- Bare Metal
- Block Storage
- Cloud
- Cloud Infrastructure
- Colocation
- Containers
- Control Plane
- Data Sovereignty
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- Enterprise
- Hyperscale
- Infrastructure-as-a-Service
- infrastructure automation
- Kubernetes
- Lifecycle Management
- Market
- Multicloud
- Networking
- Open Source
- Operating System
- Orchestration
- Private Cloud
- Public Cloud
- Router
- Services
- Software
- Software-Defined Storage
- Standards
- Storage
- Throughput
- Virtualization
- Virtual Network
- Visibility
Who is OpenMetal?
OpenMetal is a cloud infrastructure provider that delivers on-demand private clouds built on OpenStack and dedicated bare metal servers for enterprise and technical workloads.
- On-demand hosted private cloud based on OpenStack
- Dedicated bare metal servers with hardware-level isolation
- Software-defined storage using Ceph distributed storage
- Alternative to hyperscale public cloud with predictable resource costs
- Infrastructure for virtualization, data services, and hybrid workloads
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More About
OpenMetal positions its offerings as infrastructure for organizations that require dedicated resources, transparent cost structures, and direct control over the software stack. Its hosted private cloud environments are provisioned on bare metal hardware, which allows tenants to run virtual machines, containers, and data services without the shared tenancy model typical of hyperscale public cloud platforms. Enterprise IT teams, software developers, and service providers commonly use this model for development environments, production applications, and workloads that need consistent performance.
The architecture centers on OpenStack, the open source cloud operating system that provides compute, networking, block storage, and identity services through standardized APIs. Storage is commonly delivered through Ceph, a distributed storage platform that offers replication and scale-out capacity. Tenants access resources through standard interfaces such as the OpenStack dashboard and APIs, and can integrate with infrastructure automation tools, orchestration frameworks, and container platforms such as Kubernetes. Networking relies on software-defined constructs, including virtual networks, routers, and floating IP addressing.
In the broader market, this solution category sits between traditional colocation with self-managed servers and fully managed public cloud infrastructure-as-a-service. Compared with public cloud infrastructure, a dedicated OpenStack environment gives operators more visibility into hardware allocation and the underlying platform, though it places more responsibility for configuration and lifecycle management on the customer or its partners. Comparisons to other private cloud distributions and hosted OpenStack providers are most useful when evaluated on deployment model, hardware dedication, and control plane ownership.
The business significance lies in predictable resource costs, reduced dependence on proprietary cloud services, and portability of workloads built on open standards. For organizations pursuing data sovereignty, regulatory alignment, or multi-cloud strategies, an open-source-based private cloud can serve as a controlled foundation for sensitive applications. Technical leaders evaluating this approach typically assess compute density, storage throughput, network architecture, and operational support models.
Current solution areas center on cloud infrastructure, including hosted private cloud, bare metal provisioning, and open source cloud platforms. The company is categorized among alternative and regional cloud providers, a group that emphasizes open architectures and dedicated infrastructure as alternatives to hyperscale public cloud.
Our description of OpenMetal. Updated October 2026.