Framework for formal verification of smart contracts across 47 blockchains with mathematical proof guarantees
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Chains Supported
3.2M
Contracts Verified
12B+
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Verifiable Contracts uses formal verification to ensure smart contracts function exactly as mathematically designed specifications on Ethereum, Solana, and other major blockchains.
Automated theorem proving reduces security vulnerabilities by 98% compared to traditional testing methods.
Seamless smart contract validation works across 47 different blockchain execution environments.
Instant feedback loops ensure contracts meet verification requirements before deployment.
Post-deployment validation ensures contracts maintain verified properties during execution.
Verifiable Contracts uses a three-phase validation process that includes:
This process guarantees contracts will behave exactly as mathematically proven specifications dictate, with no runtime deviations possible.
Checks all proposed contracts against formal validation rules before deployment
Generates mathematical proofs for contract correctness at runtime
Continuous validation of smart contract execution paths post-deployment