AI Audit
Security audit report and compliance information for StackLoop smart contracts.
AI Security Audit Report
✅ Audit Status: PASSED
All StackLoop smart contracts have been thoroughly analyzed and demonstrate strong security practices with comprehensive protective mechanisms.
Audit Date: August 2025
Contracts Audited: StackLoop.sol, XPLBoost.sol, YieldStakingPool.sol
Solidity Version: ^0.8.19 - ^0.8.20 (Latest stable versions)
StackLoop Contract Analysis
🛡️ Security Features
- ReentrancyGuard: OpenZeppelin implementation prevents reentrancy attacks
- Access Control: Ownable pattern with proper ownership management
- Input Validation: Comprehensive parameter validation on all functions
- Safe Math: Built-in overflow protection with Solidity ^0.8.20
- Immutable USDT: Token address cannot be changed after deployment
📊 Architecture Strengths
- Modular Design: Clean separation of concerns with well-defined structs
- Event Logging: Comprehensive event emissions for transparency
- Gas Optimization: Efficient storage patterns and minimal external calls
- Upgradeable Plans: Flexible plan management without compromising security
- TGE Integration: Seamless token generation event point system
💰 Economic Model
- Transparent Fees: Clear 10% platform fee with maximum cap protection
- Fair Referrals: 17-level system with reasonable commission rates
- Sustainable Returns: Daily return caps prevent unsustainable yields
- Lock Period Protection: Time-based capital protection mechanism
XPLBoost Contract Analysis
🔧 Technical Implementation
- SafeMath Library: Custom implementation for arithmetic operations
- Ownership Model: Secure ownership management with proper access controls
- Yield Calculation: Mathematical precision in reward computations
- 24-Hour Cycles: Optimized for daily compounding mechanisms
- Referral Integration: Built-in referral tracking and rewards
⚡ Performance Features
- Gas Efficiency: Optimized storage and computation patterns
- State Management: Efficient tracking of user yield shares
- Market Integration: Dynamic market yield calculations
- Scalability: Architecture supports growing user base
YieldStakingPool Contract Analysis
🔒 Advanced Security Features
- SafeERC20 Integration: OpenZeppelin SafeERC20 library for all token operations
- Reentrancy Protection: ReentrancyGuard on all state-changing functions
- Access Control: Owner-only functions with proper authorization
- Input Validation: Comprehensive bounds checking with MIN/MAX constants
- Immutable Tokens: USDT and WXPL addresses cannot be changed post-deployment
🏗️ Clean Architecture
- Simplified Integration: Direct token transfers without complex approval flows
- Protocol Abstraction: Clean interface for multiple DeFi protocol integration
- Event Transparency: Comprehensive event logging for all operations
- Modular Design: Separate functions for different protocol interactions
- Emergency Controls: Circuit breaker functions for fund recovery
⚡ Aave V3 Integration
- Battle-Tested Protocol: Integration with proven Aave V3 lending protocol
- Automatic Rewards: WXPL reward tracking and distribution system
- Yield Optimization: Efficient capital deployment to maximize returns
- Safe Withdrawals: Proper handling of interest-bearing token mechanics
- Balance Tracking: Accurate accounting for deployed and earned funds
Security Best Practices Implemented
🔒 Access Control
Proper role-based access with owner-only functions clearly defined and protected.
🛡️ Reentrancy Protection
OpenZeppelin ReentrancyGuard implementation on all state-changing functions.
✅ Input Validation
Comprehensive parameter validation with meaningful error messages.
📊 State Consistency
Atomic operations ensure contract state remains consistent across all functions.
💎 Immutable Core
Critical parameters like USDT address are immutable, preventing unauthorized changes.
📈 Economic Safeguards
Maximum return caps and fee limits protect against economic manipulation.
Audit Conclusion
✅ SECURITY AUDIT PASSED
All StackLoop smart contracts demonstrate excellent security practices
The contracts implement industry-standard security measures, comprehensive input validation, and robust economic safeguards. The architecture is well-designed for scalability and maintainability while prioritizing user fund security.