Technical Patents

Through a bio-inspired routing model and role-based mechanism, we develop a highly efficient peer-to-peer network architecture. This system enables fast communication and protocol execution, supporting a blockchain system operating near traditional database efficiency. This ensures seamless handling of vast access requests from zero-knowledge bookkeeping (zk-bookkeeping) while minimizing data tampering risks.

Decentralized Identity Verification

We authenticate user identity using elliptic curve digital signature technology. Users provide proof of identity, validity period, purpose, and supplementary information, generating a time-limited and authorized identity certificate using a designated private key. This independent verification process ensures each zero-knowledge bookkeeping entry is endorsed by professionals or enterprises, deterring errors in bookkeeping.

ZK- Proof Blockchain Preservation of Evidence

Our method transforms data into matrix format, incorporating noise data and performing coordinate axis rotations. This process creates verifiable metadata consistent with the original data but cannot be reversed to obtain the original data.

Real-Time Generation of Accounting Reports Based on ZK- Proof Blockchain Preservation of Evidence

By embedding difference value metadata of accounting reports into the noise injection process, we achieve zero-knowledge bookkeeping. This enables real-time generation of accounting reports, including reporting period, list of included metadata, and environmental parameters like exchange rates, based on zero-knowledge blockchain certification.

Audit Method Based on ZK- Proof Blockchain Preservation of Evidence

Using specific algorithms, audits are swiftly conducted to verify the existence, order, and accuracy of metadata in accounting reports. The zero-knowledge proof method confirms metadata authenticity and consistency with the blockchain. This ensures an efficient audit method based on zero-knowledge blockchain certification.