Database Hosting
Dedicated database instances tuned for PostgreSQL, MySQL, and Redis with automated snapshot backups.
What this is
Database performance dictates overall application speed. Our database hosting isolates your database tier on compute instances configured with high IOPS storage, optimized memory caching parameters, and regular backup routines.
How it works
- 1Database engine selected and installed on dedicated instance with isolated storage volumes.
- 2Buffer pools, connection limits, and write-ahead logs tuned to the server memory profile.
- 3Scheduled binary and logical backup routines established with off-site retention.
- 4Slow query logging and index utilization telemetry activated.
What's included
| Supported Engines | PostgreSQL, MySQL, MariaDB, Redis |
| Disk IOPS | High-throughput NVMe storage volumes |
| Backup Strategy | Automated daily snapshots + point-in-time recovery options |
| Network Security | Private subnet binding; no public database port exposure |
Suitability assessment
✓ When this makes sense
- •Applications where the database is contending for RAM and CPU with the web server.
- •Systems experiencing slow query performance or table locking during high user concurrency.
- •Workloads requiring strict database backup retention and off-site replication.
✕ When it doesn't
- •Ultra-light websites with negligible database queries where single-server hosting is sufficient.
- •Unstructured petabyte-scale data lakes better suited for distributed object storage.
Technical details & architecture deep-dive▾
Kernel dirty-ratio tuning, HugePages memory allocation for PostgreSQL shared buffers, and NVMe-backed write-ahead logging (WAL) to minimize transaction commit latency.
Frequently asked questions
No. By default, databases are bound strictly to private network interfaces or accessible only through authorized VPN/SSH tunnels for security.