Your infrastructure at the speed of AIYour infrastructure at the speed of AI
MetalSoft is the intelligent orchestration platform that transforms fragmented on-premises hardware into high-performance, fast-changing, secure, workload compliant infrastructure.MetalSoft is the intelligent orchestration platform that transforms fragmented on-premises hardware into high-performance, fast-changing, secure, workload compliant infrastructure.
MetalSoft is trusted by: Telstra, Databank, Cirion, Cox, Sptel, Infosys, Dell Technologies, Nationale Nederlanden, Telecom Italia, T-Systems.
Use Cases
The MetalSoft platform is used to build and operate private clouds, AI factories, and AI cloud services. It unifies operations across compute, networking, and storage, enabling teams to deliver AI infrastructure with less complexity.
Software Defined Infrastructure
Orchestrate compute, networking, and storage through a unified operational layer to improve efficiency, consistency, and infrastructure security.
Sandboxing for AI Experimentation
Build isolated environments to test new technologies and AI agents. Deploy, securely wipe, redeploy in minutes.
DORA & EU AI Act Compliance
Modern infrastructure for the financial industry, aligns to the requirements of the EU Digital Operational Resilience Act.
AI-enabled Infrastructure
Use AI to improve operational efficiency and uptime, optimizing infrastructures, reducing toil and MTTR.
Multi-vendor server lifecycle management
Eliminate tool sprawl by using a single tool for firmware management across all hardware vendors.
Self-service Infrastructure Operations
Enable teams to provision and manage infrastructure through self-service workflows with minimal overhead.
What cloud services can MetalSoft enable?
MetalSoft enables a full spectrum of cloud services, from bare-metal IaaS, Storage, networks to managed Kubernetes, VMs, and AI/GPU workloads.
| Public Cloud Service | MetalSoft Availability | |
|---|---|---|
| IaaS | Bare Metal AWS Bare Metal, Azure Dedicated Hosts | Supported NativelyNative, zero-overhead automated provisioning. |
Virtual Machines EC2, Azure VMs | Supported NativelyIntegrated virtualization with native multi-tenancy. | |
Block Storage EBS, Azure Disk Storage | Supported NativelyAutomated high-performance block volume provisioning. | |
Object Storage (S3 API) S3, Google Cloud Storage | Supported NativelyNative S3-compatible object storage. | |
File Storage (NFS) EFS, Azure Files | Supported NativelyScalable shared file systems via native automation. | |
Virtual Private Cloud (VPC) AWS VPC, Azure VNet | Supported NativelyFull SDN-based isolation and multi-tenant routing. | |
| PaaS | Managed Kubernetes EKS, AKS, GKE | Supported NativelyProduction-grade K8s & Red Hat OpenShift, turnkey. |
GPU-as-a-Service EC2 GPU Instances, Azure AI | Supported NativelyOn-demand bare-metal or fractional GPU for AI and LLM workloads. | |
Managed Databases RDS, DynamoDB, Cloud Spanner | 3rd Party IntegrationOpen-source K8s Operators — PostgreSQL, Redis, and more. | |
Function-as-a-Service Lambda, Cloud Functions | 3rd Party IntegrationOpen-source Knative / OpenFaaS on K8s. | |
CI/CD Pipelines CodePipeline, Azure DevOps | 3rd Party IntegrationOpen-source ArgoCD / GitLab on bare metal or K8s. | |
| AI-aaS | LLM-as-a-Service Amazon Bedrock, Azure OpenAI, Vertex AI | 3rd Party IntegrationvLLM or SGLang-based model runtime on bare metal or containers. |
Jupyter Notebook-as-a-Service SageMaker Studio, Vertex AI Workbench | 3rd Party IntegrationJupyter execution in a container or VM environment. |
- Bare MetalAWS Bare Metal, Azure Dedicated HostsSupported NativelyNative, zero-overhead automated provisioning.
- Virtual MachinesEC2, Azure VMsSupported NativelyIntegrated virtualization with native multi-tenancy.
- Block StorageEBS, Azure Disk StorageSupported NativelyAutomated high-performance block volume provisioning.
- Object Storage (S3 API)S3, Google Cloud StorageSupported NativelyNative S3-compatible object storage.
- File Storage (NFS)EFS, Azure FilesSupported NativelyScalable shared file systems via native automation.
- Virtual Private Cloud (VPC)AWS VPC, Azure VNetSupported NativelyFull SDN-based isolation and multi-tenant routing.
- Managed KubernetesEKS, AKS, GKESupported NativelyProduction-grade K8s & Red Hat OpenShift, turnkey.
- GPU-as-a-ServiceEC2 GPU Instances, Azure AISupported NativelyOn-demand bare-metal or fractional GPU for AI and LLM workloads.
- Managed DatabasesRDS, DynamoDB, Cloud Spanner3rd Party IntegrationOpen-source K8s Operators — PostgreSQL, Redis, and more.
- Function-as-a-ServiceLambda, Cloud Functions3rd Party IntegrationOpen-source Knative / OpenFaaS on K8s.
- CI/CD PipelinesCodePipeline, Azure DevOps3rd Party IntegrationOpen-source ArgoCD / GitLab on bare metal or K8s.
- LLM-as-a-ServiceAmazon Bedrock, Azure OpenAI, Vertex AI3rd Party IntegrationvLLM or SGLang-based model runtime on bare metal or containers.
- Jupyter Notebook-as-a-ServiceSageMaker Studio, Vertex AI Workbench3rd Party IntegrationJupyter execution in a container or VM environment.
How can MetalSoft help build and operate a sovereign private cloud?
MetalSoft provides an abstraction layer on top of physical infrastructure, enabling teams to deploy and operate a full-spectrum cloud experience with absolute parity to hyperscaler features, while keeping their data, code, and infrastructure entirely under their control.
DORA: How can MetalSoft help with compliance and Cyber Resilience?
MetalSoft enables automated bare-metal network segmentation, quick workload isolation, fleet firmware management across vendors, unified audit logging and much more.
How does MetalSoft optimize datacenter operations?
MetalSoft eliminates almost all manual operations, builds and maintains a 100% accurate record of topologies, workloads and equipment, and automatically remediates production issues or provides assistance.
How does MetalSoft leverage AI?
MetalSoft gives AI guardrailed access to physical infrastructure and 100% accurate topology and intent data — enabling it to diagnose issues, take targeted actions, and drive measurable improvements in efficiency, cost, and performance.
Maximum Agility & Cost Avoidance
AI-Enabled Autonomous Operations
Faster access. Instant, self-service provisioning for bare metal and VM clusters across environments.
Integrated orchestration. Unify network and hardware orchestration, removing manual steps and reducing operational overhead.
Dynamic resource reuse. Reclaim and repurpose idle hardware to reduce waste and optimize infrastructure utilization.
Intelligent monitoring & RCA. Identify the root cause of infrastructure anomalies across the stack, reducing time to resolution.
AI-assisted optimization. Analyze workload patterns to suggest or execute infrastructure optimizations with minimal manual effort.
Automated remediation workflows. Apply predefined or system-driven actions to resolve issues consistently and reduce response time.
MetalSoft FAQ
Everything you need to know about MetalSoft, from architecture and AI to compliance.
Why infrastructure automation matters
The pressure on infrastructure teams is growing. Automation helps reduce operational risk, close skills gaps, and scale more efficiently.
of data center outages can be attributed to human error.
of organizations will implement infrastructure automation by 2025.
of respondents cite talent shortages as a top barrier to transformation.
Let's talk infrastructure
See how MetalSoft automates your stack from API to switch port.