Enterprise-grade distributed architecture
Meets high-availability requirements for large-scale datasets.
High Availability & Scale
Distributed deployment and erasure coding keep object storage available while a set still meets read and write quorum. Scale-out adds pools. It does not promise unlimited fault tolerance or zero-downtime expansion.
Reliability & Efficiency
- Enterprise Solution
- Built for enterprise requirements for high availability and reliability at large scale.
- Cost efficiency
- Strong cost efficiency, with lower storage cost and less operational work.
- High Flexibility
- Adapts object management to different workloads and data scales.
Distributed deployment
Flexible multi-node and multi-disk topologies
Supports customized enterprise storage policies.
Quorum-scoped fault tolerance
With erasure coding, reads and writes continue while the set still meets quorum. A documented 12+4 multi-node layout tolerates one server failure and up to four disk losses. EC:0 has no redundancy.
EC configuration
Distributed EC
Improves cluster resilience and disaster recovery.
Optimized EC configurations
Balances storage efficiency and data reliability.
EC Calculator
Matches workloads to best-practice configurations.
Elastic scaling
Horizontal and vertical scaling
Supports data management from petabytes to exabytes.
Automated data rebalancing
Keeps disk utilization even across the cluster.
Pool expansion
Add capacity as a new pool, keep existing pools unchanged, then restart and verify. Existing objects stay in place until rebalance. The runbook does not describe this as zero-downtime. Availability depends on remaining quorum.
Node healing
Automated data self-healing
Restores data after drive or node loss.
Data integrity verification
Helps maintain cluster data integrity.
Real-time progress tracking
Shows healing progress and cluster health.
Site Replication
Multi-site replication
Adds reliability and disaster recovery across sites.
Bidirectional synchronization
Keeps data consistent across distributed sites.
Location-aware routing
Routes requests for lower access latency.