Trust Math, Not Humans
Mathematically provable 2-of-3 multi-chain consensus verification
Contracts • Proofs • Contribute • Bug Bounty
Trinity Protocol is open source. We reward contributors with roles and recognition, not just money.
| Tier | Role | How to Earn |
|---|---|---|
| 👁️ Watcher | Entry level | Report minor issues, participate in discussions |
| 🔬 Researcher | Contributor | Find bugs, submit improvements |
| 🛡️ Guardian | Security expert | Discover critical vulnerabilities |
| ⚔️ Sentinel | Core member | Multiple major contributions |
- 🎖️ Permanent Recognition - Hall of Fame listing
- 🗳️ Governance Power - Voting rights when DAO launches
- 🚀 Early Access - First to test new features
- 💎 Future Value - Priority for token allocations
Read CONTRIBUTING.md | Bug Bounty Program
Trinity Protocol™ is an enterprise-grade multi-chain security system utilizing a mathematically provable 2-of-3 consensus mechanism across:
- Arbitrum (Ethereum L2) - Primary execution
- Solana - High-frequency monitoring
- TON - Emergency recovery & quantum-safe storage
✅ 184 Formal Theorems - Proven in Lean 4 with zero sorry statements
✅ 2-of-3 Consensus - No single point of failure
✅ Cross-Chain Security - HTLC atomic swaps with validator consensus
✅ Quantum Resistant - ML-KEM-1024 & CRYSTALS-Dilithium-5
✅ Zero-Knowledge Proofs - Groth16 circuits for privacy
chronos-vault-security/
├── contracts/
│ ├── ethereum/ # Solidity contracts (Arbitrum)
│ ├── solana/ # Rust programs
│ └── ton/ # FunC/Tact contracts
├── lean4-proofs/ # 184 formal verification theorems
├── circuits/ # ZK-SNARK Circom circuits
├── echidna/ # Fuzz testing configurations
├── slither/ # Static analysis configs
└── scripts/ # Verification & testing tools
| Chain | Contract | Address |
|---|---|---|
| Arbitrum Sepolia | TrinityConsensusVerifier | 0x5E1EE00E5DFa54488AC5052C747B97c7564872F9 |
- TrinityConsensusVerifier.sol - 2-of-3 consensus engine
- ChronosVault.sol - Standard vault with Trinity security
- ChronosVaultOptimized.sol - ERC-4626 compliant investment vault
- CrossChainBridge.sol - Multi-chain asset bridging
- QuantumResistantGuard.sol - Post-quantum cryptography
| Module | Theorems | Description |
|---|---|---|
| CoreProofs.lean | 68 | Consensus safety & liveness |
| Votes.lean | 18 | Vote aggregation correctness |
| VoteTrace.lean | 57 | Execution trace validation |
| Registry.lean | 18 | Validator registry invariants |
| Slashing.lean | 23 | Penalty mechanism proofs |
-- Consensus cannot be bypassed with fewer than 2 validators
theorem trinity_consensus_safety : ∀ votes, votes < 2 → ¬canExecute votes
-- Honest majority guarantees consensus
theorem honest_majority_guarantees_consensus :
∀ n, n ≥ 2 → n ≤ 3 → canAchieveConsensus n
-- Validator equivocation is always slashable
theorem validator_equivocation_is_slashable :
∀ v, hasEquivocated v → canSlash v- Slither - Static analysis
- Echidna - Property-based fuzzing
- Halmos - Symbolic execution
- Lean 4 - Formal mathematical proofs
See SECURITY.md for full security analysis.
We reward security researchers with roles and recognition.
| Severity | Reward |
|---|---|
| Critical | 🛡️ Guardian role + Hall of Fame |
| High | 🛡️ Guardian role |
| Medium | 🔬 Researcher role |
| Low | 👁️ Watcher role |
- Security Issues: chronosvault@chronosvault.org
- General: Open a GitHub issue
- Discord: Join our community
MIT License - See LICENSE for details.
Trust Math, Not Humans 🔐
© 2025 Chronos Vault - Trinity Protocol™