Blockchain computing power chaining implementation method

Abstract

The invention discloses a blockchain computing power chaining implementation method, which comprises the steps that: computing power data of third-party digital assets is determined and is used for value exchange between a computing power supplier and a user; a data acquisition and processing module needs to apply a cross-chain technology, receives computing power output, and maps and outputs thecomputing power data on a chain; and the computing power supplier accesses the blockchain through a smart contract, and transfers the computing power output to an output pool day by day after accessing the blockchain; the smart contract verifies the effectiveness of the computing power through the daily output receiving situation, and allocates the output computing power data to a computing powersupplier account; the computing power supplier can sell the usufruct in a certain period to a computing power purchaser through a computing power transaction smart contract, and the usufruct is settled by using a stable currency on the chain. According to the blockchain computing power chaining implementation method, the regional chain technology is used to fuse the digital asset computing power ecology, the rights and interests of computing power holders are introduced into a consensus mechanism to guarantee the safety on the chain, the digital asset ecology is expanded by using the technologies of smart contracts, cross-chains and the like, and the application scenarios such as high-concurrency quick payment and the like are realized.

Description

technical field [0001] The present invention relates to the field of block chains, in particular to a method for implementing block chain computing power on-chain. Background technique [0002] With the development of the main chain-parachain mechanism, more users hope that the parachain can also support private transactions. Common privacy transactions include ring signatures, zero-knowledge authentication, and DASH; among them, ring signatures and DASH only support transfer transactions, which cannot meet the privacy protection needs of users for various types of transactions; zero-knowledge authentication consumes huge resources. It is not suitable for clients to construct private transactions; moreover, none of these three private transactions can be supervised, and legal entities cannot protect individuals if necessary. Therefore, there is a need for a blockchain computing power on-chain implementation method that can effectively solve the above problems. SUMMARY OF ...

AI Technical Summary

Problems solved by technology

Common privacy transactions include ring signatures, zero-knowledge authentication, and DASH; among them, ring signatures and DASH only support transfer transactions, which cannot meet the privacy protection needs of users for various types of transactions; zero-knowledge authentication consumes huge resources. It is not suitable for clients to construct private transactions; moreover, none of these three private transactions can be supervised, and legal entities cannot protect individuals if necessary

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