Gulf News

Khalifa University and"Hensalt" French developing research in encryption security

Abu Dhabi, on September 1 / WAM / Khalifa University of Science and Technology, and the French “Hensingt”, the world leader in providing the solutions of sensors used in security applications today, announced the signing of a research agreement to launch a cooperative project in the name of “the next generation of encryption security: protection from the learning of the boom and the emerging risk.”

The agreement was signed by Dr. Ahmed Al -Durra, Vice President for Research Affairs at Khalifa University, and Philip Giburg, President of Hensingt Company in France, in the presence of a number of officials from both sides.

Al -Durrah said, “Cooperation with Hensingt reflects the commitment of Khalifa University to conduct effective research in the fields of strategic importance for the UAE and the world, and our leading academic experiences will contribute to supporting the development of biological systems flexibility and finding new opportunities for graduate researchers to engage in high -level research projects in the field of cybersecurity to confront the digital world that is witnessing an accelerated development.”

He added, “Our joint experiences will contribute to the areas of encryption, artificial intelligence and the correction of errors in directing research towards both academic and applied results, with the possibility of marketing and commercial application in the future.”

Philip Gibburg said that the agreement reflects the commitment to consolidating scientific cooperation between the two sides to provide security solutions in the future in the shadow of an increasingly complex digital world and is the next generation of coding security mechanisms, which provides protection against the risks of learning of the machine and emerging risks, a pioneering and very specialized field and requires multidisciplinary cooperation between academic excellence and industrial experiences as a necessity and not as a desirable matter.

The project covers three areas: “learning of the machine and nerve networks: the new threat to the developers of encryption systems”, and “the protection of the Delithium algorithm from all side attacks, and the insertion of breakdowns”, a field that aims to ensure insurance against data leakage through physical channels and “effective implementation of protection measures in light encryption” with the aim of enhancing safety without affecting performance.

Related Articles

Back to top button