Protecting the protocol and user data
Security and privacy are fundamental to Elusiv's mission. The protocol implements multiple layers of protection to ensure user safety, data integrity, and censorship resistance.
Elusiv uses battle-tested security patterns and undergoes regular security audits to ensure protocol safety.
All Elusiv smart contracts implement industry-standard security patterns:
All contracts use OpenZeppelin's ReentrancyGuard to prevent reentrancy attacks on state-changing functions.
Ownable pattern restricts sensitive functions to contract owner. Future versions will support role-based access control.
SafeERC20 library prevents token transfer failures from breaking contract execution.
Built on audited OpenZeppelin contracts (ERC721, ERC20, Ownable, ReentrancyGuard).
All user inputs are validated before processing:
Contracts use custom errors for gas-efficient error reporting:
error MintClosed() - Minting is disablederror SoldOut() - Maximum supply reachederror InvalidRequest() - Invalid request IDerror AlreadyFulfilled() - Request already completedElusiv supports pseudonymous participation:
Users interact using wallet addresses, not personal information.
No mandatory KYC for basic platform usage. Future features may require verification.
Research requests are linked to addresses, but users can use multiple wallets for additional privacy.
Elusiv follows data minimization principles:
Elusiv contracts undergo regular security audits:
Security audits are conducted by reputable firms before mainnet deployment. Audit reports are published for transparency.
Check the official Elusiv channels for the latest audit reports and security updates.
Elusiv encourages responsible disclosure of security vulnerabilities. A bug bounty program may be established for critical findings.
Use hardware wallets for large holdings. Never share your private keys or seed phrases.
Always verify contract addresses and transaction details before confirming.
Only interact with official Elusiv contracts and interfaces. Beware of phishing attempts.
Always verify contract addresses from official sources before integration.
Implement proper error handling for all contract interactions.
Use event indexing to track contract state changes rather than polling.
If you discover a security vulnerability or incident: