"DaVinci Resolve" matching MCP servers:

Enables AI agents to resolve tokens, get quotes, check for honeypots/rug pulls, build swaps, and retrieve receipts via x402 micropayments.

Non-custodial on-chain escrow + AI arbitration for agent-to-agent USDC payments on Base. Seven tools wrap a verified EscrowV1 contract — create, deliver, confirm, dispute, resolve — with read-only introspection if no wallet key is provided.

A read-only MCP server that exposes BaseZap's tipping-agent tools to any MCP client, allowing users to fetch platform info, compute USDC tip quotes, build unsigned ERC-20 transfer calldata, and resolve Farcaster usernames to wallet addresses.

Enables AI assistants to resolve CIMS parties, quote and send transfers, handle attestation, and track intent lifecycles on the Roots CIMS network, with built-in safety rails that refuse raw addresses and require confirmation before sending.

Enables AI agents to resolve social handles to wallet addresses, check reputation scores, and send tokens directly from any MCP-compatible client.

Provides Ethereum blockchain data tools via Etherscan's API, enabling users to check balances, view transactions, track token transfers, fetch contract ABIs and code, monitor gas prices, and resolve ENS names.

Enables AI agents to query the Radiant blockchain, manage Glyph tokens, resolve WAVE names, and securely build, sign, and broadcast transactions with private key support.

Publishes Solana agent and x402 agent-commerce tool packs over a browser page surface and Streamable HTTP endpoints, letting agents inspect wallet context, resolve tokens, fetch swap and payment quotes, simulate or inspect transactions, stage swaps/payments, run model inference, and check Pump launch status. Tools stay read/stage-only, so signing and spending remain with the user's wallet and confirmation flow.

Resolves prediction market events with confidence scores by aggregating news, price feeds, and web data, using pay-per-call x402 micropayments.

Enables an agent to import real dependency manifests and source excerpts, resolve each cryptographic surface to an algorithm, and assess it against published quantum resource estimates and NIST transition dates. Supports recording migration decisions with shelf-life inputs, replaying the SHA-384 seal chain, and exporting a cited migration plan with a start-by year for every surface.