DNS Registry Blockchain Address Assignment

The patent introduces a registry signature verification program as an intermediary component that bridges the DNS registry system and the blockchain network. This program receives domain name registration data from the registry, verifies it through cryptographic signatures, and submits verified data to the blockchain. This intermediary approach enables domain name integration while isolating the complexity of verification logic from both the registry and blockchain systems, thus enhancing user interaction without proportionally increasing overall system complexity.

The patent segments the domain name integration process into distinct functional modules: (1) the DNS registry that manages domain registrations, (2) the registry signature verification program that handles cryptographic verification, and (3) the blockchain network that stores and validates the data. This segmentation allows each component to be developed, maintained, and secured independently, reducing the burden of managing overall system complexity while enabling enhanced user interaction through domain name addresses.

The patent implements preliminary cryptographic signature generation at the DNS registry before data is submitted to the blockchain. The registry signs domain registration data with its private key and includes the signature in the registration request. This preliminary action ensures that verification at the blockchain level only requires signature validation rather than full cryptographic verification, significantly reducing processing time while maintaining high security standards.

The patent replaces complex multi-step verification mechanisms with streamlined cryptographic signature verification. Instead of implementing elaborate ownership verification protocols, the system uses digital signatures where the registry signs data with its private key and the blockchain verifies using the registry's public key. This substitution reduces computational requirements and processing time while improving security through well-established cryptographic principles.

The patent extracts the signature verification logic from the blockchain consensus process and places it in a dedicated registry signature verification program. This program operates as a separate entity that pre-validates registry signatures before submitting data to the blockchain. By taking out verification from the main consensus process, the blockchain network only needs to validate the verification program's output rather than re-verify all signatures, significantly reducing network load while maintaining data integrity through the extraction of critical verification functions.

The registry signature verification program performs self-service by autonomously validating registry signatures and filtering valid data before submission to the blockchain. It independently manages the verification process, maintaining a cache of registry public keys and automatically updating them. This self-service approach reduces the burden on the blockchain network, as the verification program handles preliminary validation without requiring extensive network consensus, thus ensuring data integrity while minimizing network load.