AI-powered code optimization for smart contracts can:

1. _Simplify code_: AI can simplify complex code, reducing unnecessary loops and conditional statements.

2. _Reduce gas costs_: AI can optimize code to minimize gas consumption, saving costs and improving efficiency.

3. _Improve performance_: AI can optimize code for faster execution, enabling smart contracts to process transactions more quickly.

4. _Minimize storage costs_: AI can optimize code to reduce storage requirements, saving costs and improving scalability.

5. _Enhance security_: AI can identify and fix security vulnerabilities, ensuring the contract is secure and resistant to attacks.

6. _Optimize for specific blockchains_: AI can optimize code for specific blockchain platforms, such as Ethereum or Binance Smart Chain.

7. _Automate refactoring_: AI can automate the process of refactoring code, ensuring it remains efficient and optimized over time.

8. _Provide code recommendations_: AI can provide developers with code recommendations, enabling them to write more efficient and optimized code.

9. _Analyze code complexity_: AI can analyze code complexity, identifying areas that require optimization and improvement.

10. _Continuously monitor and optimize_: AI can continuously monitor and optimize smart contract code, ensuring it remains efficient and secure over time.

By leveraging AI-powered code optimization, developers can create more efficient, secure, and cost-effective smart contracts, improving the overall performance and scalability of blockchain applications.