Imagine 48 organizations across 22 countries pooling their cybersecurity expertise into one giant toolbox. They built actual working security components — things like adaptive honeypots that trick hackers, tools for secure software development, and certification-checking systems — and tested them in five real-world sectors: banking, healthcare, transport, government, and digital infrastructure. Think of it as a European cybersecurity "app store" where each app was built by top universities and security firms, then stress-tested against real threats.
European companies face mounting cybersecurity threats while trying to comply with overlapping EU regulations (GDPR, PSD2, eIDAS, Cybersecurity Act). Most organizations lack the in-house expertise to build security tools that meet certification requirements across multiple jurisdictions. They need tested, regulation-aware cybersecurity components — not another consultant's slide deck.
The project produced 89 deliverables including: final cybersecurity enablers and technology components (released in multiple iterations with feedback), a conformity assessment toolset for certification, secure software development methodologies and tools, a proof-of-concept adaptive honeypot system integrated with threat intelligence, and demonstrated integration across 5 sector-specific use cases.
If you are a bank or payment processor struggling to meet PSD2 and GDPR requirements while keeping systems secure — this project developed conformity assessment tools and certification-ready components tested specifically in the finance sector. With 14 cybersecurity domain areas covered, these tools help you prove compliance without building everything from scratch.
If you are a city administration rolling out connected services but worried about cyberattacks on critical infrastructure — this project built and demonstrated cybersecurity enablers specifically for government and smart city use cases. Their governance model, tested across 22 countries, shows how to organize security competence across distributed teams.
If you are a healthcare IT provider dealing with rising ransomware threats and strict data protection rules — this project created proof-of-concept adaptive honeypots and secure software development tools demonstrated in the health and medicine sector. Their certification toolset helps you verify that medical systems meet European cybersecurity standards.
The project's tools and enablers were developed under a publicly funded research program (RIA). Specific licensing costs are not published in the project data. Contact the consortium to discuss access terms — some components may be open-source, others may require licensing agreements.
The project demonstrated its cybersecurity components across 5 vertical sectors (digital infrastructure, finance, government, health, transport) with 48 partner organizations in 22 countries. This cross-border, multi-sector testing suggests the tools can handle enterprise-scale deployment. Final versions of enablers and components were released after multiple feedback rounds.
IP is held by the 48 consortium partners, which include 14 industry players and 6 SMEs alongside 21 universities and 9 research organizations. Licensing terms would need to be negotiated with individual technology owners. The coordinator at Goethe University Frankfurt can direct you to the right partner.
Yes — the project explicitly addresses GDPR, PSD2, eIDAS, and ePrivacy regulations. It also supports implementation of the EU Cybersecurity Act, including the European certification framework and ENISA's role. A dedicated conformity assessment toolset was built for this purpose.
The project delivered proof-of-concept implementations (e.g., adaptive honeypots) and went through multiple development iterations, releasing updated and final versions of their enablers and components. Based on available project data, these tools have been tested in demonstration cases but would likely need further engineering for full production deployment.
The project developed integration across demonstration cases in its final development phase, covering 14 cybersecurity domain areas and 11 technology/application elements. Based on available project data, the components were designed as modular enablers, which suggests they can complement existing security stacks rather than replace them.
CyberSec4Europe had 26 participants active in the European Cyber Security Organisation (ECSO), including chairs of subgroups on certification, vertical sectors, and international cooperation. The project ended in December 2022, but these ECSO connections and the broader competence network continue to operate.
This is one of the largest cybersecurity consortia in Europe: 48 partners spanning 22 countries, with a healthy mix of 21 universities, 14 industry players, 9 research institutes, and 6 SMEs. The 29% industry ratio means real-world needs shaped the tools, not just academic curiosity. With 26 members active in ECSO (Europe's main cybersecurity industry body) — including board directors and subgroup chairs — this consortium has direct lines into European cybersecurity policy and certification standards. The coordinator, Goethe University Frankfurt, anchors a network that stretches from Scandinavia to the Mediterranean and includes both Eastern and Western European expertise. For a business looking for cybersecurity partners, this consortium is essentially a curated directory of Europe's top security organizations.
Goethe University Frankfurt (DE) — reach via university's cybersecurity department or ECSO network connections
Want to connect with the teams behind specific cybersecurity tools from this project? SciTransfer can identify the right partner for your sector and arrange a technical introduction.
