Introducing the OpenZeppelin Contracts MCP: AI‑Powered Smart Contract Development

With the new OpenZeppelin Contracts MCP developers can seamlessly prompt their preferred AI assistants to generate secure smart contracts that enforce OpenZeppelin standards and best practices at ...

The Augur team asked us to review and audit their Augur Core project. We looked at the code and now...

Security Audits

We reviewed and audited the Gnosis multisig wallet contract for our own internal use, and choose to...

As we’re wrapping up EthDenver 2018, the #gratitude hashtag falls short to say thanks to all the...

Events

The Polymath team asked us to review and audit their POLY Token contracts. We looked at the code...

The BABB team asked us to review and audit their Bax Token contract. We looked at the code and now...

Security Audits

The Coinfix team asked us to review and audit their MerchantSubscription contract. We looked at the...

Security Audits

As mentioned in our Development Roadmap Part Two, the Kernel is the foundational layer of...

This is the third part of our Ethereum introduction guide. If you haven’t read parts 1 and 2, I...

The Tether team asked us to review and audit their Tether Token contracts. We looked at the code...

Security Audits

The Qiibee team asked us to review and audit their QBX Token contracts. We looked at the code and...

Security Audits

The WAX team asked us to review and audit their WAX Token contract. We looked at the code and now...

Security Audits

The process of building and managing smart contracts is often complex, time-consuming, and prone to...

Announcements