum computers develop, traditional encryption algorithms like ECDSA and RSA become vulnerable. BOBNY addresses this imminent threat by integrating post-quantum cryptography algorithms.
BOBNY is built on a multi-layer security architecture, integrating the following key technical components:
• Quantum Random Number Generation (QRNG): Utilizes quantum mechanical principles to generate truly random numbers, enhancing key security.
• Lattice-based Cryptography: Uses NIST-selected post-quantum encryption algorithms, including SLH-DSA for digital signatures and ML-KEM for key encapsulation.
• Quantum-resistant Hash Functions: Adopts hash algorithms resistant to quantum attacks, ensuring transaction integrity.
BOBNY tokens have multiple uses within the ecosystem:
• Transaction Fees: Pay for network transactions and smart contract execution.
• Governance: Holders can participate in protocol upgrades and ecosystem decisions.
• Staking: Maintain network security and earn rewards by staking BOBNY tokens.
• Service Access: Access premium services within the BOBNY ecosystem, such as quantum-secure oracles.
According to Deloitte analysis, nearly 25% of Bitcoin addresses are already exposed to quantum attack risks. Quantum computers using Shor's algorithm can break currently widely used asymmetric encryption algorithms in polynomial time. BOBNY ensures user assets remain secure when quantum computing becomes a real threat through forward-looking technical design.