Database Provisioning
Scale horizontally or vertically, manage storage tiers, and recover from disasters through a single API.
Flexible Scaling
Match your database topology to your workload. OpenEverest supports both horizontal and vertical scaling for any traffic pattern.
Horizontal Scaling
Add or remove replica nodes to distribute read traffic and increase availability. Multi-node clusters are a first-class concept.
Vertical Scaling
Adjust CPU and memory for existing nodes without reprovisioning. With Kubernetes 1.35+, in-place resizing means zero downtime.
Topology-Aware Placement
Control anti-affinity, zone spread, and node selectors to keep your database resilient to infrastructure failures.
Storage Management
Databases live and die by their storage layer. OpenEverest gives you fine-grained control over storage classes to balance performance, durability, and cost.
Storage Class Selection
Choose the right Kubernetes storage class per cluster: fast NVMe for OLTP, cost-effective HDD for archival, or cloud-native options like gp3 and pd-ssd.
Dynamic Volume Expansion
Grow persistent volumes on the fly when your data outgrows the initial allocation. No migration required.
Cost Optimization
Right-size storage allocations instead of over-provisioning. Pay for what you actually use.
Disaster Recovery
Backups are not optional. OpenEverest provides on-demand and scheduled backups with point-in-time recovery, so you can restore to any moment, not just the last snapshot.
On-Demand Backups
Trigger a full backup at any time through the UI, API, or a Custom Resource.
Point-in-Time Recovery (PITR)
Restore your database to any second within the retention window. Critical for recovering from accidental writes or data corruption.
Backup-to-Database
Spin up a new cluster directly from a backup, useful for staging environments, testing migrations, or forensic analysis.
Scheduled Retention
Configure automated backup schedules and retention policies. Set it once and stop worrying.
Advanced Configuration
Production databases need tuning. OpenEverest exposes engine-level parameters and network controls without requiring kubectl access.
Engine Parameters
Override PostgreSQL, MySQL, or MongoDB configuration knobs directly in the cluster spec.
External Access
Expose databases via LoadBalancer, NodePort, or keep them cluster-internal. Control ingress per cluster.
Custom Sidecars
Attach monitoring agents, log forwarders, or custom init containers to your database pods.
Ready to get started?
Deploy OpenEverest on any Kubernetes cluster and provision your first database in minutes.
