Ingest and index multi-chain data, then run K-line, DeFi, and trend aggregations on the same cluster. TiDB replaces the multi-layer data warehouse pipeline, and HTAP serves writes and analytics with no ETL.
Serve asset management, transaction history, and behavioral analytics under heavy read and write load, with strong consistency for every balance.
Store post-matching orders and serve long-range historical queries under sustained write concurrency. Raft-based replication keeps data strongly consistent, and horizontal scaling removes the sharding redesign.
Reconcile funds across systems, detect anomalies, and run risk analysis on one consistent dataset, with no cross-database queries and no ETL lag. Distributed ACID transactions hold the data correct.
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Many exchanges run distributed SQL databases like TiDB to handle order histories, reconciliation, and risk control at scale. A single TiDB cluster stores post-matching orders under sustained write concurrency and serves long-range historical queries without sharding. One exchange on TiDB writes over 100 million orders a day and extended its historical query window from three months to more than a year.
Yes. TiDB ingests and indexes data across multiple chains on one cluster, then runs K-line, DeFi, and trend aggregations against the same data with no separate warehouse. Its HTAP engine serves transactional writes and analytical reads together, which removes the ETL pipeline most on-chain platforms build. One multi-chain insights platform processes more than 250 million transactions a day on TiDB and cut query latency from seconds to milliseconds.
TiDB scales storage and compute independently by adding nodes, with no database or table sharding and no downtime. Production Web3 clusters have grown from 30 TB to 1 PB on a single deployment, with individual tables above 10 billion rows. Because scaling is horizontal, teams avoid the sharding redesign that MySQL and PostgreSQL deployments hit as data grows.
Yes. TiDB uses the Raft consensus protocol to replicate data synchronously across three availability zones, and every node is active-active. Within a region, a zone failure loses zero committed data (RPO = 0), and distributed ACID transactions keep balances and reconciliation correct across systems. One exchange kept service running through a single-zone outage with no data loss.
Yes. TiDB offers a Bring Your Own Cloud (BYOC) deployment where the data plane runs inside your own VPC while PingCAP manages the control plane. This gives you data sovereignty and managed operations at the same time, which is why BYOC is the recommended model for most Web3 platforms. Fully managed TiDB Cloud and self-managed deployments are also available.