Execute raw JSON-RPC calls to 20+ blockchains including Ethereum, Bitcoin, and Solana. Use for custom chain queries not covered by higher-level tools.
MIT
470,768 tools. Updated 2026-08-23 13:09
"Using Solana RPC and gRPC Functions for Advanced Operations" matching MCP tools:
- Manage custom RPC URLs for Base, Citrea, HyperEVM, and Monad to avoid rate limits, with actions to set, get, reset, or list RPC configurations.MIT
- Retrieve sub-second batch prices for up to 20 Solana token mints using data from the Circuit gRPC indexer.MIT
- Retrieve details about specific blockchain services, including supported RPC methods, for networks like Ethereum, Solana, and Cosmos chains using Grove's public endpoints.MIT
- Scores and returns freshly qualified dip-reversal candidates from Solana on-chain data, using a live gRPC feed with optional liquidity filters.MIT
- Sets a Helius API key for Solana RPC reads at runtime, overriding the environment variable to fix rate limits without restarting the server.Business Source 1.1
Matching MCP Servers
- AlicenseAqualityBmaintenanceProvides Solana infrastructure awareness including RPC health, priority fee estimation, leader schedule, chain state, latency comparison, and keyless transaction submission.6MIT
- AlicenseNot gradedqualityBmaintenanceEnables AI assistants to control Anytype objects, blocks, and views via its internal gRPC API.MIT
Matching MCP Connectors
Free, keyless MCP server with 50 read-only blockchain tools for Bitcoin, Ethereum, and Mezo. No installation, no API key required -- just add the URL to your MCP client and start querying balances, transactions, blocks, ENS names, ERC-20 tokens, smart contracts, and more. Runs on Cloudflare's global edge network via Streamable HTTP. All tools are strictly read-only and stateless.
x402 paid API tools for AI agents on Solana: crypto safety, market data, KYB/AML verification.
- Sign an unsigned transaction without broadcasting. Provide raw transaction (base64 for Solana, hex for EVM) and optional network and wallet ID to receive a signed transaction, parsed operations, and policy evaluation.MIT
- Retrieve all supported blockchain networks to identify available options before using network-specific cryptocurrency data functions.MIT
- Lists gRPC services and methods with curated tool mappings for choosing between direct gRPC call or curated tool.Apache 2.0
- Call Dataverse Web API functions for read-only operations. Use bound functions on specific records or unbound functions for global actions, with parameters sent as OData arguments.MIT
- Submit a pre-signed transaction to Solana for stake, unstake, or withdraw operations. This advanced tool is required when you have the signed transaction from the create_* or withdraw_* tools.MIT
- Submit a signed Solana transaction to the network via RPC with configurable retries and confirmation, keeping policy and audit within the MCP server.MIT
- Inspect UObject metadata to list accessible properties and Blueprint-callable functions, helping you determine available operations before calling functions or accessing properties.MIT
- Check which data sources (Solana RPC, DEX venues, price service) answered and their response times. Run when a research tool returns partial data.MIT
- Batch multiple smart contract read calls into a single RPC request to reduce latency and optimize blockchain queries for portfolio analysis and data aggregation.MIT
- Execute JSON-RPC methods on Hedera's blockchain to query state, submit transactions, and perform EVM-compatible operations with automatic result decoding.Apache 2.0
- Retrieve the complete configuration of a SOAP Message, including its functions and operations, using a sys_id or name.MIT
- Retrieve comprehensive blockchain network details including chain IDs, native tokens, stablecoins, and RPC configurations for EVM and Solana chains.MIT
- Perform read-only smart-contract calls for view and pure functions. No signing, gas, or billing required—just RPC convenience.MIT
- Get structured help for Bitcoin RPC commands including descriptions, arguments, and usage examples to understand and implement blockchain operations.MIT