Quantis Tokenomics

• Token Name: QNTB (Quantis)
• Total Supply: 100,000,000 QNTB
• Initial Circulating Supply: 15,000,000 QNTB (15%)
• Decimal Places: 18
• Deflationary Mechanism: 0.1% of each transaction burned
• Staking Reward: Dynamic, ranging from 5% to 15% APY based on network participation and validator performance
• Transaction Fee: 0.05% (50% burned, 25% to ecosystem development, 25% to staking rewards)

Our vesting schedule is designed to ensure long-term commitment and prevent market disruptions. Team tokens are locked for 12 months, followed by a 30-month linear vesting period. Ecosystem and partnership tokens are released gradually to support sustainable growth and strategic initiatives.

• Governance: Participate in on-chain voting for protocol upgrades, parameter changes, and treasury allocations
• Staking: Secure the network and earn rewards through our innovative AI-driven Proof-of-Stake mechanism
• Transaction Fees: Power network operations and smart contract executions
• Collateral: Utilize in DeFi applications built on the Quantis platform, including lending, borrowing, and synthetic assets
• Access to Premium Features: Unlock advanced platform functionalities, priority transaction processing, and exclusive ecosystem services
• Ecosystem Incentives: Participate in bug bounties, development grants, and community-driven initiatives
• Cross-chain Operations: Facilitate interoperability and asset transfers between Quantis and other blockchain networks

• Decentralized Autonomous Organization (DAO) structure with multiple councils (Technical, Economic, Community)
• Proposal submission requires a minimum of 50,000 QNTB tokens or endorsement from a recognized ecosystem contributor
• Voting period: 14 days (1,209,600 seconds) with option for emergency votes in critical situations
• Quorum requirement: 30% of total voting power, with higher thresholds for critical decisions
• Majority threshold: 66% of votes cast, with supermajority (75%) required for fundamental protocol changes
• Timelock period: 5 days after proposal passes to allow for security audits and community review
• Quadratic voting mechanism to balance influence between large and small token holders
• Delegation system allowing token holders to delegate their voting power to trusted experts or DAOs

• Hybrid Proof-of-Stake (PoS) and Artificial Intelligence consensus with dynamic sharding
• Validator selection based on stake, historical performance, AI-generated reputation scores, and real-time network conditions
• Adaptive block time optimization (target: 1 second) with AI-powered congestion management
• Multi-layer security approach combining traditional cryptography, quantum-resistant algorithms, and AI-based threat detection
• Self-optimizing network topology for improved communication efficiency and reduced latency
• AI-facilitated cross-chain interoperability protocols with built-in security checks and automatic dispute resolution
• Dynamic fee adjustment mechanism to balance network usage and validator incentives

Quantis' AI-Driven Consensus Mechanism represents a paradigm shift in blockchain technology, offering unparalleled security, scalability, and energy efficiency while adapting to the ever-changing demands of a global decentralized network.

• Turing-complete programming language with formal verification support and AI-assisted auditing
• Gas optimization through AI-powered code analysis and automatic refactoring suggestions
• Native support for zero-knowledge proofs, homomorphic encryption, and privacy-preserving transactions
• Cross-chain asset transfers and atomic swaps with built-in liquidity aggregation
• Upgradeable smart contracts with governance-approved modules and automatic vulnerability patching
• AI-powered oracles for secure, real-time off-chain data integration and anomaly detection
• Template library for common DeFi primitives (AMMs, lending protocols, derivatives) with customizable parameters
• Built-in support for non-fungible tokens (NFTs) with fractionalization and royalty distribution features

Quantis is engineered to achieve industry-leading performance through our proprietary AI-optimized consensus and quantum-resistant sharding technology. We are committed to continuous improvement, targeting sub-second finality and unlimited theoretical TPS through recursive sharding, all while maintaining exceptional energy efficiency.

• Carbon-negative blockchain through strategic partnerships with renewable energy providers and carbon offset programs
• AI-optimized validator selection process prioritizing energy-efficient nodes
• Incentive structure promoting the use of green energy sources for network participants
• Regular sustainability audits and transparent reporting of the network's environmental impact
• Research and development fund dedicated to improving blockchain energy efficiency and exploring novel consensus mechanisms