Research
Research-driven company
Applied cybersecurity and trustworthy-AI research is translated into architecture, experiments, reproducible artefacts and prototypes.
ABOUT CYBERAI
Research discipline. Secure systems. Real-world evidence.
CyberAI is a Groningen-based cybersecurity and trustworthy-AI research company. We turn explicit assumptions and rigorous methods into secure architectures, reviewable prototypes, validation evidence and realistic deployment routes.
- Based in
- Groningen, NL
- Core field
- Cybersecurity and trustworthy AI
- Delivery
- Architecture, prototypes and evidence
Evidence remains connected.Claims, implementation decisions, validation limits and maturity stay reviewable.
A focused company model for difficult technical problems.
CyberAI combines research discipline, security engineering and a collaboration model designed for projects that require transparent assumptions and measurable evidence.
Engineering
Security engineering partner
Threat boundaries, implementation decisions, validation metrics and operational controls remain connected throughout the technical route.
Collaboration
European collaboration model
A lightweight technical partner for Dutch and European universities, companies, research teams and innovation consortia.
How we work
A disciplined path from question to deployment preparation.
The route is structured so that claims, implementation and maturity can be reviewed independently.
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01
Frame
Define the threat, assets, actors, interfaces, assumptions, trust boundaries and expected technical result.
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02
Engineer
Connect analytical choices, architecture, implementation artefacts, policy checks and response logic.
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03
Validate
Evaluate data, baselines, metrics, limitations, reproducibility and bounded interpretation.
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04
Transfer
Address integration, governance, monitoring, rollback, partner constraints and deployment preparation.
Technical credibility is designed into the work.
The company avoids inflated claims and keeps the relationship between evidence, maturity and practical partner value explicit.
Evidence before claims
Technical statements require reproducible artefacts, measurable results or clearly bounded assumptions.
Security by design
Threat models, trust boundaries and lifecycle risks are addressed from the start rather than added later.
Honest maturity
Research question, laboratory prototype, partner validation and deployment preparation are reported separately.
Practical partner value
Research is structured to produce usable architecture, code, validation evidence and decision support.
Company record
A transparent Dutch R&D company.
Core identity details are visible here; the complete statutory information remains on the legal page.
- Location
- Groningen, the Netherlands
- KvK
- 42109446
- EU PIC
- 863140824
- Established
- 1 July 2026
TECHNICAL COLLABORATION
Discuss a technical collaboration →
Build a research route that ends in reviewable technical evidence.
Define the system boundary, engineering route, validation evidence and realistic maturity path together.