2. Project Overview
2.1 Project Positioning
Enclave aims to build a privacy-preserving decentralized payment network, achieving the following through zero-knowledge proof technology:
- Privacy: Complete isolation between allocator and recipient identities
- Scalability: Support for batch operations, reducing Gas costs
- Cross-Chain Compatibility: Support for multi-chain asset allocation
- Decentralization: Node network maintains system security
2.2 Core Features
2.2.1 Enclave Privacy Payment System
- Deposit Mechanism: Users deposit assets and receive a deposit ID
- Commitment Submission: Submit allocation commitments through zero-knowledge proofs
- Privacy Withdrawal: Recipients use zero-knowledge proofs for anonymous withdrawal
- Batch Operations: Support for batch withdrawals, saving Gas fees
- Gas Fee Payment: When requesters use the Enclave Privacy system, they need to pay $E tokens as Gas fees, used to cover the costs of zero-knowledge proof generation services
2.2.2 Node Network
- NFT Identification: Each NFT corresponds to a node identity
- Zero-Knowledge Proof Generator: Each node must run a zero-knowledge proof generator to generate the zero-knowledge proofs required by the Enclave Privacy system
- NFT Binding: One node can bind up to 10 NFTs, with multiple NFTs sharing the same node's proof generation service
- Staking Mechanism: Each NFT locks 2,000 $E
- Reward Distribution: 80% to NFT holders, 20% to oracle multi-signature nodes
- Status Management: Active / PendingTermination / Terminated
2.2.3 Token System
- Mining Mechanism: Fixed mining for the first 6 years, dynamic mining from year 7 onwards
- Burning Mechanism: Repurchase and burn from Swap, affecting subsequent mining amounts
- Lock-up Mechanism: Team, SAFT, and node tokens all have lock-up periods
[← Previous: Executive Summary](./01-executive-summary) | [Next: Token Economic Model →](./03-token-economic-model)