VPSServer 4GB RAM, 4 Cores CPU, $ 32.00/mo. on Linux VPS

Server Types (Pick by performance profile)

Type A — Availability
Built for always-on, lightweight workloads.
Uses CPUs with non-dedicated physical threads; ideal when constant uptime matters more than peak speed.

Type B — General Purpose
A balanced choice for apps that need steady performance.
Dedicated physical CPU threads help ensure consistent resources.

Type D — Dedicated
Tuned for high performance and heavy compute.
Each CPU maps to a dedicated physical core (2 threads) for maximum throughput.

Type T — Burstable
For variable workloads that spike occasionally.
Dedicated threads with assured baseline; usage above a 10% average may incur extra charges.

Core Platform Features

Streamlined network & NVMe SSD
Modern switching and NVMe storage aim for low latency and quick I/O. DNS and IP management are built in for smooth control.

Three-way storage replication
Data is synchronously replicated across two servers for redundancy and resilience.

OS variety (Linux & Windows)
A template library speeds deployment across popular Linux distributions and Windows editions.

Performance hardware
Hosts run on robust processors and a specialized server fabric to sustain demanding applications.

Development & Runtime Stack Options

PHP versions from legacy to modern (incl. 8.x) to match app needs.

Node.js, Ruby, Python versions available for language-specific stacks.

Management Levels (choose your control vs. assistance)

Unmanaged VPS
Full DIY. They keep the physical host healthy; customers handle OS setup, hardening, patches, software, and monitoring. Best for teams with in-house admins.

Semi-Managed VPS
A middle ground. Routine tasks (e.g., weekly automated backups, security updates) are covered, while customers manage apps and day-to-day content. Suits teams that want help with the basics but still prefer control.

Managed VPS
Hands-off operations. They take care of core updates, maintenance, and software installs so customers can focus on the business rather than server upkeep—useful for newer teams or those without dedicated ops.

Good Fits by Use Case

Type A: Always-on services, small sites, monitoring, low-intensity bots.
Type B: Web apps, APIs, small databases needing steady resources.
Type D: High-traffic platforms, CI/CD runners, analytics, heavy databases.
Type T: Seasonal shops, campaign bursts, batch jobs with occasional peaks.

Bottom Line

They segment CPU and management options cleanly: pick a Type for the performance profile and a management tier for the level of assistance. The result is a lineup that scales from budget, always-online instances to fully dedicated compute with redundancy and managed care when needed.