EU-iNSPIRE: Building Europe's Future Cybersecurity Workforce New opportunities with EU-iNSPIRE More about Irish Tech News

By Mr. Stefanos Angeletos, Mr. Nikolaos Koulierakis, Dr. Vasiliki Danilatou

Europe's digital transformation is accelerating at an unprecedented pace. Artificial intelligence (AI) is reshaping industries, critical infrastructures are becoming increasingly interconnected, and cyber threats are growing in both sophistication and frequency. Against this backdrop, the European Union faces a critical challenge: how to equip its workforce with the multidisciplinary skills required to secure Europe's digital future.

The answer may lie in a new ambitious European initiative: EU-iNSPIRE – iNnovative multi-diSciPlinary Industry-focused cybersecurity education for upskilling and ReskIlling the EU workforcE. The project is supported by the European Health and Digital Executive Agency (HADEA) under the DIGITAL Europe Programme. EU-INSPIRE brings together 23 organisations across academia, industry, cybersecurity, policy, insurance, and standardisation to create a next-generation educational ecosystem for cybersecurity, AI, and cyber insurance.

This four-year initiative officially began in January 2025 and will run until December 2028 under the coordination of the University of Piraeus Research Center in Greece.

Eunomia Limited, an SME based in Dublin, Ireland, is proud to contribute to this groundbreaking initiative as one of the consortium partners.

A Pan-European Initiative Addressing the Cybersecurity Skills Gap

The cybersecurity skills shortage is no longer simply a workforce issue – it is a strategic challenge for Europe's resilience, economic stability, and technological sovereignty. Organisations across sectors increasingly struggle to recruit professionals who possess not only technical cybersecurity expertise, but also understanding of AI governance, cyber-risk management, regulatory compliance, and cyber-insurance. The rapidly evolving digital landscape increasingly demands professionals with multidisciplinary skillsets who can navigate technical, organisational, ethical, regulatory, and strategic challenges, rather than relying exclusively on narrow domain specialisation.

EU-iNSPIRE was designed to address exactly this challenge.

According to the project description, the initiative aims to revolutionise higher education within cybersecurity by cultivating a new generation of specialists with expertise spanning the political, organisational, and technological dimensions of cybersecurity, AI, and cyber insurance. The project will also support continuous upskilling and reskilling for professionals adapting to evolving digital threats and industry demands.

The project is currently progressing towards the completion of course development.

Why EU-iNSPIRE Matters

Cybersecurity is no longer confined to IT departments. Every sector – from healthcare and finance to manufacturing, transport, insurance, and public administration – depends on resilient digital infrastructures.

At the same time, AI technologies are rapidly being integrated into cybersecurity operations. AI can improve threat detection, automate incident response, and strengthen resilience. However, it also introduces new risks including adversarial attacks, algorithmic vulnerabilities, and ethical concerns around transparency, accountability, and bias.

This convergence of cybersecurity and AI creates an urgent need for professionals who can work across disciplines.

EU-iNSPIRE responds through a three-fold approach:

1. Training cybersecurity professionals capable of leveraging AI-driven technologies to enhance resilience of systems, infrastructures, and digital processes.

2. Developing cyber insurance specialists who understand the relationship between cybersecurity, AI, and cyber risk assessment.

3. Empowering domain experts with sector-specific digital transformation expertise, particularly in conformity assessment and regulatory compliance.

The project goes beyond traditional academic programmes. It aims to create a sustainable ecosystem that combines:

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