💥The 4-Layer Architecture of #Chainbase : The Engine of the Web3 Revolution
Chainbase is redefining access to blockchain data with a modular four-layer architecture that addresses fragmentation and inefficiency. This design, intended for developers and the future of AI, is the foundation of its proposal.
Data Accessibility Layer
Imagine a vast "data lake" that stores information from over 200 blockchains. This layer is the entry point, offering real-time access to raw and processed data. For developers, this means they can query information from Ethereum, Solana, or Polygon from a single place, without the need to maintain individual nodes. It uses zero-knowledge proofs to validate the integrity of the data securely, ensuring that the information you consume is always reliable.
Co-Processing Layer
This is where the magic happens. Developers can use Manuscripts, which are programmable scripts in languages like Python or Rust, to transform and standardize data. This allows them to create custom data flows, ready to feed AI models or DApps. This flexibility dramatically reduces development time and costs, allowing creators to focus on innovation rather than infrastructure.
Execution Layer
Speed is a critical factor in Web3, and Chainbase knows this. Its Chainbase Virtual Machine (CVM) enables parallel data processing, achieving latency below 22 ms. This is essential for applications that require real-time decisions, such as algorithmic trading or blockchain gaming.
Consensus Layer
Security is non-negotiable. With the CometBFT protocol, Chainbase ensures instant finality and resistance to attacks. Furthermore, its innovative dual staking model, which combines tokens $C and ETH, strengthens the economic security of the network.
Chainbase externalizes blockchain data so that companies can focus on their product.
