Query full-history data from genesis across 225+ networks without running a single node. Backfill years of chain data in hours, stream new blocks in milliseconds, and pipe everything into the warehouse you already use.
One POST to portal.sqd.dev returns decoded events, transactions, traces, and state diffs from any supported chain. No per-chain RPC setup, no endpoint management, no data reconciliation across providers.
Every block, every transaction, every event log from block 0 to head — on every chain. Backfill a year of Ethereum data in hours, not the 3-5 days other indexers take on high-throughput chains like Monad.
Stream new blocks, events, and state changes as NDJSON over HTTP. No WebSocket complexity, no polling intervals. Your dashboards update in real time with the same API you use for historical queries.
Pipe raw or transformed data directly into ClickHouse, BigQuery, Snowflake, or Postgres. The Pipes SDK outputs to Parquet/S3 for data lake architectures. No intermediate storage layer required.
A full Ethereum archive node requires 15+ TB of storage and takes weeks to sync. Now multiply that by the 225+ networks your analytics platform needs to cover. Most teams give up after chain #3 and start making compromises — sampling data, caching stale results, or just ignoring chains that are "too hard."
SQD's network of 2,800+ worker nodes has already done the hard work. 2 petabytes of validated data stored in columnar Parquet format, optimized for the exact query patterns analytics platforms need. You get 30x faster data retrieval than direct RPC calls, with none of the infrastructure burden.
Batch-oriented processing with automatic reorg handling, TypeORM schema migrations, and optional auto-generated GraphQL APIs. Built for dApp backends where data correctness is non-negotiable.
Composable streaming pipelines with materialized views and no ORM lock-in. Portal-native from day one, designed for data lake architectures and high-throughput analytics workloads.
Private Portal. Dedicated. Validated. Managed. Tell us what you're building — we'll show you what it looks like on SQD.