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 ...

Welcome to the second part of this guide. If you haven’t read part 1, I highly recommend it to...

Security Insights

Welcome to the first part of a two-posts series aimed at software developers looking to understand...

Security Insights

One of the biggest advantages of Ethereum is that every transaction of moving funds, every contract...

Products

During the last months we've been designing and developing a prototype of the zeppelin_os Kernel....

Products

On 2017 we saw a mind-blowing number of crowdsales and ICOs running in the Ethereum blockchain....

Security Insights

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

Security Insights Products

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

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

Announcements

The rate of innovation in building decentralized applications is limited by the manual and...

Announcements

As mentioned in our Development Roadmap Part One, the smart contract industry is in urgent need of...

Announcements Products

The foundational layer of ZeppelinOS is the Kernel: an on-chain set of libraries offering common...

Announcements Products

This is the second part of our Ethereum introduction guide. If you haven’t read part 1, I highly...

Security Insights