During the development of Web3 applications, one of the biggest challenges developers face is blockchain data. Each blockchain has its own mechanism, data is fragmented, and querying often requires connecting multiple RPCs, running separate nodes, or using complex subgraphs. This is exactly why Chainbase was created — as a decentralized data backbone for the entire Web3 ecosystem.

Why did Chainbase emerge?

Blockchain stores data permanently, but accessing and using data is extremely difficult.
For example: if you want to build a multi-chain wallet supporting 10 blockchains, you will need:

  • Connect a multitude of different nodes.

  • Write custom parsers to handle raw data.

  • Still facing latency and downtime.

Chainbase solves everything by placing itself above multiple blockchains, transforming raw transactions into clean, queryable datasets. Developers only need to call SQL, GraphQL, REST, or even stream real-time data, without the need for manual indexing, server maintenance, or waiting.

The 'secret' architecture of Chainbase

Chainbase's technology is built for both speed and reliability:

  • Two-chain design:

    • One chain (based on Cosmos) handles consensus, ensuring data is confirmed instantly.

    • The other chain (combined with EigenLayer) performs processing and transforms data from blockchain.

  • Manuscripts (Data manuscripts):
    Imagine them as 'formulas' for blockchain data. Anyone can write a Manuscript to turn raw transactions into useful data, for example: the entire NFT transaction history on Ethereum. These Manuscripts are shared andthe creator will receive rewards when others use them..

  • Proofs & Storage:
    Every dataset from Chainbase comes withauthentication proofs, often stored on Arweave, ensuring datacannot be altered.

👉 Result: a reliable, decentralized data tool, faster than running your own infrastructure, and safer than centralized services.

Multi-chain from design

Currently, Chainbase supports over 80 blockchains, including Ethereum, Polygon, Arbitrum, Bitcoin, Tron, Sui, TON… and is expected to reach 200+ blockchains by the end of 2025.

This enables developers:

  • Query ERC-20 on Ethereum and token balances on Tron in the same API.

  • Stream multi-chain NFT transaction data in real-time.

  • Build dashboards, bots, analytics tools without touching any RPC nodes.

Outstanding performance

Chainbase stands out thanks to:

  • Speed: Queries return results in milliseconds, indexing is 10 times faster than traditional subgraphs.

  • Scalability: Processing over 60 GB of data/second, having provided over 500 petabytes with 99.9% uptime.

  • Data freshness: Events like token swaps or NFT mints are updated almost instantly, no longer delayed by minutes.

👉 With DeFi dashboard or AI trading agent, this is an extremely important factor: data goes where actions follow.

Real-world applications

Chainbase is currently supporting various Web3 products:

  • Multi-chain wallet: display assets and transaction history across multiple chains.

  • NFT Marketplace: track floor prices, rarity, real-time transactions.

  • DeFi Dashboard: display liquidity, volume, instant yield.

  • Security tools: scan on-chain data to detect hacks, scams, or unusual transactions.

Projects like Keystone Wallet, NFTScan, UniPass state that Chainbase has helped them save on backend development monthly.

Toolkit for Developers

Not just stopping at raw data, Chainbase also provides:

  • Query Studio: run SQL/GraphQL directly.

  • DataSync: bring blockchain data into Snowflake, BigQuery, or private DB.

  • Streaming APIs: track real-time events.

  • No-code pipelines: deploy data without writing backend.

  • AI-native tools (under development):query blockchain data using natural language, for example:
    "Show all NFTs minted on Arbitrum in the last 24 hours."

Compare with competitors

  • The Graph: Decentralized, strong community but needs to write subgraph, slower speed.

  • Covalent: Covers many chains, good API but still centralized.

  • Chainbase: Superior speed, real-time, diverse support (SQL, GraphQL, REST, stream).

Chainbase can be seen as the next generation of Web3 data infrastructure.

Development roadmap

In 2024, Chainbase has:

  • Launch decentralized testnet.

  • Open validator program.

  • Collaborate with Walrus Protocol to build WalruS3 – decentralized data lake.

In 2025, Chainbase's plans include:

  • Launch mainnet with staking and delegation mechanism.

  • Expand to 200+ blockchains.

  • Release AI-native tools for data queries.

  • Complete the Manuscripts & Data Zones ecosystem.

Conclusion

For Web3 to serve billions of users, data needs to be fast, stable, and easily accessible. Chainbase is addressing this issue at its core, by combining decentralization with developer-friendly tools.

Imagine Chainbase as the cloud data warehouse of the blockchain era — but open, transparent, and optimized for AI. This could be the 'data operating system' for the entire Web3 in the future.

♡𝐥𝐢𝐤𝐞💬 ➤ #Chainbase @Chainbase Official $C