CITA

Microservices architecture allows logical nodes to scale across server clusters, enabling capacity increase by adding more servers, as illustrated in the README's architecture diagram.

Loosely coupled microservices communicate via message queues, making it easy to swap components like consensus algorithms or databases to fit specific business requirements.

Decouples consensus and transaction execution into separate services, optimizing throughput and leveraging Rust for efficiency and multi-core utilization.

Uses Rust's memory safety to prevent crashes and provides snapshot tools for data backup, ensuring stability in production environments like banking and insurance.

Supports Solidity, Go, and Rust smart contracts, and integrates with Ethereum development tools such as Truffle and Remix, easing adoption for existing Ethereum developers.