Your Private Cloud
Fully Managed.
Bare-metal performance, predictable pricing, full control — OpenStack and Kubernetes clusters on dedicated hardware.
How We Build Your Private Cloud — Precisely, Step by Step
Every deployment begins with understanding your workloads and concludes with a production-ready private cloud, tailored to your exact specifications.
01
Technical Discovery & Architecture Call
We begin with a deep dive into engineering to understand your workloads, compliance needs, and performance targets. Our architects map your compute, network, and storage profiles to design the optimal OpenStack or Kubernetes topology — before a single server is powered on.
02
Hardware Matching & Optimization
We benchmark your expected load against our available bare-metal pool. If existing hardware fits, we reserve and configure it. If not, we provision custom hardware (CPU/GPU/RAM/network profile) precisely for your environment, with optimized BIOS, firmware, and network topology.
03
Automated Deployment & Validation
Using our platform with integrated Kubernetes management for bare metal, we ensure fast cluster deployment with minimal time-to-ready. After deployment, our engineers perform a multi-stage validation — testing storage throughput, interconnect latency, fault tolerance, and HA readiness. Once verified, you receive full access to your management console and APIs.
Your infrastructure isn’t just “deployed” — it’s crafted. From first call to final validation, every step is handled by engineers who care about precision and uptime as much as you do.
What is Scalaxy
A new way to run Private Clouds - fast, managed, and on your own metal. Scalaxy is a managed platform that turns physical servers into private OpenStack or Kubernetes clusters.
Under the hood:
Control Layer
- Automated bare-metal provisioning and cluster orchestration.
- Maximum performance with direct hardware access.
Private Cloud Layer
- Kubernetes as a base platform orchestration layer.
- OpenStack provides Infrastructure as a Service (IaaS) with Managed Kubernetes as the container orchestration layer.
- KubeVirt for a lightweight virtualization layer.
Security Layer
- High-speed private network without additional network equipment.
- Full hardware control (IPMI, iDRAC).
- Disk encryption.
Service Layer
- API, CI/CD, monitoring, and logging.
- DevOps integration.
Built for Builders
From power-on to production-ready cluster - fast, automated, production-ready.
OpenStack Private Cloud
- Full IaaS: compute, networking, storage
- Horizon & Skyline UI with Terraform support
- Multi-datacenter and hybrid-ready
- 100% open-source, no vendor lock-in
- GPU-ready
Kubernetes Private Cluster
- Bare-metal performance, fully managed
- High availability by default
- Scalable Kubernetes control and worker planes
- GPU-ready
Bare metal
- High-speed private networking
- Production-grade high availability
- Validated and tested hardware
- Full isolation, optional TPM
- Scales on demand
Managed Services
DevOps as a Service
Continuous management, scaling, and monitoring
Infrastructure as a Service
Custom hardware setups and integration
Cloud Consulting
Migration and architecture optimization
Private Cloud Migration
Move from hyperscalers to dedicated Scalaxy environments
Why Scalaxy?
Designed for teams that value performance, control, and predictability
Predictable Cost
Transparent monthly pricing. No egress, storage, or surprise bills.
Full Control
Dedicated hardware, open APIs, full access to your data.
Fully Managed
Real engineers in Slack or Teams — monitoring, upgrades, and support.
Built for Your Use Case
Purpose-built for performance-intensive workloads
AI / ML / LLM
- GPU-ready, low-latency inference, full control over MLOps stack
SaaS / DevTools
- Predictable cost for resources and observability workloads
Web3 / Blockchain
- Isolated infrastructure for RPC nodes and rollups
GameTech
- 40 Gbps LAN and <1 ms latency for multiplayer backends
VideoTech / VFX
- 100 Gbps uplinks for real-time rendering and media ingest
No shared tenants. No noisy neighbors. Just your cluster — at full speed.
Baremetal servers
Orbit
Comet
Pulsar
Nebula
Nova
Quasar
Supernova
Cosmos
Galaxy
Singularity
Baremetal pricing
| Name | CPU | RAM | Disks | GPU | Bandwidth | IP | Price | |
|---|---|---|---|---|---|---|---|---|
|
NL4-12
|
AMD Ryzen™ 7 7700X
8C/16T • 4.5-5.4 Ghz |
64 GB DDR4
|
2 × 1TB U.2 NVMe
|
GPU available
|
40 Gbps/100 Gbps
|
IPv4/IPv6
|
$100
/mo
|
Order |
|
NL4-12
|
AMD Ryzen™ 7 7700X
8C/16T • 4.5-5.4 Ghz |
64 GB DDR4
|
2 × 1TB U.2 NVMe
|
GPU available
|
40 Gbps/100 Gbps
|
IPv4/IPv6
|
$100
/mo
|
Order |
|
NL4-12
|
AMD Ryzen™ 7 7700X
8C/16T • 4.5-5.4 Ghz |
64 GB DDR4
|
2 × 1TB U.2 NVMe
|
GPU available
|
40 Gbps/100 Gbps
|
IPv4/IPv6
|
$100
/mo
|
Order |
|
NL4-12
|
AMD Ryzen™ 7 7700X
8C/16T • 4.5-5.4 Ghz |
64 GB DDR4
|
2 × 1TB U.2 NVMe
|
GPU available
|
40 Gbps/100 Gbps
|
IPv4/IPv6
|
$100
/mo
|
Order |
|
NL4-12
|
AMD Ryzen™ 7 7700X
8C/16T • 4.5-5.4 Ghz |
64 GB DDR4
|
2 × 1TB U.2 NVMe
|
GPU available
|
40 Gbps/100 Gbps
|
IPv4/IPv6
|
$100
/mo
|
Order |
|
NL4-12
|
AMD Ryzen™ 7 7700X
8C/16T • 4.5-5.4 Ghz |
64 GB DDR4
|
2 × 1TB U.2 NVMe
|
GPU available
|
40 Gbps/100 Gbps
|
IPv4/IPv6
|
$100
/mo
|
Order |
|
NL4-12
|
AMD Ryzen™ 7 7700X
8C/16T • 4.5-5.4 Ghz |
64 GB DDR4
|
2 × 1TB U.2 NVMe
|
GPU available
|
40 Gbps/100 Gbps
|
IPv4/IPv6
|
$100
/mo
|
Order |
|
NL4-12
|
AMD Ryzen™ 7 7700X
8C/16T • 4.5-5.4 Ghz |
64 GB DDR4
|
2 × 1TB U.2 NVMe
|
GPU available
|
40 Gbps/100 Gbps
|
IPv4/IPv6
|
$100
/mo
|
Order |
Ready to own your cloud?
Deploy a managed OpenStack or Kubernetes cluster quickly - with predictable cost and full control.