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Khalifa University Partners with HENSOLDT France to Enhance Cryptographic Security Research

Abu dhabi: Khalifa University of Science and Technology and HENSOLDT France, a subsidiary of the global sensor solutions leader HENSOLDT, have signed a research agreement to initiate a collaborative project titled 'Next-Generation Cryptographic Security: Safeguarding Against Machine Learning and Emerging Threats'.

According to Emirates News Agency, the agreement was signed by Professor Ahmed Al Durra, Associate Provost for Research at Khalifa University, and Philippe Guibourg, President of HENSOLDT France. The signing took place at the Khalifa University Main Campus in the presence of officials from both organizations. The research collaboration will focus on enhancing cryptographic security and efficiency in cybersecurity strategies.

Professor Ahmed Al Durra emphasized the significance of the collaboration with HENSOLDT, highlighting Khalifa University's dedication to impactful research in strategically important areas. He noted that in a rapidly evolving digital landscape, the university's academic expertise will contribute to strengthening critical systems and offer opportunities for postgraduate researchers to engage in advanced cybersecurity work. The research will combine knowledge in cryptography, AI, and error-correcting codes, aiming for both academic and practical outcomes, with the potential for commercialization and deployment.

Philippe Guibourg stated that the agreement underscores the commitment to scientific collaboration to deliver future security solutions in a complex digital environment. The project is considered highly specialized and pioneering, requiring interdisciplinary collaboration between academic and industrial expertise.

The project will address three main areas: 'Machine learning and Neural network, the new adversary of cryptography implementers'; 'Protecting Dilithium against both SCA and FIA', focusing on security against physical data leaks; and 'Efficient implementation of countermeasures on lightweight cryptography', aimed at enhancing security without compromising performance.