Ireland Leads EU Project Q-FENCE, a €5.3 Million Initiative to Provide Quantum-Resistant Security
Ireland is becoming a leader in future-proof digital security with Q FENCE, a €5.3 million Horizon Europe initiative to protect Europe’s digital infrastructure from quantum computing. South East Technological University’s (SETU) Walton Institute organizes Q-FENCE to address the growing demand for new security solutions amid attacks on critical digital infrastructure.
Twelve partners from academic and commercial organizations throughout Europe are involved in the project, which intends to create and deploy next-generation encryption that can protect critical data. There is urgency because, once fully developed, quantum computers may be able to crack the encryption used to safeguard everything from bank transactions to medical records.
All vital systems must be upgraded to quantum-resistant security standards by 2030, according to a directive by the European Union in response to this worldwide threat. In order to help Europe get ready for the quantum age, SETU and the Walton Institute are organizing this crucial European project.
You can also read CC4Q: Advance Documentation in quantum software engineering
Protecting Europe’s Internet Network
The two main, interconnected objectives of Q FENCE are to first develop security solutions that can successfully fend off attacks from the quantum era and, second, assist businesses in seamlessly transitioning from their current encryption systems to new, quantum-resistant ones.
The final framework is intended to be a hybrid solution that combines recently created quantum-resistant techniques with traditional cryptography approaches. We are entering a phase where security means using the best of both traditional and quantum technologies, said Dr. Indrakshi Dey, Principal Investigator at Walton Institute, SETU, emphasizing the project’s dual focus. According to Dr. Dey, the goal is to develop security standards that can safeguard Europe’s digital infrastructure for many years to come, providing businesses with a clear route to a future that is quantum safe.
You can also read Veeco News: MBE Systems Installed For Quantum Research
Q FENCE began on November 1, 2025, and is scheduled to operate for 36 months. South East Technological University, Agencia Estatal Consejo Superior de Investigaciones Cientificas, Politecnico Di Torino, Toshiba Europe Limited, Instytut Informatyki Teoretycznej Istosowanej Polskiej Akademii Nauk, Logiicdev GMBH, University College Cork – National University of Ireland, Cork, and Fraunhofer Gesellschaft Zur Forderung Der Angewandten Forschung EV. Useful Examples in High-Risk Industries
Avoiding technological development in isolation is a fundamental tenet of Q-FENCE. Rather, the initiative will test and validate solutions in real-world contexts by collaborating directly with industry, public authorities, and regulators. This guarantees that the resulting solutions are useful, reasonably priced, and appropriate for industries like important utilities, government organizations, healthcare facilities, and banks that simply cannot afford disruption.
You can also read Quantum Architecture Search: AI-Driven Circuit Design
Quantum-safe security in high-risk settings will be validated by Q FENCE through extensive demonstrations in a number of vital industries, including manufacturing, utilities, government, healthcare, and finance.
Among the specific deliverables are:
- Quantum-safe encryption for financial institutions, healthcare providers, and government organisations.
- Smart grids, connected device networks, and manufacturers-specific energy-efficient security systems.
- Better encryption features for cloud services.
- Tools made especially for real-time money laundering and fraud detection.
You can also read Quantum Information Framework for Color Perception Research
University of Luxembourg Leads Financial Security Architecture
Contributions from the University of Luxembourg’s Department of Computer Science and Faculty of Science, Technology, and Medicine (FSTM) are crucial to the project, especially in terms of improving regulatory compliance and financial security.
Andy Rupp is the Principal Investigator for the University of Luxembourg team, which is in charge of creating a safe Multi-Party Computation (MPC) architecture. Anti-Terror Financing (ATF) and Anti-Money Laundering (AML) initiatives are supported by this infrastructure.
The University of Luxembourg’s encryption protocols will make it possible for regulatory agencies to examine questionable financial trends in private data that is owned by different financial organizations. Importantly, by limiting direct access to a sensitive dataset held by an institution, this is accomplished while preserving data privacy.
A tamper-proof audit trail with post-quantum signatures that may be updated is another feature of the financial security system. Supporting regulatory assessment and guaranteeing adherence to the Payment Services Directive (PSD2) and European AML regulations depend heavily on this component. This work makes use of several major areas of knowledge, including FinTech, RegTech, Post-quantum cryptography, Cybersecurity Resilience, and Data Privacy and Integrity.
Ireland’s major contribution to safeguarding Europe’s digital future is represented by Q-FENCE, which develops security protocols meant to endure for decades. According to Mohib Ur Rehman, who reported on the announcement, the Q FENCE initiative gives organizations a clear route to a future free from quantum errors.
