High Availability
Provide always-on services
CockroachDB is the simplest way to build highly available services and applications. With intelligent traffic routing during machine failures or maintenance activities, you can completely avoid planned and unplanned downtime, keeping customers happy.
Disaster Resilience
Eliminate maintenance windows and surprise outages
Unplanned downtime can compromise your business. And while maintenance windows are intended to minimize user impact, planned downtime is still a poor experience for your customers. CockroachDB keeps services up and running through system failures, replacing disaster recovery with disaster resilience.
Key Features
Automate recovery with self-healing infrastructure
When servers go offline, CockroachDB intelligently redistributes data, without requiring operator intervention.
Survive system failures without missing a beat
If a machine goes down, other cockroachdb servers can continue handling traffic, without compromising data correctness or availability.
Eliminate planned downtime
Perform rolling upgrades of the database, operating systems, and machines. Run schema changes in the background, keeping applications online as you roll out new features.
Building a high availability, strongly consistent metadatastore for cloud data management platform.
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Business Continuity
Never lose committed data
Your database should never lose data. CockroachDB was built to eliminate data loss and correctness conflicts.
Key Features
Maintain Data Correctness
With transactions that run in serializable mode -- the highest isolation level defined in the SQL standard -- and consensus replication across replicas, the data you write is always the data you read.
Instantly Rollback Human Errors
Roll back the database to the exact moment before a mistyped delete or update happened using point in time recovery.
Run Distributed Backups for Maximum Resilience
Prepare for the unexpected with distributed, incremental backups. Backup and recovery performance scales linearly as you add more machines, utilizing the compute power of the entire cluster.