In the evolution of blockchain technology, the interconnectivity of data has become a key factor driving the development of Web3, yet this field has long faced challenges of efficiency and security. Chainbase has quietly risen, using its Hyperdata Network as a foundation to build a bridge connecting on-chain and off-chain data for developers and users, opening a new chapter for Web3. Let us step into Chainbase together and explore how it reshapes a data-driven future through innovative architecture.
The foundation of Chainbase lies in its dual-chain architecture, divided into the Consensus Layer and Execution Layer, supporting 15 mainstream networks such as Ethereum, Solana, and Polygon as of August 2025. The Consensus Layer is based on CometBFT and DPoS consensus mechanisms, ensuring the immediate finality and security of data, with an upgrade in July 2025 reducing block confirmation time to 2 seconds and processing over 1 billion transactions. The Execution Layer provides parallel computing capabilities through the Chainbase Virtual Machine (CVM), supporting large-scale data processing, with an optimization in June 2025 increasing data throughput by 30%, and TVL approaching $250 million.
The dual-chain design enhances decentralized security through Eigenlayer AVS, with the testnet in August 2025 attracting 5,000 node participants, demonstrating its network's scaling potential. The solidity of the technology is also reflected in its developer ecosystem. Chainbase provides chainbase-sdk, allowing developers to write Manuscripts (data transformation scripts). The 'Data Innovate' event in August 2025 allocated rewards to 50 outstanding developers, covering DeFi data analysis and NFT market tracking. Developers can test Manuscripts locally, verify them in a sandbox environment before launching them on the network, and the sandbox upgrade in July 2025 supports Python and Solidity scripts, attracting over 300 projects to go live.
Data Sync service enhances synchronization speed to 100,000 records per second with the optimization in June 2025 through fast historical data synchronization and real-time incremental updates, while API call volume exceeds 100 million. However, the foundation's stability is not without challenges. The complexity of the dual-chain architecture may increase node operating costs, and the parallel computing requirements of CVM demand high hardware specifications. Testnet data from July 2025 shows that 20% of nodes dropped out due to insufficient hardware.
In the future, if Chainbase optimizes node thresholds and expands support for more chains, its foundation could support a new height of the Web3 data ecosystem. This foundation paves the way for data in Web3. Each consolidation enhances the potential of blockchain, and we look forward to its prosperous future together.
