Nodereal MCP for AI. Query Aptos and EVM blockchain data directly from your agent.

Look, you need an AI agent that can actually talk blockchain, and Nodereal gives it the keys to both Aptos and EVM chains. Your agent connects directly to high-performance infrastructure, so you don't gotta build some clunky RPC wrapper yourself; just hook up your client and let it go. You’ll get full access to everything—from Move module specifics on Aptos to gas estimates for Ethereum.

Reading Account State
Your agent can grab detailed info on specific accounts. For Aptos, you've got aptos_get_account which pulls general high-level details using just an address. If you need the fine print, aptos_get_account_modules lists every Move module tied to that account. You can also check exactly what’s in the vault with aptos_get_account_resources, or retrieve the full set of resources held by any given Aptos wallet.

On the EVM side, you'll get balances using eth_get_balance for a specific address. You can run checks on ERC20 tokens specifically with nr_get_token_balance_20, and if you need to know who owns these assets, nr_get_token_holders gives you that full list of addresses.

Simulating Transactions
Before you commit a dime, your agent can check the math. For Aptos, it runs through aptos_simulate_transaction, giving you an estimate and validating if the intended transaction actually executes. When dealing with EVM chains, you don't wanna waste gas; use eth_estimate_gas to calculate exactly how much fuel a specified transaction needs, or run a read-only message call using eth_call so you can test logic without spending anything.

Analyzing Transaction History
Figuring out what went down is crucial. For Aptos, your agent retrieves all details about a specific operation with aptos_get_transaction_by_hash, or it can fetch general lists of recent activity using aptos_get_transactions. If you want to dig into the raw data on an EVM chain, eth_get_logs lets you filter and grab event logs that match your criteria.

You can also use eth_get_transaction_receipt to pull the full receipt confirming a transaction's execution. NodeReal supercharges this history review: nr_get_transaction_receipts_by_block_number pulls receipts for all transactions within a specific block number, and you can get an asset transfer history linked to any address using nr_get_asset_transfers. If you need to know which NFTs are floating around, nr_get_nft_holders lists every address holding a certain collection, while nr_get_nft_inventory pulls the specific list of IDs and NFTs held by one address.

Querying Network Metadata
You gotta keep track of the clock. For context checks, you can grab the current ledger state with aptos_get_ledger_info. On the Aptos side, if you need a snapshot of the network at a specific point, aptos_get_blocks_by_height fetches all blocks matching a given height number. For EVM chains, your agent checks the latest block using eth_block_number, and it can retrieve all data contained within any specific block via eth_get_block_by_number.

You also get the unique ID of the currently connected network through eth_chain_id.

Sending Data & Debugging
If you need to write something or check a weird path, your agent handles it. On Aptos, if you’re debugging an issue, debug_trace_transaction traces the full execution path of any transaction on an EVM-compatible chain. For sending data, you can submit a signed, raw transaction using eth_send_raw_transaction to create new calls or contracts on the EVM side.

Basically, your agent doesn't just read; it runs diagnostics, tracks assets—like running nr_get_asset_transfers for history or checking who owns what with nr_get_nft_inventory—and gets critical network data from both Aptos and EVM. It’s the deep-dive toolset you need.