Gas Optimization
Gas optimization refers to the technical process of writing and executing smart contracts to minimize the computational resources required for transactions on a blockchain. Because every operation on networks like Ethereum costs gas, developers aim to reduce the complexity of code to lower user fees.
In the context of derivatives, this involves streamlining contract calls, minimizing storage reads and writes, and batching transactions to improve cost efficiency. Efficient gas usage ensures that complex financial instruments remain economically viable for users.
High gas costs can act as a barrier to entry, so protocols that prioritize optimization often gain a competitive advantage. It is a critical aspect of protocol physics and smart contract engineering.