There are more and more DApps in Web3, covering scenarios like DeFi, GameFi, social networking, etc., but slow data processing has been a bottleneck. Traditional blockchains handle transactions reasonably well, but real-time data queries and cross-platform integration are not effective—developers have to build their own data systems, leading to lag for users. However, @Chainbase Official has restructured the interaction between DApps and blockchain data through 'real-time queries + cross-platform management + efficient searching'.

Three Data Pain Points of Web3 DApps

Traditional blockchains focus on 'decentralized storage and secure value transfer', not on fast data processing, and the problems become apparent as the scale increases:

1. Slow real-time queries: Data scattered in blocks, checking DeFi holdings takes several seconds to sift through records; building a centralized database violates Web3 principles and may cause data delays.

2. Interoperability Issues: Different data formats among chains like Ethereum, BSC, etc. (for example, different addresses), requiring DApps to adapt individually; cross-chain queries are slow and prone to failure, making data alignment difficult.

3. Safety and speed are hard to balance: Tools like IPFS are slow for querying; third-party APIs are fast but prone to failures (in 2023, a platform outage caused 200+ DApps to go down), making it difficult to discern data authenticity.

Three Core Solutions of Chainbase

Achieving 'decentralized security, stability, and speed' through a three-layer design:

1. Real-time Index Layer: Stores raw data + automatic indexing, supports custom rules, checks Ethereum address balances in just 50-100 milliseconds, and verifies data authenticity through hashing.

2. Cross-platform Middleware: Unifies multi-chain data formats, synchronizes decentralized nodes, allowing users to check multi-chain NFT holdings without adaptation, reducing wait time from 10 seconds to under 1 second.

3. Distributed Node Network: Three types of nodes for data collection, index calculation, and data verification, incentivized by C tokens; data is stored in shards, so even if some nodes fail, it won't affect the system, and C tokens can also manage upgrades.

Three Types of DApp Implementation Effects

1. DeFi: After integrating cross-platform tools, clearing response time reduced from 3-5 seconds to 100 milliseconds, loss rate decreased from 5% to 0.5%, and data costs were reduced by 60%.

2. GameFi: After integrating Web3 games, item updates are instantaneous, the battle power ranking query reduced from 5 seconds to 0.5 seconds, and user retention increased by 30%.

3. Data Analysis Platform: Obtaining multi-chain data through a unified interface, integration time reduced from 7 days to 1 hour, analysis dimensions expanded from 10 to 50, and paid conversion increased by 25%.

Chainbase breaks the limitations of traditional blockchains, solving the slow data issue of DApps. In the future, it will continue to optimize, promoting more complete Web3 functionalities, smoother experiences, and larger scales, serving as a key foundation for the data revolution in Web3.

@Chainbase Official #chainbase $C