Securing Tomorrow’s Digital Infrastructure with Quantum-Resistant Cryptography
Project Overview
Q-FENCE is developing a pioneering dual-layer cryptographic framework to safeguard critical European sectors against the emerging threats of the quantum era.
The rise of quantum computing poses a significant risk to current encryption standards, potentially exposing sensitive data across finance, healthcare, and critical infrastructure. Q-FENCE addresses this by introducing a secure, hybrid cryptographic framework that integrates classical encryption with advanced quantum-resistant techniques. This “dual-layer” approach ensures backward compatibility with legacy systems while providing solid protection against future quantum attacks.
Targeted Outcomes
Mature & standardized post-quantum Algorithms
The project advances the maturity of cryptographic algorithms to meet rigorous security standards, contributing directly to European and international standardization efforts.
Secure hybrid transition framework
The project develops a hybrid model combining classical and post-quantum protocols. This ensures a phased, secure transition for organizations without disrupting existing legacy operations.
Validated demonstrators on varied platforms
The framework is validated through demonstrators across diverse hardware, from RISC-V processors to cloud infrastructures, proving adaptability and efficiency in real-world conditions.
User-friendly tools for large-scale implementation
Q-FENCE creates accessible, modular tools designed for seamless integration into diverse platforms, including IoT devices and cloud systems, simplifying adoption for stakeholders.
Phased deployment for critical applications
Q-FENCE enables the gradual phase-in of post-quantum protocols into both new and existing applications, ensuring compatibility in sectors like retail, fintech, and telecommunications.
EU-wide implementation recommendations
Q-FENCE generates application-oriented guidelines aligned with EU regulations like GDPR and the Cybersecurity Act, helping organizations reduce deployment time and infrastructure costs.