eth_getBlockReceipts - Monad RPC Method
Return every transaction receipt in a block on Monad. Useful for indexers, analytics pipelines, and event backfills across high-throughput DeFi, latency-sensitive trading, and scalable EVM applications.
Returns all transaction receipts for a block on Monad. This is more efficient than calling eth_getTransactionReceipt once per transaction when you already know the target block.
Why Monad? Build on the parallel EVM L1 delivering 10,000 TPS with 400ms blocks and sub-cent gas fees with optimistic parallel execution, MonadBFT consensus, $244M Paradigm-led funding, and consumer-grade validator hardware requirements.
When to Use This Method
eth_getBlockReceipts is useful for high-performance dApp developers, DeFi builders, and teams requiring Ethereum compatibility at scale:
- Indexer Backfills — Pull every receipt in a block with one request instead of looping over transaction hashes
- Event Collection — Scan all logs emitted by a block when building analytics or data pipelines
- Settlement Auditing — Verify every transaction outcome in a target block for high-throughput DeFi, latency-sensitive trading, and scalable EVM applications
- Operational Debugging — Compare receipt-level gas usage, status, and logs across multiple transactions at once
Code Examples
Error Handling
| Error Code | Message | Description |
|---|---|---|
| -32602 | Invalid params | The block identifier is malformed |
| -32000 | Header not found | The referenced block does not exist on the node |
Related Methods
eth_getTransactionReceipt- Retrieve a single transaction receipteth_getBlockByHash- Retrieve the block object itselfeth_getBlockByNumber- Retrieve a block by number or tag
eth_getBlockByHash
Retrieve complete block data by block hash on Monad. Essential for high-performance dApp developers, DeFi builders, and teams requiring Ethereum compatibility at scale building on the parallel EVM L1 delivering 10,000 TPS with 400ms blocks and sub-cent gas fees.
eth_getBalance
Query account balance on Monad. Essential for wallet applications and high-throughput DeFi, latency-sensitive trading, and scalable EVM applications on the parallel EVM L1 delivering 10,000 TPS with 400ms blocks and sub-cent gas fees.