state-invariant-detection

You can detect broken invariants in DeFi smart contracts by inferring mathematical relationships between state variables and pinpointing functions that violate them. This process identifies vulnerabilities like unauthorized minting and accounting desynchronization.

State variable co-modification analysis tracks how variables change together to infer mathematical relationships. It ensures invariant integrity by detecting delta patterns and expression mining anomalies that indicate broken tokenomics or state desynchronization.

You audit a token contract for unauthorized minting by verifying that totalSupply always equals the sum of all user balances. Invariant detection automatically flags functions violating this relationship to prevent supply discrepancies.

You can find accounting desynchronization bugs automatically by analyzing state variable co-modification and delta patterns. This discovers broken mathematical relationships that cause financial losses due to flawed accounting or state desynchronization.

Mathematical relationships like totalSupply equaling the sum of balances or constant product formulas like k equals reserveA times reserveB can be inferred. Violation detection then pinpoints specific functions breaking these invariants.

You need invariant detection when auditing DeFi protocols to prevent financial losses from accounting errors, tokenomics flaws, or state desynchronization. It identifies critical vulnerabilities arising from broken mathematical relationships between state variables.