Greek university research center specializing in cybersecurity, privacy technologies, big data analytics, and energy system economics across 65 H2020 projects.
The University of Piraeus Research Center specializes in cybersecurity, privacy-preserving technologies, and data-driven decision support, with a strong secondary line in energy system economics and transitions. Their technical work spans digital identity management, trust frameworks, blockchain-based access control, and big data analytics for mobility and urban systems. They also contribute economic and policy analysis to energy and climate projects, bridging the gap between technology development and socioeconomic impact assessment.
Led ReCRED (privacy-preserving credentials), SealedGRID (smart grid security), and contributed to OPERANDO, FutureTPM, LIGHTest, YAKSHA, and ATMOSPHERE across trust, encryption, and identity management.
Coordinated datACRON (big data mobility forecasting) and DART (data-driven aircraft trajectory), contributed to Track and Know and CrowdHEALTH for urban mobility and health data analytics.
Contributed to MUSTEC (solar thermal), PROSPECT (sustainable energy planning), TRANSrisk (climate mitigation cost-benefit), and CARISMA, with their TEESlab focusing on energy system economics.
Coordinated TERRANOVA (terahertz wireless connectivity) and contributed to 5GTANGO, MATILDA, and EuConNeCts for 5G service orchestration and future internet.
Contributed to TOOP (Once-Only Principle) focusing on federated architecture and cross-border public administration interoperability.
Recent keyword clusters around insurance, risk analysis, and decision support indicate growing work applying ML to financial risk and insurance domains.
In their early H2020 period (2015-2018), the University of Piraeus focused on trust infrastructure, public sector digital transformation (the Once-Only Principle), climate change policy analysis, and foundational telecom research. From 2018 onward, their work shifted decisively toward machine learning, AI, privacy regulation (GDPR compliance), cybersecurity analytics, and digital identity — reflecting the broader European push toward data sovereignty and AI governance. The energy work persisted throughout but evolved from climate policy modeling toward smart grid security and energy data interoperability.
Moving firmly toward applied AI with built-in privacy and security guarantees — well-positioned for trustworthy AI and data space projects under Horizon Europe.
Primarily an active partner (55 of 65 projects) but with proven coordination capability across 10 projects spanning security, big data, and telecom. With 700 unique partners across 45 countries, they operate as a highly connected hub rather than a repeat-partner organization. This breadth makes them an effective consortium bridge — they know how European collaborative projects work and can connect partners across sectors.
An exceptionally well-connected organization with 700 unique consortium partners spanning 45 countries, giving them one of the broader collaboration networks among Greek research institutions. Their reach extends well beyond Southern Europe into Northern and Western European research ecosystems.
What distinguishes the University of Piraeus is their rare combination of deep cybersecurity expertise with energy systems knowledge — they can secure smart grids and energy infrastructure, not just study them. Their TEESlab brings economic and policy analysis to technical projects, making them valuable when proposals need socioeconomic impact assessment alongside engineering. With 10 coordinated projects and a 700-partner network, they offer both technical depth and consortium-building experience that few Greek universities can match.
