Digital asset processing method based on distributed shared general ledger

Abstract

The invention discloses a digital asset processing method based on distributed shared general ledger. The method comprises following steps: a first user terminal, a second user terminal, and a third user terminal are connected to a distributed shared general ledger network; the first user terminal generates a charging digital asset transaction request for supplementing asset to a third user digital asset account from a first user digital asset account, and the charging digital asset transaction is judged, saved and shared by each user terminal; after the request is successfully confirmed, the stored asset of the third user digital asset account is increased accordingly, and the debt of the first user digital asset account is increased accordingly; after the third user terminal selects to buy products belonging to the second user terminal, the third user terminal generates a paying digital asset transaction request for paying asset to the second user digital asset account from the third user digital asset account, and the paying digital asset transaction is judged, saved and shared by each user terminal; after the request is successfully confirmed, the stored asset of the third user digital asset account and the stored asset of the second user digital asset account are reduced and increased accordingly.

Description

technical field [0001] The invention belongs to the field of digital asset transactions, in particular to a method for processing digital assets. Background technique [0002] At present, with the rapid development of global information technology, Internet digital assets are getting more and more attention and attention. Existing Internet digital assets usually include all digital assets that can be used for transactions, such as electronic currency, virtual currency, and even online accounts. [0003] In traditional digital asset transactions, after the transaction is confirmed by the transaction confirmation module of the network center, people will carry out digital asset payment, transfer, recharge, accumulation of points and other transactions. However, the structure of this single network center has the following defects: ( 1) If the transaction confirmation module of the single-center network fails, the transaction cannot be confirmed; (2) The capacity of the single...

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Problems solved by technology

[0003] In traditional digital asset transactions, after the transaction is confirmed by the transaction confirmation module of the network center, people will carry out digital asset payment, transfer, recharge, accumulation of points and other transactions. However, the structure of this single network center has the following defects: ( 1) If the transaction confirmation module of the single-center network fails, the transaction cannot be confirmed; (2) The capacity of the single-center network is limited, and many transactions cannot be confirmed quickly, resulting in transactions that cannot be carried out in real time and accurately, affecting the smoothness of the transaction process (3) If the single center network is attacked and utilized, malicious behaviors such as arbitrarily tampering with the transaction content, forging the transaction content, and maliciously confirming or rejecting the normal transaction will occur, then the digital asset transaction will be paralyzed, and it will not even be able to be accessed. people use

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