State Space is a visual formal verification solution for Ethereum-compatible (EVM) smart contracts, providing formally derived test case generation, advanced security analysis, and code behavior validation.
State Space helps you understand, validate, test, and document the behavior of smart contracts with mathemtical precision. leverages dynamic symbolic execution and a fully defined EVM semantics model to automatically generate and visualize the complete state space of multi-contract protocols. Rather than proving absence of bugs, it systematically:
Discovers all feasible execution paths by solving path constraints with SMT solvers
Generates concrete input values that trigger each unique execution path
Visually maps the entire behavior space of your smart contracts
Surfaces both expected behaviors and edge cases that traditional testing often misses
Uses fully defined EVM semantics for deep path coverage and edge case discovery simulating on-chain execution
Unlike manual testing where engineers create specific test cases, State Space automatically explores your contract’s behavior space, creating a comprehensive visual representation that allows security engineers to inspect actual contract behavior under all possible inputs and conditions.