Smart Contract
Security Audit Report

Findings by Severity

⚡ Gas Optimizations

• Use unchecked arithmetic operations where overflow/underflow is guaranteed to not occur
• Consider using assembly for simple operations like checking zero addresses to save gas
• Cache frequently accessed state variables in local variables to reduce SLOADs

📋 Best Practices

• Proper use of OpenZeppelin contracts for standard functionality
• Implementation of custom errors for gas efficiency
• Use of nonReentrant modifier to prevent reentrancy attacks
• Clear separation of concerns with dedicated modifiers for different states
• Proper initialization of token metadata in constructor

💡 General Recommendations

• Add explicit transfer restrictions if needed for the token's intended use case
• Consider unifying the burn function behavior for consistency
• Review whether additional access controls or transfer restrictions are necessary based on tokenomics
• Test edge cases around minting/burning toggling and state transitions

✅ Positive Aspects

• Uses well-established OpenZeppelin contracts for core functionality
• Implements proper access control with Ownable2Step
• Includes reentrancy protection with ReentrancyGuard
• Uses custom errors for efficient error handling
• Well-documented code with clear function purposes
• Proper initialization of token parameters in constructor
• Correct implementation of ERC20 interface through inheritance