Blockchain to verify transaction data

It mainly proposes an automated event processing computing platform that can process event information, generate trust information, and execute smart contracts on the blockchain. Here are the key points:

Automated event processing platform:

Event information collection: The platform collects event information from multiple sources (such as user devices, enterprise systems, supply chain systems, etc.), including transaction data, personal information, enterprise information, supply chain information, etc.

Trust information generation: By analyzing the collected event information, the platform uses machine learning models to generate trust information for evaluating the trustworthiness of individuals or enterprises.

Blockchain storage: The generated trust information and event records are stored on the blockchain to ensure the security and immutability of the data.

Blockchain data enrichment:

Blockchain network architecture: The document describes the blockchain network architecture using full nodes and lightweight nodes, where full nodes store a complete copy of the blockchain, while lightweight nodes store partial copies.

Smart contract execution: The platform executes smart contracts on the blockchain, which automatically execute transactions and other operations based on trust information and other conditions.

Multi-chain strategy: Use the strategy of main chain and side chain to store different types of data, the main chain stores trust information, and the side chain stores a large amount of event information.

User and enterprise trust management:

User authorization: Users need to authorize the platform to access their personal information and accounts so that the platform can collect event information and generate trust information.

Trust model update: The platform regularly updates the trust model and retrains the model with new event information to ensure the accuracy of trust information.

Trust information application: Trust information is used in a variety of scenarios, including smart contract execution, loan approval, market analysis, etc.

Transaction verification and smart contracts:

Transaction verification: The platform provides transaction verification services to ensure the authenticity and validity of transactions.

Smart contract conditional logic: Smart contracts contain conditional logic based on trust levels. Contracts will only be executed when specific conditions are met (such as trust levels above a threshold).

New block generation: After executing the smart contract, the platform generates a new block containing updated data and broadcasts it to the blockchain network.

User and enterprise interface:

User authorization interface: The document shows an example of the user interface for the user authorization process, including steps such as credit report checking and account linking.

Enterprise integration configuration: Enterprises can provide integration configuration information so that the platform can securely access their internal events and supply chain information.

Security and privacy protection:

Encryption and digital signature: Use encryption technology and digital signatures to ensure the security of data during transmission and storage.

Access control: Users can configure who can access their trust information and the access time.

Incentive mechanism:

Token rewards: The platform obtains token rewards by generating new blocks and participating in the blockchain network, and these tokens can be allocated to users to provide event information incentives.

Third-party incentives: Third parties can incentivize users to provide event information by purchasing tokens or providing other rewards.

It shows how to use blockchain technology and automated event processing platforms to verify transaction data, generate trust information, and use this information in a variety of application scenarios.