EVM Smart Contract Security Bootcamp

Implement a formal SDLC for EVM contracts, integrating security from design to deployment. Learn to use Foundry and Hardhat for automated testing and fuzzing.

Identify and remediate critical flaws like reentrancy, oracle manipulation, and logic errors. Master static analysis with Slither and dynamic testing with Echidna.

Write cost-effective contracts that save end-users money. Techniques include storage packing, function visibility, and efficient data structures for up to 40% gas reduction.

Deploy upgradeable systems using UUPS, Transparent, and Beacon proxies. Understand storage collisions, initialization risks, and secure upgrade procedures.

Apply mathematical reasoning to prove contract correctness. Introduction to tools like Certora Prover to specify and verify critical business logic properties.

Develop a playbook for security incidents. Analyze real-world exploits (e.g., Nomad, Wormhole) to understand root causes and implement effective mitigations.

Implement a CI/CD-integrated security pipeline with Slither, Foundry fuzzing, and custom invariant tests to enforce security gates on every commit.

Develop and practice a clear incident response playbook for vulnerability disclosure, emergency pauses, and upgrades, minimizing exploit impact.

Attack real, vulnerable smart contracts in a controlled sandbox. Our labs simulate the top 20 most common EVM vulnerabilities, from reentrancy to oracle manipulation, based on real-world exploits.

Learn to review Solidity code like a professional auditor. We deconstruct high-profile exploits and teach systematic review patterns used by firms like OpenZeppelin and Trail of Bits.

Master industry-standard tools: Slither for static analysis, Foundry for fuzzing, and Echidna for property testing. We provide configured environments and best-practice workflows.