Cross-Chain Service Verification Contracts for Secure Data Relay

The patent implements automated verification through smart contracts that self-execute verification logic. The verification contract automatically checks service legality and the relay device automatically forwards data, eliminating manual intervention while maintaining security through cryptographic verification mechanisms.

The patent replaces manual verification processes with automated smart contract execution. The verification contract uses cryptographic mechanisms and automated logic to replace manual security checks, enabling efficient automated cross-chain processing without compromising security.

The patent divides the relay function into multiple independent relay devices instead of a single centralized coordinator. Each relay device independently verifies and forwards data, segmenting the system to eliminate single point of failure while maintaining coordinated operation through shared verification contracts.

The patent introduces verification contracts as intermediary mechanisms between blockchains. These contracts mediate the verification process automatically, allowing multiple relay devices to coordinate without direct complex communication, simplifying the overall system structure while enabling distributed operation.

The patent implements verification logic in advance through smart contract deployment. The verification contract is pre-programmed with the necessary verification logic, so when data needs verification, the contract automatically executes the pre-defined checks, enabling fast automated verification without complex real-time computation.

The patent changes the verification approach from complex real-time computation to parameter-based verification. The verification contract uses cryptographic parameters and predefined conditions to quickly determine validity, reducing computational complexity while maintaining high verification speed through efficient parameter comparison.