Multi-Database Support
Comprehensive support for MySQL, MariaDB, PostgreSQL, MongoDB, and Galera clusters
Database Management Platform
Host Your ClusterControl Database Clusters
Explore a self-hosted ClusterControl deployment, from software capabilities to installation considerations and the server resources needed for your workload.
01 / Software overview
What is ClusterControl?
ClusterControl is an all-inclusive database management and monitoring platform that provides enterprise-grade tools for deploying, monitoring, managing, and scaling database clusters.
02 / What it does
Capabilities and use cases.
Explore the tools and workflows available in this software, then choose the VPS resources needed to run them.
Real-time Monitoring
Advanced monitoring with alerts, performance metrics, and health checks
Automated Management
Automated backups, failover, scaling, and cluster maintenance operations
Security & Compliance
Enterprise security features with audit logging and compliance reporting
Performance Analytics
Detailed performance analytics, query monitoring, and optimization insights
Deployment Automation
Automated deployment, scaling, and configuration management for database clusters
03 / Technical planning
Check compatibility before choosing a plan.
Requirements change between software releases. Review the current upstream documentation and consider peak load when sizing a server.
What are the system requirements for ClusterControl?
ClusterControl requires a minimum of 2 vCPUs, 4GB RAM, and 20GB storage. For managing large database clusters, we recommend 4 vCPUs, 8GB RAM, and 100GB+ storage.
- Compute & memory
- Account for the application, background services and expected concurrent users.
- OS & dependencies
- Check supported versions, runtime dependencies and installation method.
- Storage & recovery
- Allow space for data growth, application logs and independently tested backups.
- Network & access
- Plan required ports, TLS, firewall rules and administrative access.
04 / Deployment approach
From VPS selection to a running service.
Setup steps vary by software version and operating system. Use this workflow to prepare a controlled deployment.
- 01
Choose a suitable VPS
Compare CPU, memory, storage and billing terms against the application's requirements.
- 02
Prepare your environment
Install a supported OS, update packages, configure SSH keys and restrict exposed ports.
- 03
Install, test and maintain
Follow the software's release-specific instructions, verify access and configure backups and updates.
Plans & pricing
Find the right server for the job.
Start with a small yearly VPS or choose an NVMe cloud server with flexible billing. Compare actual resources before ordering.
Annual starter VPS
Small VPS I
Perfect for small websites and development
NPR 2,999/year
Billed annually. Monthly billing unavailable.
- CPU
- 1 vCPU Core
- Memory
- 1 GB RAM
- Storage
- 24 GB SSD
- Traffic
- 2 TB Traffic
- 1 IPv4 Address
- US Datacenter
- Basic DDoS Protection
- KVM Virtualization
- Port 25 Blocked
- Not Upgradeable
Configure & order
Choose your final billing term in the secure checkout.
Annual starter VPS
Small VPS II
Ideal for growing websites and applications
NPR 4,999/year
Billed annually. Monthly billing unavailable.
- CPU
- 2 vCPU Core
- Memory
- 2.5 GB RAM
- Storage
- 45 GB SSD
- Traffic
- 3 TB Traffic
- 1 IPv4 Address
- US Datacenter
- Basic DDoS Protection
- KVM Virtualization
- Port 25 Blocked
- Not Upgradeable
Configure & order
Choose your final billing term in the secure checkout.
Recommended cloud VPS
Cloud VPS 1
High-performance cloud VPS with premium features
NPR 2,199/month
Billed monthly, before taxes
- CPU
- 4 vCPU Cores
- Memory
- 6 GB RAM
- Storage
- 100 GB NVMe
- Traffic
- 30 TB Traffic
- 1 Snapshot Included
- AMD EPYC Processors
- Global Datacenters
- Advanced DDoS Protection
Configure & order
Choose your final billing term in the secure checkout.
Performance cloud VPS
Cloud VPS 2
Enterprise-grade performance for demanding applications
NPR 3,999/month
Billed monthly, before taxes
- CPU
- 6 vCPU Cores
- Memory
- 16 GB RAM
- Storage
- 200 GB NVMe
- Traffic
- 30 TB Traffic
- 2 Snapshots Included
- AMD EPYC Processors
- Global Datacenters
- Advanced DDoS Protection
Configure & order
Choose your final billing term in the secure checkout.
Performance cloud VPS
Cloud VPS 3
Enterprise-grade performance for demanding applications
NPR 5,999/month
Billed monthly, before taxes
- CPU
- 8 vCPU Cores
- Memory
- 24 GB RAM
- Storage
- 300 GB NVMe
- Traffic
- 30 TB Traffic
- 2 Snapshots Included
- AMD EPYC Processors
- Global Datacenters
- Advanced DDoS Protection
Configure & order
Choose your final billing term in the secure checkout.
Need a custom configuration or migration help?
Our team can help you choose a server before you purchase.
05 / Frequently asked
Questions about ClusterControl.
Practical answers about the software and common deployment decisions.
Have a different question? Contact usWhich databases does ClusterControl support?
ClusterControl supports MySQL (including Percona Server and MariaDB), PostgreSQL, MongoDB, and Galera clusters. It provides comprehensive management capabilities for single instances, master-slave setups, and complex multi-node clusters.
Can I monitor existing database clusters?
Yes, ClusterControl can monitor and manage existing database clusters. You can import your current database infrastructure and immediately gain access to advanced monitoring, alerting, and management features without disrupting your operations.
What are the system requirements for ClusterControl?
ClusterControl requires a minimum of 2 vCPUs, 4GB RAM, and 20GB storage. For managing large database clusters, we recommend 4 vCPUs, 8GB RAM, and 100GB+ storage.
Does ClusterControl support automated backups?
Yes, ClusterControl provides comprehensive backup management including scheduled backups, point-in-time recovery, and backup verification. It supports various backup methods including mysqldump, xtrabackup, and pg_dump depending on your database type.
Can ClusterControl handle failover automatically?
Yes, ClusterControl provides automatic failover capabilities for supported cluster types. It can automatically detect node failures, promote standby nodes, and reconfigure the cluster to maintain high availability without manual intervention.
Further reading
Explore connected technologies.
Ready to plan your deployment?
Compare published VPS specifications or get help matching resources to your workload.