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About · Data sovereignty

Data sovereignty is not an extra feature. It is the operating baseline.

If AI is used inside sensitive environments, control over hosting, permissions and data flow matters as much as the model itself. Anything else becomes a legal and trust problem.

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intentional dependence on opaque US cloud black boxes for core flows

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CH/EU

controlled infrastructure for model and data operations

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100%

target state built around explicit role and audit logic

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Open

source-near architecture instead of proprietary lock-in

Regulatory pressure

The risk starts well before the model layer.

Many teams talk about AI capability while barely discussing data leakage, access chains or operational responsibility. In clinical contexts, a convenient API call is not enough when personal or medical data is involved.

GDPR and the revised Swiss DSG make uncontrolled transfer of sensitive data operationally and legally expensive.

US legal access paths such as the CLOUD Act or FISA 702 remain a real concern for many providers.

The actual issue is not only compliance. It is also trust erosion in the market and inside the team using the system.

Operational effect

What changes for clients.

Privacy-first does not mean giving up capability. It means automation and AI can actually be trusted in production because data paths and boundaries remain understandable.

01

Clinics can introduce AI without undermining the trust they need in first contact and follow-up.

02

Internal teams adopt systems more easily when access and responsibility are explicit.

03

Vendor lock-in drops because the architecture and data model are not built around one external provider.

Highlight

The redesigned site should make that stance visible: precise, controlled and deliberate rather than soft or generic.

Architecture

What privacy-first means in practice at RakenAI.

Data sovereignty does not come from a policy page. It comes from infrastructure, permissions, logging and carefully bounded integrations.

Self-hosted models

Llama, Mistral and similar models run on controlled Swiss or EU infrastructure.

dedicated environments
no open training paths
deliberate deployment options

Private knowledge layer

RAG and document logic stay inside allowed data spaces rather than public consumer tools.

role-aware access
local sources
bounded answer behaviour

Controlled integrations

CRMs, APIs and practice software are connected intentionally rather than opened by default.

write access only where needed
clear escalation
traceable data paths

Auditability

A production system needs logs, permissions and explainable handoffs, not just model output.

logs
permission model
clean human handoff
Self-hosted LLMs (Llama, Mistral, Phi)
Swiss/EU Datacenter
GDPR/DSG-compliant
Next step

Design an AI architecture that still holds up under privacy pressure.

We can show which infrastructure, roles and deployment model fit your environment and where the common failure points appear.