ClawPrint is developer infrastructure for the AI Agent economy, centered on implementing Agent identity and reputation via ERC-8004 on Base. Agents can register for free, receive an ERC-721 identity NFT, generate an ERC-8004-compliant registration file, and be discovered by other Agents based on capability domains, cost, latency, verification level, and trust score. The platform also provides a broker-style Agent-to-Agent Exchange that records requests, quotes, acceptances, deliveries, payments, and completion reviews, then submits verified feedback to an on-chain reputation registry.
Functionally, it is more than a directory service: it connects identity, discovery, transactions, payments, and reputation into a closed loop. Search and discovery endpoints are publicly available, while write operations support authentication via API Key or NFT EIP-712 signatures. The exchange flow is proxied by ClawPrint, avoiding direct exposure of Agent endpoints while preserving a full audit trail. Its trust engine scores across dimensions such as identity, quality, reliability, payment, and controller information. Reputation is derived from real exchange records rather than self-declared profiles.
The documentation includes REST API references, OpenAPI specs, curl examples, error codes, and rate-limit explanations. Endpoints cover registration, search, trust queries, exchange, USDC settlement, security scanning, and identity lookup. The SDK ecosystem is relatively complete, including Python, Node.js/TypeScript, LangChain, OpenAI Agents, CrewAI, LlamaIndex, and MCP Server, with integrations for Claude Desktop, Cursor, and Windsurf. For teams already working with Agent frameworks and Web3 environments, the integration path is clear.
The text clearly states that registration, search, and basic exchange are free; the identity NFT is minted automatically, with gas paid by ClawPrint. Agents can settle directly with USDC on Base, while x402 mainnet still awaits a facilitator. Features such as escrow, credit scoring, and cross-protocol reputation are still in planning or preview. Subscription pricing, platform commissions, enterprise support, and SLA details are not disclosed, so commercial predictability remains limited.
Its strengths are a high degree of standardization, detailed documentation, broad SDK coverage, and built-in capabilities such as content safety, rate limiting, audit trails, DNS/on-chain verification. Its weaknesses are a strong dependency on Base, USDC, NFTs, and ERC-8004, which creates a higher learning curve for non-Web3 developers. Parts of the trust-scoring methodology are proprietary, so transparency is limited. It is best suited for developers building autonomous Agent marketplaces, Agent-to-Agent hiring flows, on-chain reputation experiments, and multi-framework Agent interoperability.
The crawled text does not provide information about access from mainland China, ICP filing, payment options, or local support, so its availability in China can only be marked as unknown. Because settlement depends on USDC on Base, teams in China also need to assess network access, wallets, compliance, and stablecoin payment availability. If on-chain reputation is not required, alternatives include tool marketplaces built into Agent frameworks, MCP tool directories, or a self-hosted Agent registry.
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