Sovereign Compute

On-premise AI for European companies that cannot put sensitive data in a public cloud.

On-Premise Migration

Your firm is running critical workflows on cloud AI — documents, communications, operational data — through infrastructure you don't control, in jurisdictions that may not satisfy your compliance obligations.

We design and deploy a local-inference stack on your hardware. Ingestion pipeline, router, extraction model, compounding data lake, audit trail, compliance documentation. Delivered on your premises. You run it after handover — no ongoing vendor dependency.

CISSP-led security design. Applicable in any EU jurisdiction.

What you get

Deliverable Running inference infrastructure on your hardware
Scope Architecture · deployment · compliance docs · handover
Data posture Zero egress — no data leaves your defined perimeter
Inference Local LLM — no calls to OpenAI, Anthropic, or any third party
Audit Every inference logged, timestamped, and tamper-evident
Ownership 100% yours post-handover
Compliance EU GDPR-aligned — no third-country transfer, no DPA overhead
Security design CISSP-certified — tamper-evident audit trail included

Works well for real estate agencies, legal and professional services, family offices, and any EU company with GDPR obligations.

The technical evidence base — experiments, benchmarks, and the framework behind this work:

localfirstai.eu ↗

Private Cloud

Enterprise

Don't want to manage the hardware yourself? We operate the inference node. Your data is processed on our dedicated private hardware — no public cloud, no shared tenancy. Accessible over an encrypted private network. You own your data and your results.

Dedicated node Not shared with other clients
In-memory model No disk swapping — inference is fully RAM-bound
Location EU — data does not leave European jurisdiction
Access Private encrypted network — no public internet exposure
Data posture Zero egress — not retained after inference completes
Pricing On request — based on volume and use case
Request early access ↗