Hybrid Cloud AI Infrastructure

The Hybrid Cloud Foundation for AI

Run your models anywhere — datacenter, cloud, or edge. AI workloads are hungry, sensitive, and increasingly everywhere. nutanix.ms gives them a single, consistent platform on your terms.

On-Prem
Cloud
Edge
Single Operating Model
Unified Control Plane
0%
Uptime
0x
GPU Efficiency
0%
Cost Reduction
GPU-Ready Hyperconverged Infrastructure Hybrid Cloud Flexibility Data Residency Compliance Edge AI Inference Unified Control Plane Self-Healing Scale Zero Egress Costs Built-In Resilience GPU-Ready Hyperconverged Infrastructure Hybrid Cloud Flexibility Data Residency Compliance Edge AI Inference Unified Control Plane Self-Healing Scale Zero Egress Costs Built-In Resilience

The AI Infrastructure Squeeze

AI puts contradictory demands on infrastructure — scale and sensitivity, speed and compliance, flexibility and control. Traditional approaches fail all of them.

Data Residency Risks

Regulated data cannot leave approved locations. Public cloud forces sensitive workloads into compliance risk.

Unpredictable Cloud Costs

GPU instances at scale drain budgets fast. Training spikes and inference demands make costs impossible to forecast.

Latency at the Edge

Inference that must happen in milliseconds can't wait for a round trip to a distant datacenter or cloud region.

On-Prem Rigidity

Pure on-premises infrastructure can't flex when AI demand spikes, leaving teams stranded at capacity limits.

Infrastructure Tradeoffs
Scale
85%
Security
92%
Cost Ctrl
78%
Latency
94%
Compliance
88%
vs. single-cloud approach ↑
nutanix.ms hybrid model performance

One Platform. Every Environment.

nutanix.ms resolves the infrastructure squeeze with a single operating model that spans datacenter, cloud, and edge — without forcing a rebuild every time your workload moves.

01

Stand Up GPU-Ready Infrastructure

Deploy hyperconverged nodes provisioned for demanding AI workloads in your datacenter or at the edge.

02

Train and Serve Close to Your Data

Run training and inference where data lives. No egress costs, no residency risk, no latency penalty.

03

Burst to Cloud Without Changing Operations

Hold sensitive data on-prem while bursting to cloud for capacity spikes — same operating model throughout.

04

Scale, Recover, and Secure from One Plane

Automated scaling, self-healing recovery, and identity-integrated security managed from a single control plane.

Hybrid AI Flow
Data Source
On-Prem GPU Node
Cloud Burst
Training Job
Inference Engine
Edge Deploy
Sub-10ms Latency
Zero Egress Cost
Residency Safe
Auto-Scale

Infrastructure Built for AI

Every capability designed for the unique demands of AI workloads — from GPU provisioning to edge inference.

GPU-Ready Compute

Hyperconverged nodes provisioned for demanding AI workloads, delivering the raw compute power modern models require without infrastructure rework.

Scale Without Rework

Grow storage and performance as your AI ambitions expand. No re-architecting required — add nodes, expand capacity, and keep the same operating model.

Keep Data Home, Burst Out

Hold sensitive and regulated data on-premises while bursting to cloud for training spikes or capacity surges — all without changing how you operate.

Edge Inference

Deploy AI where decisions actually need to happen. Run inference at branch locations, factory floors, or remote sites without shipping data to a central cloud.

Unified Control Plane

One place to manage hybrid AI workloads across every environment. Whether on-prem, cloud, or edge — visibility, control, and policy in a single pane of glass.

Secure from Day One

Identity and security integrated from the start — not bolted on. Self-healing scale, automated recovery, and built-in resilience reduce operational toil.

Optimized for Every Workload

From regulated financial services to latency-sensitive manufacturing — explore how nutanix.ms maps to your environment.

1

Provision GPU Nodes

Deploy hyperconverged GPU-ready nodes in your datacenter with automated provisioning and configuration.

2

Ingest Training Data On-Prem

Keep your proprietary training datasets on-premises — no data leaves your environment or jurisdiction.

3

Burst to Cloud for Compute Spikes

When training demand exceeds local capacity, automatically burst to cloud resources without reconfiguring anything.

4

Deploy and Serve Locally

Return trained model artifacts to your environment and serve inference locally for performance and cost control.

Training Architecture
Raw Training Data
On-Prem Storage
Cloud GPU Burst
GPU Cluster
Model Registry
Serving Endpoint
1

Deploy Inference Engine On-Prem

Run inference workloads on local GPU nodes, eliminating round-trip latency to the cloud.

2

Connect to Application Layer

Serve model responses to internal applications and APIs with sub-10ms latency at the source.

3

Auto-Scale Under Load

Self-healing infrastructure scales inference capacity automatically as request volume fluctuates.

