Map end-to-end, multi-contract user flows and interactions from your smart contract code via drag-and-drop, instead of manually hand-crafting test scenarios and edge cases. Explore the state space of any transaction sequence you design.
Configure concrete and symbolic input values to control the breadth of the state space search. State Space will mathemtically synthesize the structured dynamic inputs that excersise all feasible paths for the scenario throughout the protocol.
Automatically enumerates all feasible execution paths by symbolically executing the bytecode under full EVM semantics, mathematically determining the input values and conditions. This approach maximizes depth and breadth of coverage and edge case discovery for any set of interoperating smart contracts.
Use the generated state space to export decoded, comprehensive, and fully reproducible Foundry and Hardhat test suites that represent the exact behavior of your code. State Space verifies all output with multiple reference implementations to verify the accuracy of the test suite. Implement a workflow for automated regression test generation to surface the smallest of behavior changes with each code update.
Use an intuitive visual interface to analyze, validate, and certify the protocol behavior. Inspect contract values, storage, balances, and state changes as a timeline across each transaction. Flag behaviors for correctness and unexpected behavior, uncovering edge cases that could impact reliability and security.
Invite internal peers or external auditors to participate in validation workflows. Share findings, collaborate on test cases, and streamline the testing and validation process through a unified interface.