A layered verification and data rights allocation system and method

By using a hardware-based root of trust-based hierarchical verification and data rights allocation system, the problems of high verification latency, offline unavailability, and insufficient data rights protection in the traditional CA system are solved, enabling fast, secure, and fair data rights confirmation and benefit allocation.

CN122372213APending Publication Date: 2026-07-10HANGZHOU YUHUA SIGN TECHNOLOGY CO LTD +4
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Patent Information

Authority / Receiving Office
CN Β· China
Patent Type
Applications(China)
Current Assignee / Owner
HANGZHOU YUHUA SIGN TECHNOLOGY CO LTD
Filing Date
2026-04-14
Publication Date
2026-07-10

AI Technical Summary

Technical Problem

The existing data ownership confirmation, verification and transaction system has problems such as high verification latency, offline unavailability, strong dependence on CA institutions and insufficient protection of data rights. In particular, it affects user experience and makes it difficult to achieve quantitative assessment and low-cost allocation in high-concurrency scenarios and edge computing environments.

Method used

A layered verification and data rights allocation system based on hardware trust roots is adopted, including a unified certificate management root trust server, a trusted CDN edge node, a five-data package terminal, and a blockchain smart contract layer. Through low-frequency central authentication and high-frequency edge verification, 6G collaborative communication, quantum-resistant cryptography, and Beidou positioning modules, rapid independent verification and dynamic revenue allocation are achieved.

Benefits of technology

It reduces the latency of a single verification to 1-5 milliseconds, supports offline verification, provides unforgeable spatiotemporal proofs, resists the threat of quantum computing, achieves fair allocation and global coverage of data rights, and reduces on-chain transaction costs.

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Abstract

This invention discloses a hierarchical verification and data rights allocation system based on a hardware root of trust, comprising: a unified certificate management root trust server, used to interface with certificate authorities to complete the qualification certification of electronic signature creation institutions and manage the verification data set; a five-digit terminal, used to perform private key signing on data hashes or electronic signature data; multiple trusted content distribution network edge nodes, used to receive the signature data of the five-digit terminal, independently complete signature verification and generate a certificate of ownership including the edge node hardware signature, and report the certificate of ownership to the unified certificate management root trust server; a blockchain smart contract layer, used to store the certificate of ownership, register data assets, verify the source of data hashes, and automatically execute revenue distribution; the certificate of ownership generated by the multiple trusted content distribution network edge nodes after the signature verification is passed is solidified to the blockchain by the unified certificate management root trust server, serving as the sole basis for data ownership proof and subsequent revenue distribution.
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