Hi team,
I came across ERC-8183/hook-contracts while looking at new Solidity projects and wanted to offer a free initial security review.
Why this matters: Hook-based systems (beforeAction/afterAction callbacks) introduce reentrancy vectors, callback ordering issues, and trust boundary problems that are easy to miss during development. The pattern is powerful but security-critical — especially for escrow flows where funds move based on hook outcomes.
What I can do:
- Free initial review: reentrancy, access control, callback trust model, state consistency
- Focus areas: hook registration/deregistration flows, hook composition ordering, economic invariants
- Deliver: a short written summary of findings (public or private, your preference)
Background: I do smart contract security work — recent audits include Uniswap v4 hooks and ERC-4626 vault patterns. Happy to share references.
If this is something you'd find useful, just say the word and I'll start. No strings attached for the initial review.
— nullref
Hi team,
I came across ERC-8183/hook-contracts while looking at new Solidity projects and wanted to offer a free initial security review.
Why this matters: Hook-based systems (beforeAction/afterAction callbacks) introduce reentrancy vectors, callback ordering issues, and trust boundary problems that are easy to miss during development. The pattern is powerful but security-critical — especially for escrow flows where funds move based on hook outcomes.
What I can do:
Background: I do smart contract security work — recent audits include Uniswap v4 hooks and ERC-4626 vault patterns. Happy to share references.
If this is something you'd find useful, just say the word and I'll start. No strings attached for the initial review.
— nullref