Enterprise-grade Postgres on local NVMe storage. Microsecond latency, practically unlimited IOPS, consistent performance without network jitter.
Up to 10× faster performance for I/O-heavy workloads
Ultra-low disk latency: μs vs ms
No EBS throttling or limits
Postgres meets ClickHouse, 100x faster real-time analytics. Unify transactional and analytical workloads.
Native CDC: sync Postgres data to ClickHouse, in a few clicks.
Blazing fast replication with seconds latency
pg_clickhouse: unified query layer to build apps powering transactions and analytics.
Comprehensive query pushdown with pg_clickhouse - JOINs, aggregations and more.
Postgres built for mission-critical workloads. No compromises on availability, reliability, security or standard managed service features. Built along with seasoned Postgres experts at Ubicloud.
High availability with up to 2 standbys
Automatic backups with WAL archival to S3
Forks & Point-In-Time-Recovery (PITR)
End-to-end encryption and private networking
Backed by ClickHouse Cloud Trust
Built on open-source principles. Every component is open-source, no vendor lock-in, full control of your data stack.
Postgres for transactions
ClickHouse for analytics
PeerDB for CDC
pg_clickhouse for unified query layer
Postgres managed service powered by Ubicloud
To learn more, read our blog ->->
Real numbers, real production workloads.
Combine Postgres for transactions with ClickHouse for analytics to deliver best-in-class performance and scalability with minimal operational overhead.
Architectural pattern followed by thousands of companies like GitLab, Cloudflare, Instacart, and LangChain.
Unlock up to 10× faster Postgres performance with NVMe storage built for I/O-intensive workloads. Microsecond-level latency and millions of IOPS eliminate disk bottlenecks for high-throughput transactional applications.
Unlike traditional SSDs that cap out at a few hundred thousand IOPS, NVMe scales effortlessly, delivering lower tail latencies and faster system operations like VACUUM, checkpoints, and logical replication.
High availability is built in by design, with up to two dedicated standby instances reserved exclusively for HA. Read replicas are offered separately to preserve reliability. Automatic backups and point-in-time recovery (PITR) with WAL archiving ensure robust disaster recovery.
