Alliance chain node secret-key distribution and backup system by improved BIP protocol

Abstract

The invention relates to an alliance chain node secret-key distribution and backup system by an improved BIP protocol. The method comprises four parts including a seed construction module, a secret-key derivative module, a secret-key backup module and a secret-key recovery module, wherein the seed construction module is used for generating a secret-key seed organized in an alliance chain network;the secret-key derivative module is used for calculating an NVP node secret-key pair by using the secret-key seed, and comprises two parts including NVP node secret-key derivation and NVP public-key calculation; the secret-key backup module is used for backing up the secret-key seed and an index sequence input by an NVP node in the secret-key derivative module, and comprises a seed backup module and a derivative index backup module; and the secret-key recovery module is used for recovering the secret key of the NVP node after the secret key of the NVP node is lost, and comprises three parts including a seed recovery sub-module, an index recovery sub-module and a secret-key recovery sub-module. The invention creates a safe and reliable secret-key relationship system, which can safely generate seeds and store backup; and multi-secret-key extension is supported.

Description

Technical field [0001] The present invention relates to the technical field of block chains, in particular to an improved BIP protocol-improved alliance chain node secret key distribution and backup system. Background technique [0002] The self-trust of the blockchain is mainly reflected in the fact that users distributed in the blockchain do not need to trust the other party of the transaction, nor do they need to trust a centralized organization, only need to trust the software system under the blockchain protocol to realize the transaction. The premise of this self-trust is the consensus mechanism of the blockchain, that is, in a mutual distrust market, the necessary and sufficient condition for each node to reach agreement is that each node is motivated to maximize its own interests. In consideration, they will spontaneously and honestly abide by the pre-set rules in the agreement, judge the authenticity of each record, and finally record the judged true record in the blockc...

AI Technical Summary

Problems solved by technology

[0006] In order to solve the problem that in a single organization in the alliance chain network, one VP node has multiple NVP nodes, the NVP node secret key distribution and backup are complicated and inconvenient to manage, the invention proposes the alliance chain NVP node secret key based on the improved BIP protocol Allocation and backup method

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