Private AI
Keep AI architecture inside customer-controlled or approved infrastructure where scope allows.
Sovereign AI Infrastructure
Design AI environments where data, models, access, and operations are shaped by enterprise governance and deployment scope.
This solution connects private cloud, GPU planning, governed data access, and private AI service patterns without making unsupported readiness claims.

Architecture
Subject to validation
Use this solution where the business driver, workload boundary, operating responsibility, and validation path are clear.
Keep AI architecture inside customer-controlled or approved infrastructure where scope allows.
Connect approved data sources through validation-led retrieval and access patterns.
Define model, endpoint, logging, and support responsibilities before commitment.
Each solution should move through assessment, design, and validation before publication or commitment.
Separate training, inference, RAG, and endpoint requirements.
Map GPU, data, network, access, and operations requirements.
Validate model support, endpoint behavior, data handling, and operating boundaries.
FAQ
AI infrastructure — compute, data, models, and operations — that runs in an environment the organisation controls, where data residency, access, and governance are decided by the enterprise rather than by a shared public cloud.
The difference is control: where data lives, who can access it, and how the platform is operated. Sovereign AI keeps data flows, model access, and operations inside boundaries defined by enterprise governance and deployment scope.
Intrisus is designed to support sovereign AI planning across private cloud, GPU-ready architecture, controlled data flows, and validation-led AI deployment. The specific scope is confirmed during assessment and validation.
In customer-controlled environments — typically private cloud or dedicated infrastructure in a location the enterprise selects. Deployment specifics, including GPU sizing and data boundaries, are validated per engagement.
Next step
Start with your workloads, operating model, and control requirements.