Effortlessly extract the full history of on‑chain data through Chainstack RPC infrastructure: dedicated, unlimited or globally distributed archive nodes.
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.
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.
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.
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.
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.
Jump into the suitable plan and create your archive RPC node. Start ingesting full‑history data today!
Seeking rapid archive node access that won’t break the budget? Chainstack combines globally distributed infrastructure with smart traffic shaping to stream complete on-chain history, from Bitcoin and Ethereum to emerging L2s, into your data lake at record speed. Our architecture eliminates single-region bottlenecks, ensuring sub-second latency for reads and gigabit-scale backfill throughput.
Reliability you can trust—every archive endpoint runs on redundant, SOC 2 Type II compliant clusters with automatic failover. That means your ETL jobs and real‑time dashboards stay online through network hiccups, chain reorgs, or traffic spikes.