Chainbase Project Report
I. Project Overview
Chainbase is the world's largest full-chain data network, committed to breaking the fragmentation of blockchain data and building a unified, open, and AI-compatible blockchain data ecosystem. It adopts an innovative dual-chain architecture and a unique four-layer design, converting raw blockchain data into standardized, AI-compatible formats through the Manuscript protocol, addressing the challenge of integrating blockchain data with AI applications, and serving as an important infrastructure for open general artificial intelligence (AGI) economy.
II. Core Technologies
(1) Dual-Chain Architecture
Chainbase combines a consensus layer built on CometBFT with an execution layer integrated with EigenLayer AVS. The CometBFT consensus algorithm ensures the efficient and resilient operation of the data network, while EigenLayer AVS enhances the programmability and composability of cross-chain data, supporting high throughput, low latency, and instant finality. This dual-chain design allows Chainbase to significantly improve processing efficiency while ensuring security in handling blockchain data.
(2) Four-Layer Architecture
1. Data Processing Layer: As the data entry point, it is responsible for receiving and initially processing various types of blockchain data, ensuring the accuracy and completeness of the data. It acts like a “security checkpoint” for data, rigorously screening and preprocessing data entering the system.
2. Consensus Layer: Responsible for establishing consensus on data states, ensuring consistency and reliability of data across different nodes. At this layer, various nodes reach consensus on the state of the data through a consensus algorithm, preventing data from being tampered with or becoming inconsistent.
3. Execution Layer: Responsible for data storage and retrieval functions, providing stable data support for upper-layer applications. This layer acts like a “warehouse” for data, storing vast amounts of blockchain data and enabling quick and accurate data retrieval based on application needs.
4. Co-processing Layer: Responsible for data processing output, providing processed data in an appropriate format to users and applications. It is the final stage of data processing, ensuring that the output data can be easily understood and used by users and applications. #chainbase @ChainbaseHQ
