A mathematical approach to proving that smart contract code behaves exactly as intended for all possible inputs.
A mathematical approach to proving that smart contract code behaves exactly as intended for all possible inputs. Unlike testing which checks specific cases, formal verification proves correctness exhaustively. It's the gold standard for security but expensive and time-consuming, so it's usually reserved for critical code.
A professional security review of smart contract code to find vulnerabilities before deployment.
Self-executing code stored on a blockchain that runs when conditions are met.
The main programming language used to write smart contracts on Ethereum and EVM-compatible chains.
Application Binary Interface.
A way to make crypto wallets behave more like normal apps by turning every account into a smart contract.
The Ethereum standard for account abstraction without changing the core protocol.
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