⛪LEGO's Architecture

2.1 System Architecture

LEGO is built on a decentralized blockchain architecture, combining AI algorithms and encryption technologies to provide real-time and generative data sources for decentralized applications.

• Data Generation Layer: Uses advanced AI technologies to generate real-time data based on the needs of blockchain applications.

• Encryption Layer: After data is generated, it is encrypted in multiple layers to ensure data security and privacy.

• Decentralized Data Network: All data is distributed through a decentralized network, reducing the risk of relying on a single data source.

• Data Verification Layer: Smart contracts automatically validate the data to ensure its authenticity at each stage of the process.

2.2 Data Generation and Encryption Process

1. AI Data Generation: Using deep learning models and other AI technologies, LEGO generates data suitable for smart contracts. This data can either be sourced from external sources (such as financial data, weather data, etc.) or generated through predictive models.

2. Encryption: All generated data is encrypted through multiple encryption processes to ensure security.

3. Decentralized Transmission: The encrypted data is transmitted through a decentralized node network, ensuring that no single point of failure exists.

4. Data Verification: Smart contracts automatically validate the authenticity and integrity of the data, ensuring all blockchain data meets protocol requirements.