[Contract] On-Chain RNG via Commit-Reveal Scheme
🚀 Feature Overview
Because block hashes are manipulatable, implement a secure Random Number Generator using a commit-reveal cryptographic scheme to support fair lotteries and gaming modules.
This is a complex, MVP-critical feature designed to elevate the smart contract architecture and expand the educational modules of the Web3 Student Lab platform.
🛠️ Implementation Requirements
- Implement a phase-based system (commit phase, reveal phase).\n- Penalize participants who fail to reveal their secrets.\n- Generate the final entropy securely by hashing all revealed secrets.
🔧 Technical Specifications
- Language/Environment: Rust / Soroban (or Solidity if specifically bridging).
- Adherence to strict architectural boundaries and gas optimization.
- High test coverage requirements (>90% unit testing in Rust).
- Prevent common vectors: Reentrancy, Integer Overflow/Underflow, and Oracle Manipulation.
✅ Acceptance Criteria
🎓 Difficulty Level
Advanced - Requires deep understanding of Web3 security, cryptography, and smart contract design patterns.
⏱️ Timeline
ETA: 3-5 days
🏷️ Labels
contract, cryptography, gaming
Note to Contributors: Break down work into smaller PRs for easier review, focusing on core logic first before adding complex modifiers.
[Contract] On-Chain RNG via Commit-Reveal Scheme
🚀 Feature Overview
Because block hashes are manipulatable, implement a secure Random Number Generator using a commit-reveal cryptographic scheme to support fair lotteries and gaming modules.
This is a complex, MVP-critical feature designed to elevate the smart contract architecture and expand the educational modules of the Web3 Student Lab platform.
🛠️ Implementation Requirements
🔧 Technical Specifications
✅ Acceptance Criteria
🎓 Difficulty Level
Advanced - Requires deep understanding of Web3 security, cryptography, and smart contract design patterns.
⏱️ Timeline
ETA: 3-5 days
🏷️ Labels
contract, cryptography, gaming
Note to Contributors: Break down work into smaller PRs for easier review, focusing on core logic first before adding complex modifiers.