KubeBlocks

KubeBlocks Enterprise

KubeBlocks Enterprise serves as a turnkey database control plane for DBaaS construction. It extends KubeBlocks Community by supporting additional database engines and versions, and delivers superior tenant isolation, resource pooling, and system integration.

KubeBlocks Enterprise architecture diagram showing control plane, data plane, multi-region deployment, and cloud provider support

KubeBlocks Enterprise architecture overview

Explore the admin control plane

Pluggable Database Engines

Administrators have the flexibility to enable or disable specific database engines, ensuring service capabilities remain within a governed scope.

For high-demand engines, KubeBlocks Enterprise provides incremental minor version updates with every release cycle.

This empowers developers and DBAs to proactively identify and patch vulnerabilities, ensuring that business-critical systems remain secure and resilient.

KubeBlocks Enterprise console showing supported database engines
KubeBlocks Enterprise resource specification management console showing MySQL instance types and CPU/memory allocation

Resource Allocation Policy

KubeBlocks Enterprise offers flexible CPU allocation principles at the cluster specification level to balance performance and cost across different business tiers.

Shared Cluster Types: Ideal for development and staging environments, allowing for over-provisioning to minimize infrastructure costs.

Dedicated Cluster Types: Tailored for mission-critical production systems, these provide guaranteed, non-contested CPU resources to lock in peak performance and stability.

Parameter Template Management

Diverse engine types, versions, and cluster specifications require tailored startup parameters for optimal performance. KubeBlocks Enterprise provides a structured approach to managing these configurations across different scopes.

  • Platform-level defaults: Administrators can establish global default parameter templates, streamlining the database creation process for tenants.
  • Tenant-level overrides: To meet specialized business requirements, users can create tenant-level templates that override platform defaults.
  • Full traceability: Every modification and application of a parameter template is fully audited, ensuring that configuration changes remain transparent and traceable.
KubeBlocks Enterprise parameter template management console showing MySQL configuration parameters with values, ranges, and editability
KubeBlocks Enterprise dependent component monitoring dashboard showing MinIO performance metrics, S3 API rates, and cluster health status

Backend Service Management

The seamless operation of a database cluster relies on an extensive array of backend services. These include, but are not limited to, Load Balancers, Block Storage, Object Storage, Message Channels, and SSO.

  • Dependency mapping: Through KubeBlocks Enterprise, administrators can define and configure the specific relationships between database clusters and these essential backend services.
  • Health monitoring: Administrators can continuously track the real-time status of all dependencies to ensure system-wide stability.
  • Critical failure point oversight: In practice, the availability, capacity, and performance of backend components are the most frequently overlooked failure points. KubeBlocks Enterprise ensures these are treated with the rigor necessary to prevent cascading system issues.

Explore the tenant control plane

Cluster overview
Observability — dashboard and resource monitoring
SQL audit and operation audit
Runtime logs and session management
Parameter management
Backup and recovery

Ready to build your own DBaaS on Kubernetes?

Talk to our team and see how KubeBlocks Enterprise can help you consolidate databases, strengthen security, and reduce operational costs.