token-integration-analyzer

You can automate security analysis of token implementations by using this Skill to check ERC20/ERC721 conformity, identify weird token patterns, and evaluate contract composition. It requires Slither for static code analysis and web3.py or ethers.js for on-chain queries.

Yes, Slither is a required dependency to analyze token integration security vulnerabilities. This Skill uses Slither for smart contract code analysis, alongside web3.py and ethers.js, to perform both static checks and on-chain scarcity analysis.

Yes, you can check if a protocol handles non-standard tokens securely through the token integration analysis feature. This evaluates how protocols interact with non-standard token patterns and performs on-chain scarcity analysis to identify potential security risks.

To perform on-chain scarcity analysis for blockchain tokens, the Skill queries the blockchain using web3.py and ethers.js. It evaluates token integration points and on-chain data to identify potential security risks and provides actionable recommendations.

Yes, this token analysis tool works with both web3.py and ethers.js. These libraries are required dependencies used to execute on-chain queries, complementing Slither's static code analysis to fully assess token implementations and integrations.

Token integration analysis shows weird token patterns because the Skill checks for deviations from standard ERC20/ERC721 implementations. Identifying these non-standard patterns is crucial for evaluating how protocols handle them and detecting potential security vulnerabilities.