C Token's Dual-Chain Architecture Ignites Web3! Dual Staking + Theia Model, Dual Breakthroughs in Data Security and Efficiency!
Chainbase officially launches a revolutionary dual-chain architecture that separates data processing from consensus mechanisms, completely solving the issue of blockchain data fragmentation. Through the collaborative operation of a programmable data chain and a secure consensus chain, the C Token network achieves a throughput of 100,000 data queries per second while keeping latency under 50 milliseconds, a tenfold improvement over traditional solutions.
Accompanying this is the dual staking mechanism (CBT + ETH/LST) which serves as the core protection for network security. Validators must stake two types of assets to participate in consensus. This design not only introduces Ethereum-level economic security but also enhances the network's attack resistance to five times that of traditional PoS mechanisms through EigenLayer's restaking technology. Currently, over 2,000 nodes are participating in staking, with the total amount staked accounting for 35% of the circulating supply of C Token.
In-depth Technical Analysis:
At the data processing layer, Chainbase's Theia AI model becomes a key innovation point. This model is trained on on-chain verified data, showing a 30% reduction in perplexity compared to GPT in scenarios such as DeFi risk assessment and game NPC behavior prediction, and a 25% improvement over BERT benchmark performance. The open-sourced Theia has been integrated by over 100 projects, including social trading protocols like Friend.tech 2.0, promoting the deep integration of AI and Web3.
It is worth noting that Chainbase's dual-chain architecture supports storage solutions like Lakehouse and Arweave. By merging VectorDB with GraphDB, AI data query efficiency is improved by 50%. This design not only meets the current needs of AI applications but also leaves room for upgrades in the quantum computing era, ensuring that the C Token network maintains technological leadership in the next five years.
