Core databases
Transactional systems where memory, disk I/O and uptime all matter.
02 Enterprise Servers
Mission-critical workloads need hardware with no single weak link. Enterprise Servers pair redundant components with predictable performance — and engineers who plan capacity with you.
[01] / Overview
Enterprise Servers are single-tenant machines for the systems a business depends on: core databases, ERP and CRM platforms, production SaaS and private virtualisation.
They're specified around reliability first — redundant components where it matters, predictable behaviour under sustained load, and capacity planned with our engineers rather than guessed from a price list.
Each configuration states which components are redundant, so you know exactly what protects your workload before it goes live.
[02] / Key benefits
Duplicated parts — such as power supplies or mirrored drives — so one failure doesn't take the server down.
Single-tenant hardware sized for constant, heavy use rather than occasional bursts.
Engineers help size CPU, memory, storage and network around real requirements.
Grow from one server to several as the platform expands, with consistent hardware.
Run your own hypervisor and containers on hardware no one else touches.
Your team sets access, security policy and maintenance windows.
[03] / Configurations
Configurations are published here as they become available, each with its full specification and availability.
Every configuration lists
[04] / Reliability
Reliability comes from removing single points of failure — inside the server and across your architecture.
Where a configuration includes redundant parts, a failed unit is covered by its twin while it's replaced.
RAID layouts with mirroring or parity keep data available through a drive failure.
For the highest availability, run replicas across multiple servers — we'll help you plan the layout.
Coordinate changes with the team in advance, by email, on your schedule.
[05] / Security & governance
Single tenancy keeps the attack surface yours alone; administrative control keeps policy in your hands.
Workloads run on dedicated physical hardware, separated from other customers.
Define users, keys, network rules and update cadence to match internal standards.
Each configuration states what's included, so documentation starts from facts.
Sales and support each have a direct address — no anonymous ticket queues.
[06] / Use cases
Transactional systems where memory, disk I/O and uptime all matter.
Business-critical platforms used across the whole organisation.
Virtualisation and container platforms on hardware you control.
Customer-facing services that need steady, predictable performance.
Enterprise Servers prioritise reliability: redundant components where the configuration includes them, hardware sized for sustained load, and capacity planned with our engineers for mission-critical workloads.
It depends on the configuration. Each Enterprise configuration states which components are duplicated — for example power supplies or mirrored drives — so you know what's protected.
No. Redundant components keep a server running through hardware faults, but they don't protect against deletion, corruption or ransomware. Keep independent backups — a Storage Server is a good target.
Yes. Describe your availability goals to sales@theclouders.com and our engineers will suggest how many servers to run and how to lay them out.
Enterprise configurations are published on this page as they're released. For anything not listed, or for a tailored quote, contact sales@theclouders.com.
Enterprise Servers
Tell us the workload and your availability goals. We'll propose an enterprise configuration and layout.
Sales · quotes & configurations
[08] / Related
Different workload? Compare the other three lines.
Single-tenant bare metal with full root access — the dependable foundation for applications, websites and services you run yourself.
High-capacity machines with dense drive configurations for backups, archives, media libraries and data-heavy workloads.
High-performance hardware for compute-heavy work: high core counts, large memory footprints and fast NVMe storage.