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Archive blockchain data

Ingest Web3 data fast with high-performance archive RPC nodes.

Effortlessly extract the full history of on‑chain data through Chainstack RPC infrastructure: dedicated, unlimited or globally distributed archive nodes.

Real-time & backfills at any scale.

Any configuration, any needs — from global availability to beefed up, dedicated, and powerful nodes to match your backend instance both in resources & location. And much more.

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Dedicated backfills

Have a lot of data to backfill for a number of chains starting from the genesis block to today? Dedicated nodes will serve you best and you won’t get charged for every request — just for the raw compute & storage to fill up your warehouse tanks as fast as possible.

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Flexible access options

Starting with the Growth plan, unlock fast archive data access on our Global Node. Need to blitz through a historical backfill? Add a Dedicated Node for peak refill speed. Running heavy, non‑stop analytics? The Unlimited Node tier keeps the firehose open.

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Node software to match your needs

Have your backend configured for one EVM network and switching to a different one comes back with missing call method? We have different node clients available for you to match your setup the best.

Read the Docs

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Any node configuration

Have a particularly hungry eth_call to get the data the fastest and in larger amounts but hitting the gas cap? Or need a far bigger range of blocks for eth_getLogs and eth_newFilter?

We’ll configure any of that and so much more for you so you can win the Web3 data race.

Talk to us

Unlock unlimited archive data

Get a fully scalable, production-grade RPC infrastructure with a flat monthly fee for retrieving archive data.
Billing is based on your selected RPS tier, giving you full control over cost and scalability with unlimited RPC requests.

Learn more about Unlimited Node

Solana archive nodes

Access the complete Solana ledger history with full archive nodes for precise data analytics, historical queries, and state verification. Ideal for developers building explorers, indexers, or DeFi analytics tools.

More about Solana RPC endpoints

Ethereum archive nodes

Get instant access to every historical state on Ethereum Mainnet for transaction tracing, smart contract audits, and analytics at any block height. Run reliable archive nodes with Chainstack’s scalable infrastructure.

Learn more about Ethereum nodes

Hyperliquid archive nodes

Retrieve historical trading and liquidity data from Hyperliquid with full archive support. Build advanced analytics dashboards or backtest strategies with complete on-chain access.

More about Hyperliquid RPC

Arbitrum archive nodes

Explore every Arbitrum block and transaction from genesis. Perfect for building rollup explorers, monitoring bridge events, and analyzing L2 activity with precision.

Build better with Arbitrum

BNB chain archive nodes

Access the entire BNB Chain state to audit smart contracts, verify transactions, or build data-intensive dApps. Benefit from low-latency, globally distributed infrastructure.

More about BNB RPC endpoints

Base archive nodes

Gain full historical access to the Base network for deep analytics, protocol research, and state reconstruction. Build production-grade applications backed by reliable archive data.

Build Better with Base nodes

Build with complete on-chain insight

From Ethereum to Solana, get instant access to full blockchain archives. Query, analyze, and innovate using reliable RPC endpoints backed by enterprise-grade infrastructure.

View all supported chains
Frequently Asked Questions
What is an archive node?

An archive node stores the entire history of a blockchain, including all past states and balances at every block. This allows developers to query any historical data point — not just the latest state — which is essential for explorers, analytics tools, and historical audits.

What is the difference between a full node and an archive node?

A full node keeps the latest blockchain state and verifies new blocks, but prunes older data to save storage.
An archive node, on the other hand, preserves every historical state since genesis. It can answer queries about any past block or transaction, making it crucial for analytics, backtesting, and debugging smart contracts.

What are the archive node requirements?

Running an archive node requires significantly more storage and compute than a full node. Depending on the chain, this can range from several terabytes to tens of terabytes of SSD storage, high network throughput, and reliable hardware to handle continuous synchronization.

How to get the archive node RPC endpoint?

You can get a reliable and fast archive node RPC endpoint by creating a free Chainstack account and deploying an archive node for your preferred network. Once deployed, the endpoint URL is available in your project dashboard and can be used directly in your applications or analytics tools.

How to run the archive node?

You can either deploy an archive node on Chainstack with one click, or run it manually using the blockchain client software. Manual deployment requires downloading the full blockchain history and maintaining synchronization, which can take days and consume large amounts of storage. Using Chainstack automates this process and ensures consistent uptime and reliability.

Archive Node RPC API

An archive node stores the full blockchain history, including every state and balance since genesis. It allows querying any past block or transaction, essential for analytics, auditing, and indexers.

Access blockchain archive nodes on Chainstack to query and analyze complete on-chain data across 70+ networks. Whether you need an Ethereum archive node, Solana archive node, Arbitrum archive node, or Base archive node, you can instantly connect through a reliable archive RPC endpoint.
Get full visibility into historical blockchain data and full blockchain history for audits, analytics, or protocol research. With Chainstack scalable blockchain infrastructure, you can deploy archive nodes in minutes and power advanced data-driven applications with complete historical context.