Technical Overview

Architecture

The technical architecture of Flux is designed to be robust, flexible, and scalable, supporting a seamless user experience across multiple blockchain networks.

• Blockchain Selection: Flux will initially support Ethereum due to its widespread adoption and mature ecosystem. Subsequent integration will include other EVM-compatible blockchains like Binance Smart Chain (BSC), Polygon, and Avalanche to leverage their varying benefits in terms of speed, cost, and community.

• Interoperability Considerations: Inter-blockchain communication is a critical aspect. Flux will utilize existing interoperability protocols such as Cosmos' IBC or Polkadot’s cross-blockchain transfers, depending on the blockchains integrated. For non-native cross-chain interactions, Flux will explore bridge services or develop in-house bridge contracts ensuring security and minimal trust.

• Infrastructure Design: Flux's infrastructure will be cloud-based with multi-region deployment to ensure high availability and fault tolerance. The use of containerization and orchestration tools like Docker and Kubernetes will facilitate smooth deployments and scaling.

• Frontend and Backend Separation: The frontend will be a dynamic web application built with a modern JavaScript framework like React.js for a reactive user interface. The backend, responsible for off-chain computations, will interface with the blockchains and provide a RESTful API consumed by the frontend.

• Data Storage and Caching: A combination of traditional RDBMS for structured data storage and NoSQL databases for flexibility with unstructured data will be used. Caching layers utilizing Redis or similar will optimize data retrieval and API response times.