Make digital sovereignty real
Run AI on your most sensitive data with Intel technologies that help protect it in hardware while it runs, with attestation to verify it, on supported servers and clouds you already use.
- Protect
- Prove
- Control
Digital sovereignty
Why action is needed now
Sovereignty and security are moving from infrastructure discussions to boardroom priorities.
Data
- Data has become a strategic asset
- Sensitive datasets are powering modern AI
- Control is needed over where data lives
- Governance and access are critical
Regulation & Policy
- Rapid expansion of digital regulation
- Compliance expectations increasing
- Sovereignty becoming a policy priority
- Critical infrastructure under scrutiny
Artificial Intelligence
- AI increases the risk surface
- Models and training data are valuable IP
- AI systems process sensitive data
- Trust in AI infrastructure is essential
Confidential AI
Confidential AI helps make Sovereign AI enforceable
Not a location claim: a verifiable control model that can be applied across supported cloud, hybrid, edge and on-premises environments.
Protect
Hardware isolation with Intel® TDX helps protect data, prompts, context and model weights while in use
Prove
Hardware root of trust helps establish verifiable trust from the platform to the workload
Control
Policy-gated key release grants access only after successful verification
Partnerships
IBM Sovereign Core with Intel® TDX
IBM Sovereign Core is an integrated sovereign cloud and AI software stack that lets enterprises, governments, and service providers build and run secure, compliant digital environments under their full operational and data control. With Intel TDX, its workloads run in hardware-isolated trust domains, and the platform can produce attestation evidence to verify it.
Secrets and keys inside trust domains
Vault runs in its own hardware-isolated trust domain.
Prove first, then release
Selected keys and credentials are released only after attestation succeeds.
Air-gapped deployment supported
Attestation can be performed without an external service.
Protected AI inference
Model data and retrieval context are helped to stay protected while in use.
Continuous evidence
The Compliance Center records the confidential-computing posture.
Partnerships
Workload isolation with Red Hat OpenShift Sandboxed Containers
Red Hat OpenShift Sandboxed Containers brings additional workload isolation to OpenShift, helping organizations deploy sensitive AI workloads with more control over their execution environment.
- Isolate
Strengthen workload boundaries
Run sensitive containerized workloads inside hardware-isolated virtual machines based on Intel® TDX, reducing exposure to the underlying host.
- Scale
Operationalize Sovereign AI
Bring confidential workload isolation into an enterprise Kubernetes platform, helping translate sovereignty requirements into deployable infrastructure controls.
- Control
Keep control of sensitive workloads
Apply isolation to sensitive data, models and AI workloads while retaining the familiar OpenShift operational model.
- Extend
Extend the trust boundary to GPUs
With supported NVIDIA GPUs in Confidential Computing mode, confidential AI workloads can extend protection beyond the CPU to accelerated computing.
Partnerships
Agents designed to do only what you allow
Intel® AI for Enterprise Agent Toolkit integrates NVIDIA OpenShell policy sandboxes, so control is enforced outside the model, not by prompts.
Outbound access denied by default
Allowed only per program, host, HTTP method and path.
Credentials stay outside the agent
Keys are bound to endpoints and substituted only into approved requests.
Decisions logged
Independent of the agent's own account of what it did
Can run inside Intel TDX
Sandbox enforcement works unchanged when the nodes are TDX confidential VMs.
Partnerships
Confidential AI at scale on Supermicro systems
Supermicro's reference architecture pairs Intel® TDX on Xeon® 6 hosts with NVIDIA HGX™ B300 GPUs in Confidential Computing mode, validated end to end on Confidential Containers and Red Hat OpenShift Sandboxed Containers, as described in the white paper.
Intel does not control or audit third-party data. You should consult other sources to evaluate accuracy.
- Host
Intel® Xeon® 6 with Intel® TDX
Trust domains help isolate the workload from the host, the hypervisor and other tenants.
- Accelerators
NVIDIA HGX B300 in Confidential Computing mode
An encrypted bounce buffer helps protect data on its way between CPU and GPU.
- Platforms
Confidential Containers and OpenShift Sandboxed Containers
The same Kata-based isolation, upstream on Kubernetes and as a supported Red Hat product.
- Attestation
CPU and multi-GPU, end to end
Verified through Trustee, NVIDIA NRAS and Intel® DCAP, from one to eight GPUs per confidential pod.
Available today
Start with what's in the catalog
- InferenceIntel® Inference MicroservicesOne container that serves a model with the right profile for your Xeon.View details
- PlatformIntel® AI for Enterprise SolutionsFrom bare metal to a running AI platform, in layers.View documentation
- BlueprintsAgentic AI BlueprintsSample agent applications you can deploy and adapt.View blueprints
Shape it with us
We're working with customers and partners to decide what comes first. Tell us what you need to prove control over your AI.
All product plans and roadmaps are subject to change without notice.
Intel, the Intel logo, Xeon and Intel TDX are trademarks of Intel Corporation or its subsidiaries. IBM is a trademark of International Business Machines Corporation. Red Hat and OpenShift are trademarks of Red Hat, Inc. Supermicro is a trademark of Super Micro Computer, Inc. NVIDIA, HGX and OpenShell are trademarks or product names of NVIDIA Corporation. Kubernetes is a registered trademark of the Linux Foundation. Other names and brands may be claimed as the property of others.