Chainbase: From Manuscript to Data Assets, Ushering in a New Paradigm for AI-Native Data Networks
The core concept of Chainbase: Data is an asset.
In the new era where artificial intelligence and blockchain technology intersect, Chainbase is attempting to reshape the very definition of “data”. It believes that data is not just a resource, but also an “asset” that can be structured, standardized, traded, and incentivized.
However, achieving this goal is not easy — currently, the data on the blockchain is severely fragmented, making it difficult to directly supply AI models or DApps; while off-chain data faces issues such as privacy, security, and lack of standardized structure. The solution proposed by Chainbase revolves around a concept: “Manuscript.”
What is Manuscript?
Manuscript is the soul component of Chainbase.
It is a programmable scripting language that allows developers to define data processing logic: from extracting raw data, format conversion, cleaning and normalization, to generating structured results that can be directly used by AI or smart contracts.
You can think of it as an “ETL script” for on-chain data, but with the following characteristics:
- Decentralized execution: Running in the Chainbase Virtual Machine (CVM)
- Standardized output: Ensure data is compatible with AI models
- Realizable resources: Developers can convert Manuscript into data assets and earn query revenue.
This mechanism allows data contributors to no longer be “free laborers,” but rather content creators who possess intellectual property rights and revenue rights.
How does Chainbase serve AI and Web3?
The design goal of Chainbase is to become a data platform that can be directly read and verified by AI. This means it must simultaneously address:
- Credibility of data
- Data format standards
- Incentives for the use of data
Through a four-layer architecture (access layer, co-processing layer, execution layer, consensus layer), Chainbase can collect real-time data from over 200 blockchains, access off-chain sources such as storage systems, APIs, model outputs, and complete processing using Manuscript, ultimately executing and returning results in the CVM.
For example:
- A DataFi project that focuses on on-chain credit risk control, which allows querying user DeFi lending records and address reputation scores using Chainbase.
- An AI trading model that can call on-chain MEV data in real-time and make predictive decisions.
- An L2 browser that can perform user operation profile analysis based on the structured data returned by Chainbase.
Behind these scenes is an open and composable data network, rather than a centralized platform.
Various ways to participate in Chainbase
Chainbase is not limited to tech geeks, but has designed paths for various participants:
- Developers: Write a Manuscript, upload it to the web and earn long-term income.
- Node operators: Provide computing power support for CVM execution and receive block rewards.
- Validator: Maintains data consistency through consensus mechanisms to ensure system security.
- Delegator: Stake $C to the node to earn rewards and governance rights.
- Ordinary users: Use structured data services or query interfaces through the platform.
Each type of role can participate through actions, token staking, and data calls to jointly build this “decentralized data flow market.”
How does the $C token drive the network economy?
$C is the core economic medium of the Chainbase network, serving the following purposes:
- Payment: Used for paying query fees, Manuscript execution, storage costs.
- Incentives: Reward developers, operators, validators, and stakers.
- Governance: Token holders can submit/vote on proposals through Chainbase DAO.
- Staking: The fundamental condition for participating in the network’s operation, linking economic interests with security guarantees.
The current total supply of $C is 1 billion tokens, and the first round of airdrop (3.5%) has been completed. In the future, more ecological roles will be gradually incentivized to participate in the construction of the data network.
The Future of Data Value: Chainbase’s Ecological Expansion
The development goal of Chainbase is not limited to “on-chain data services”, but rather to create a sustainable data economy. In the future, it will continue to expand around the following directions:
- AI x Web3 Interaction: Connecting Model Trainers, Data Providers, and End Users
- Data Asset Trading Market: Supports on-chain Manuscript and data models, pricing and circulation
- Modular Access Ecosystem: Seamless Integration with L2, Public Chains, Rollups, and AI Frameworks
- Community-driven governance: DAOs hold the power to configure key parameters and allocate resources.
Through these mechanisms, Chainbase aims to become the “standard issuance layer” for on-chain data, allowing any valuable data to be recognized, verified, incentivized, and traded.