"How to find people on LinkedIn using their profiles" matching MCP servers:

On-chain delivery receipts for x402 AI-agent payments on Solana: anchors SHA-256 digests of delivered content to a PDA after settlement; buyers verify proof of delivery offline with zero trust in the seller. Live MCP endpoint + npm bridge.

Pay-per-call MCP server for on-chain blockchain data including wallet profiles, token metrics, protocol TVL, and gas prices.

Generates MCP servers from smart contract ABIs, enabling Claude to interact with any Ethereum contract via natural language commands.

Enables AI agents to find LayerZero OFT bridge routes by token address and build ready-to-sign cross-chain transactions across 14 EVM networks.

Teaches AI coding agents how to reason correctly about MetaMask Embedded Wallets / Web3Auth architecture, SDK choice, key derivation, auth flows, and common integration pitfalls.

Enables AI agents to discover launchpad tokens trading on Uniswap v4 bonding curves, inspect pools, quotes, balances and protocol stats, and receive unsigned swap transactions the user signs in their own wallet. It runs on Robinhood Chain for Pons tokens, holding no keys and sending nothing itself.

MCP server for LendWise to compare DeFi supply markets across Aave V3, Morpho, and Compound V3 on 8 chains. It helps find best markets and optimize allocations based on real yield data.

Enables AI agents to obtain on-chain DEX aggregator quotes computed by the on-chain Quoter contract through their own RPC node, returning verified unsigned swap calldata, simulations, token info, deployment registry checks, and live staking solvency. All tools are read-only and keyless, so the agent never signs or holds a private key.

Enables AI agents to interact with an agentic GameFi project on Robinhood Chain using their own wallet, supporting public state checks, sign-in, gameplay, daily skill trials, companion linking, persona management, job tickets, and job completion. It runs locally over stdio and signs only a free sign-in message, without sending transactions or moving funds.

Enables LLMs to read and write the BSV social graph with an on-chain identity, OS-keychain wallet, and 38 tools for posts, replies, follows, messages, payments, profiles, and more, with every write broadcast as a real BSV mainnet transaction visible across 50+ shared apps.

Provides access to the Zora Coins ecosystem on Base mainnet, enabling users to query coin data, explore markets, analyze profiles, and execute trades through a standardized interface.

Enables interaction with Bitcoin's blockchain through Claude to embed and read data using OP_RETURN, create timestamps, deploy BRC-20 tokens, and store documents up to 100KB on-chain.

Enables AI assistants to search campaigns, view agent profiles, and build funding transactions on the Clawsfund Solana crowdfunding platform.

An MCP server implementation that enables access to DexScreener API data, providing real-time information on DEX pairs, token profiles, and market statistics across multiple blockchains.

MCP server for cross-chain bridging, enabling AI agents to find routes, estimate costs, check risks, execute transfers, and track status across blockchains.

Enables AI agents to create identities, list and find services, handle payments in USDC, and manage reputation through a decentralized marketplace.

Enables AI agents to trade perpetual futures, manage wallets, transfer tokens, bridge cross-chain, and execute EVM transactions on Injective using natural language.

Enables AI agents to manage their own wallet and interact with Twofold's dual-yield liquidity protocol on Robinhood Chain, including swaps, pool deposits and withdrawals, staking, and reward claims.

Read-only MCP server that lets AI agents resolve DNS domains, .cns names and ENS names to owners, public profiles and freshly verified on-chain payment addresses across 28 networks, so agents can pay an address the owner actually published. It exposes lookup, payment-address, reverse-lookup, availability and network-listing tools without any ability to sign, register or move funds.

Teardrop is the native economic layer for AI agents, providing a robust suite of tools for multi-chain portfolio tracking, DeFi yield analysis, and gas estimation. It enables autonomous agents to securely find Web3 data and manage micro-payments on-chain with zero human intervention.

Provides tools to query Nansen Smart Money on-chain data, including net flows, token holdings, and wallet labels and profiles.

MCP server that connects AI agents to the Taskmarket onchain marketplace on Base, enabling them to browse bounties, claim tasks, submit deliverables, and manage their wallet.

Polymarket smart-money data for AI agents: rank traders by on-chain realised PnL and win-rate confidence interval, look up a trader's record, follow traders and pull their new fills, each once. Requires a PMWallets API key.

MCP server that enables AI agents to explore Bittensor subnets, check their health and economics, and discover their public APIs and schemas.

An MCP server for executing token swaps on the Solana blockchain using Jupiter's Ultra API, enabling users to fetch optimal swap orders and execute transactions with slippage control.

Enables users to check crypto protocol risk ratings, search for DeFi protocols, and compare safety profiles using Hindenrank data. It provides detailed risk grades, top risks, and protocol verdicts directly through MCP-compatible clients.

Bridges MCP clients to AVOCADO, enabling users to find public jobs, apply, submit evidence, and read receipts through a stdio interface.

Provides tools for multi-chain DeFi operations using the Fibrous SDK, enabling AI agents to find swap routes, build transactions, and execute swaps across Base, Starknet, and Scroll networks.

Enables AI agents to mint and manage ERC-8004 identities on Arc through free self-minting from their own wallet or paid x402 minting, including drafting registration files, confirming on-chain registration, editing owner-signed files, and checking status.

Enables interaction with Ethereum-compatible smart contracts through their ABI, allowing both read operations (querying state) and write operations (executing transactions) dynamically based on the contract's interface.