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Education & Research

Every student an AI tutor. Every researcher compute power.

Secure, European AI infrastructure for universities, colleges and research institutes. Without dependence on Big Tech, with full GDPR compliance.

“We educate young people from child to student in cybersecurity and digital skills.” — Coalition Agreement 2026

The problem

Education deserves better than dependency

🚨

No data protection

Educational institutions use American AI tools without data protection. Student data leaves the EU without legal safeguards.

HPC waiting times

Researchers wait weeks for compute time at existing HPC facilities. Innovation slows due to lack of accessible compute capacity.

📊

Digital inequality

Digital literacy varies enormously between schools and regions. The gap is growing while AI becomes increasingly important in education.

⚠️

ChatGPT as default

ChatGPT has become the de facto education tool — without European control, without transparency about training data, without pedagogical review.

Policy alignment

Directly linked to the coalition agreement

🎓

Digital skills

“We educate young people from child to student in cybersecurity and digital skills and strengthen public-private training programmes.”

Source: Coalition Agreement p.58-59

SAIG:

Secure AI sandbox for educational institutions — students learn to work with AI on European infrastructure, without data export to third countries.

⚙️

AI compute factory

“We stimulate the construction of an AI compute factory in Northern Netherlands and of European-autonomous compute infrastructure.”

Source: Coalition Agreement p.58

SAIG:

Researchers get direct access to compute capacity on European infrastructure — no waiting times, no vendor lock-in.

📈

Wennink Report

“In line with the Wennink Report, we actively target 1.5% structural economic growth.”

Source: Coalition Agreement p.30

SAIG:

AI-enabled education strengthens human capital — the engine behind structural economic growth and innovation capacity.

🏫

Campuses

“We strengthen campuses as engines for startups, scale-ups and collaboration between education, research and industry.”

Source: Coalition Agreement p.49

SAIG:

SME Playground (EuroHPC) gives students and startups direct access to AI compute power — from campus to market.

Our approach

From problem to sovereign solution

Sovereign AI-Grid does not build standalone tools, but a complete infrastructure layer for education. GDPR-compliant, pedagogically responsible, and entirely on European soil.

🧑‍🎓

AI Tutor Platform

Personal AI tutors for every student. Adaptive learning based on European models — no data sent to Silicon Valley.

🔬

Research Compute

Direct access to GPU clusters for researchers. No waiting times, no bureaucracy — compute power as a service.

🛡️

Secure Sandbox

Isolated environments for educational institutions. Students experiment freely — within GDPR-compliant infrastructure.

Proven impact

GPU compute power accelerates research and education

Universities and research institutes achieve breakthroughs with GPU-accelerated AI. These cases show what is possible.

NVIDIA × University of Florida
100+ departments with AI

HiPerGator AI: one of the most powerful academic supercomputers. AI curriculum integrated across 100+ faculties.

Source: NVIDIA Case Study →
NVIDIA × DeepMind AlphaFold
200M+ protein structures

200 million protein structures predicted — a breakthrough replacing decades of laboratory work. Nobel Prize in Chemistry 2024.

Source: DeepMind AlphaFold →
AMD × LUMI / EuroHPC
550 PFLOPS

Hundreds of European universities use LUMI for genomics, climate and AI research — entirely on European soil.

Source: LUMI Supercomputer →

Independent results from NVIDIA and AMD technology at international partners. Sovereign AI-Grid brings this compute power to Europe under European ownership.

Demo

AI Tutor Concept

ai-tutor.sovereignaigrid.nl

AI Tutor — Mathematics

Question 3 of 10: What is the derivative of f(x) = 3x² + 2x?

A f'(x) = 6x + 2
B f'(x) = 3x + 2
C f'(x) = 6x² + 2

AI Tutor hint:

Use the power rule: if f(x) = ax³, then f'(x) = n·ax²¹. Apply this to each part of the function.

Progress: 30% 🔒 GDPR-compliant

Request access to the demo

Experience how a sovereign AI tutor works for your institution. Fill in the form below for direct access.

GDPR-compliant No data to Big Tech Runs on European infrastructure

Ready to future-proof your institution?

Join the first European AI infrastructure network for education and research. Sovereign, sustainable, and built for the future.

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