Clean Code for Modern Systems
Deep dives into Rust and Solidity. Because elegant code isn't just readable—it's safe, efficient, and built to last.
Latest Masterclasses
Rust `std::mem::swap` and `std::mem::drop`: Controlling Value Movement and Destruction Precisely
Optimizing Rust with `std::sync::Mutex` and `RwLock` for Contended Shared State
Designing Safe and Predictable Solidity Loop Patterns
Building a Safe ERC20 Rescue Function for Accidental Token Transfers in Solidity
Preventing Insecure Randomness in Rust: Generating Tokens, Keys, and Nonces Safely
Solidity Storage vs Memory vs Calldata: Choosing the Right Data Location
Building a Safe ERC20 Batch Transfer Helper in Solidity
Building a Typed Finite State Machine in Rust
Preventing Secret-Dependent Branching in Rust: Writing Control Flow That Does Not Leak Sensitive State