A hands-on coding guide for Solidity smart contract engineers implementing post-quantum signature verification, hash-locks, and fallback mechanisms.
Best practices for writing gas-efficient memory management routines in Yul and inline assembly to unpack large ML-DSA signatures without triggering stack-too-deep compiler errors.
How smart contract developers can implement lightweight Lamport or Winternitz one-time signature schemes today on standard EVM chains without waiting for protocol-level precompile hard forks.
Designing contract architectures with swappable signature verification modules (ERC-1271), allowing decentralized protocols to upgrade their cryptographic schemes seamlessly as standards evolve.