4

Monitor from Single Plane

Full observability of model performance, resource utilization, and latency from a unified control plane.

Inference Stack
Application Request
API Gateway
Inference Engine
Model Store
Response <10ms
Client Layer
1

Deploy Edge Nodes Remotely

Stand up lightweight hyperconverged nodes at branch offices, factories, or remote sites.

2

Push Models to the Edge

Distribute trained model artifacts to edge nodes from the central control plane securely and automatically.

3

Run Local Inference

AI decisions happen at the source — no connectivity required for inference, no data leaves the site.

4

Centrally Managed, Locally Executed

Updates, policies, and monitoring all flow from the central plane while execution stays at the edge.

Edge Architecture
Central Control Plane
Model Distribution
Edge Node 1
|
Edge Node 2
Local Inference
On-Site Action
1

Define Data Residency Zones

Configure which data categories must remain in specific geographic or network boundaries within the control plane.

2

Policy-Enforced Routing

All workloads are automatically routed to compliant infrastructure based on data classification and residency rules.

3

Audit-Ready Logging

Every data movement, model execution, and access event is logged for regulatory audit and governance review.

4

Continuous Compliance Posture

Real-time compliance monitoring ensures workloads never drift outside approved boundaries.

Compliance Model
Data Classification
Policy Engine
Approved Regions
Compliant Routing
Audit Logs
Compliance Dashboard

Designed for Every Industry

From financial compliance to real-time manufacturing AI — nutanix.ms adapts to the exact demands of your sector.

Finance & Banking

Regulated Financial AI

Run fraud detection, risk modeling, and customer intelligence on-premises where data must stay. Burst training jobs to cloud while keeping inference inside approved jurisdictions.

SOX Compliance GDPR Safe On-Prem Inference
Manufacturing

Edge AI at the Factory Floor

Deploy quality inspection, predictive maintenance, and operational AI at the edge. Sub-millisecond decisions without cloud dependency. Keep production running even offline.

Edge Inference Offline Operation Real-Time Control
Healthcare

Clinical AI with Data Sovereignty

Run diagnostic models and clinical decision support on patient data that cannot leave the facility. Meet HIPAA, HL7, and regional health data standards without sacrificing capability.

HIPAA Compliant Data Sovereignty On-Site Compute
Public Sector

Sovereign AI Infrastructure

Government and defense workloads that require data to remain within national boundaries, on approved hardware, under direct operational control — not in a shared cloud.

Air-Gap Ready National Data Controls FedRAMP-Aligned

Works With Your Existing Stack

nutanix.ms integrates natively with the tools, clouds, and platforms your teams already use.

AWS
Microsoft Azure
Google Cloud
Kubernetes
NVIDIA CUDA
PyTorch / TF
HashiCorp Vault
Grafana / Prom

Common Questions

What makes nutanix.ms different from running AI workloads in a single public cloud?

Public cloud alone locks you into one provider's pricing, constrains data residency, and can't run inference at the edge where latency matters. nutanix.ms gives you a single operating model that spans your datacenter, any cloud, and edge locations — so you choose where workloads run based on compliance, latency, and cost, not infrastructure limitations.

How does burst-to-cloud work without retraining our operations team?

Cloud burst is managed through the same unified control plane your team already uses for on-premises workloads. There's no separate cloud console, no retraining required. You set capacity thresholds and policy rules; nutanix.ms handles the bursting automatically while maintaining your operational posture.

What data residency and compliance standards does nutanix.ms support?

nutanix.ms supports GDPR, HIPAA, SOC 2, FedRAMP-aligned deployments, and regional data sovereignty requirements. Data residency zones are configured at the platform level, and all routing respects those boundaries automatically — with immutable audit logs capturing every movement for regulatory review.

Does nutanix.ms require specialized hardware?

nutanix.ms runs on a broad range of certified hyperconverged nodes from leading hardware partners, including configurations optimized for GPU workloads. Edge deployments support ruggedized form factors for harsh environments. Your infrastructure team works with standard enterprise hardware procurement channels.

How does the unified control plane handle multi-cloud environments?

The unified control plane abstracts the underlying cloud and hardware differences. Whether workloads are running on-prem, bursting to AWS, deploying on Azure, or executing at an edge node — you see a single operational view. Policy, scaling, security, and monitoring are consistent everywhere.

What does a typical deployment timeline look like?

Initial production deployments typically go live within days, not months. The hyperconverged architecture is designed for rapid provisioning — hardware arrives pre-validated, and the control plane is configured through guided automation. Most teams reach full operational capability in their first sprint.

Give Your AI a Foundation That Goes Anywhere

Training and serving models should not lock you into one cloud or strand you in one datacenter. See how nutanix.ms resolves the AI infrastructure squeeze for your team.