Greek university research center specializing in data analytics, software ecosystems, smart energy grids, and neuroscience computing infrastructure.
AUEB-RC is a Greek university research center that combines strong computer science and data analytics capabilities with deep involvement in large-scale neuroscience infrastructure (the Human Brain Project). They build software tools for analyzing complex systems — from brain simulations and neuroinformatics platforms to software ecosystem analysis, smart energy grids, and 5G network evaluation. Their applied work spans ICT solutions for energy efficiency, logistics optimization, data marketplaces, and digital interoperability across homes, buildings, and grids.
Continuous involvement in Human Brain Project (HBP SGA1, SGA2, SGA3) and ICEI, contributing neuroinformatics, brain modeling, and high-performance computing infrastructure across 2016-2023.
FASTEN (fine-grained software ecosystem analysis as networks), CROSSMINER (knowledge mining from open-source repositories), and SENECA (software engineering for cloud applications).
Multiple energy projects including NOBEL GRID, WiseGRID, OPTi, ENTROPY, ChArGED, and InterConnect covering smart grids, district heating optimization, and energy disaggregation.
POINT (IP over ICN), 5GEx (5G exchange), and 5G-VINNI (5G end-to-end facility with KPI benchmarking) demonstrate expertise in networking protocols and 5G performance evaluation.
FACTLOG (cognitive digital twins for process industries), COG-LO (cognitive logistics), and DISRUPT (decentralised manufacturing architectures).
DNLIBiomed (coordinated) applied deep natural language inference to biomedical information extraction and question answering — a rare coordinator role showing strategic investment.
In 2015-2018, AUEB-RC worked broadly across networking protocols (ICN, SDN), ICT entrepreneurship, energy efficiency, and began its involvement in the Human Brain Project. From 2019 onward, they concentrated more heavily on software ecosystems analysis, cognitive manufacturing (digital twins), data marketplaces, and deepened their neuroscience infrastructure work through HBP SGA3 and EBRAINS. The shift shows a move from general-purpose ICT applications toward more specialized data-intensive platforms — brain simulation, software supply chain analysis, and industrial data ecosystems.
AUEB-RC is consolidating around large-scale data infrastructure — both for neuroscience (EBRAINS) and industry (data marketplaces, digital twins) — making them a strong partner for projects requiring complex data pipeline and analytics architecture.
AUEB-RC operates overwhelmingly as a consortium partner (35 of 39 projects), contributing specialized technical components rather than leading large initiatives. They coordinated only 4 projects, all relatively small in budget, suggesting they prefer to bring focused expertise to larger efforts led by others. With 629 unique partners across 37 countries, they are a well-connected hub — easy to integrate into diverse consortia and experienced at working across institutional and cultural boundaries.
With 629 unique consortium partners across 37 countries, AUEB-RC has one of the broadest collaboration networks among Greek research institutions. Their participation in flagship projects like HBP gives them connections to top-tier European research organizations and e-infrastructure providers.
AUEB-RC sits at an unusual intersection: they combine economics and business school DNA with serious computational research, which means they can handle both the technical analytics and the business/economic modeling side of projects. Their sustained role in the Human Brain Project gives them rare expertise in large-scale scientific computing infrastructure that most economics-oriented institutions cannot offer. For consortium builders, they bring a reliable track record across 39 projects with the flexibility to contribute to digital, energy, transport, and manufacturing topics.
