A mobile identity verification method for blockchain applications

Abstract

The invention discloses a mobile end identity verification method facing blockchain application. In the blockchain network, a user must have a private secret key belonging to the user himself / herself, during first-time use, the private secret key is generated at a mobile end, an address only through which the user himself / herself can be identified is generated according to the private secret key, the address is open in the blockchain network, and specific steps of identity verification are as follows, the unique private secret key is generated; the private secret key is saved at a sand box of the mobile end; when an APP is utilized to send a blockchain network request, the unique open address is generated through the private secret key; after the private secret key is generated, the user is prompted to save the private secret key; for non-first-time use, input registration can be directly carried out. The method is advantaged in that a problem that the unwilling-to-open private information of the user is exposed in a traditional APP is solved, not only can privacy protection of the user is realized, but also the identity verification function can be effectively carried out.

Description

technical field [0001] The present invention relates to a decentralization-oriented blockchain account book technology application and a mobile terminal local identity verification method, in particular to a blockchain application-oriented mobile terminal identity verification method. Background technique [0002] Blockchain technology, blockchain is a new type of decentralized protocol that can safely store digital currency transactions or other data, information cannot be forged and tampered with, and transaction confirmation on the blockchain is shared by all nodes on the blockchain Completed, the consistency is guaranteed by the consensus algorithm. A public ledger is maintained on the blockchain to store the balance of all users on the blockchain network. The public ledger is visible to any node on the storage block, thereby ensuring that it cannot be forged and tamper. [0003] A traditional APP with a central server sends a network request to the background login int...

AI Technical Summary

Problems solved by technology

[0004] Obviously, this process is too cumbersome, and the account name and password closely related to their own interests are handed over to a third-party central server for safekeeping, and even the user's own private information is also disclosed on the third-party central server. Users need to be completely independent. Therefore, we introduce a mobile identity verification method for blockchain applications to simplify the verification process and ensure that users can freely use blockchain applications

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