Sovereign AI · Nordics & EU
AI infrastructure that never leaves the Nordics.
GPU compute and managed inference under Norwegian jurisdiction — air-gap capable, EU-regulation ready, zero US CLOUD Act exposure.
59.9139° N, 10.7522° E — OSLO, NORWAY
Norwegian jurisdiction
external requests in air-gap mode
products, one sovereign platform
The platform
Three products. One sovereign platform.
Managed models
A curated catalog of open-weight models — Mistral 7B as the default, Mistral NeMo, Mixtral and Qwen-Coder — served on vLLM and SGLang behind an OpenAI-compatible API. Per-project keys, configurable rate limits and live metering in NOK.
Learn more02Your models
Bring your own trained or fine-tuned models. Weights upload into your own isolated storage and deploy with one click — they never cross your isolation boundary. Built for defense contractors and others running proprietary models.
Learn more03GPU compute
Rent dedicated GPUs with SSH access and curated base images. Stop/start billing per GPU-second means you pay only while running. Fine-tune on your data, then serve the result as a managed endpoint.
Learn moreFull details on the platform page, transparent pricing on the pricing page.
How it works
One API. Your jurisdiction.
Create a project
A project is the unit of isolation: its own namespace, quota, API keys and usage ledger.
Deploy or rent
Deploy a model from the catalog, upload your own, or rent dedicated GPUs — provisioned in minutes.
Call the API
Point any OpenAI-compatible client at your endpoint and watch metered usage in NOK, live.
curl https://api.arcemcloud.no/v1/chat/completions \ -H "Authorization: Bearer $ARCEMCLOUD_API_KEY" \ -H "Content-Type: application/json" \ -d '{ "model": "mistral-nemo", "messages": [ {"role": "user", "content": "Summarize NSM guidance on cloud sovereignty."} ] }'$
Why sovereignty matters
Your obligations are European. Your infrastructure should be too.
Every US hyperscaler — regardless of where its data centers stand — is subject to the US CLOUD Act and FISA Section 702. American authorities can compel access to data held by US-controlled providers, wherever in the world that data physically resides. A European region does not change the jurisdiction of the operator.
At the same time, NIS2, DORA and the GDPR are raising the bar for critical sectors across the EU and EEA: demonstrable control over suppliers, over data flows and over the legal regimes your infrastructure answers to. Nordic defense, government and critical-industry buyers increasingly face hard data-residency requirements that a foreign-operated cloud simply cannot meet.
ArcemCloud's answer is structural, not contractual. The platform is a self-hosted, open-source stack — Kubernetes, vLLM, SGLang, Zitadel, OpenBao, Harbor, Grafana — running in a Norwegian datacenter, owned and operated by a Norwegian company with no foreign parent.
And when the requirement is absolute, the platform runs air-gapped: model weights, images and updates arrive by controlled offline transfer, and zero-egress verification proves — rather than promises — that nothing leaves the enclave.
Read the security architecture →Mapped control-by-control. Documentation available to procurement and security teams under NDA.
FAQ
Common questions
Is our data really never leaving Norway?
Yes. All processing happens in Norwegian datacenters owned and operated by ArcemCloud AS, with no US or non-EEA processors anywhere in the chain. Data, metadata and support access all stay in Norway.
Can we run fully air-gapped?
Yes. The platform is built to run with the uplink physically absent: model weights, images and updates arrive by controlled offline transfer, and zero-egress verification proves that nothing leaves the enclave.
What happens to our prompts?
Nothing is stored. Inference requests are processed in memory to produce a response; only token counts are retained for metering and billing.
How fast can we onboard?
Create a project, deploy a catalog model or upload your own, and call the OpenAI-compatible API — provisioned in minutes, metered in NOK from the first request.