| Speaker : | Daniel Díaz-López |
| Universidad del Rosario (Colombia) | |
| Date: | 18/10/2023 |
| Time: | 2:00 pm - 3:00 pm |
| Location: | Salle 4A113 - TP @Palaiseau |
Abstract
System security represents a big challenge for many organizations, and it must be specifically handled when a system is intended to be deployed in a cloud environment. Cloud environments provide multiple security services that run over a Shared Responsibility Model that requires the participation of the cloud provider and the customer. Thus, this talk presents an architecture based on Artificial Intelligence to support the finding of system threats and errors in an early stage and on Security Chaos Engineering methodology to reliably test the existence of such errors. This proposed architecture may help orientate better system designs and contribute to building holistic security. A particular use case is described to show how the proposal can be applied to protect Cloud-based IoT Ecosystems.
Short Bio
Daniel Díaz-López holds a Ph.D. in Computer Science from the University of Murcia (Spain), is visiting professor at New York University (NYU) and assistant professor at the University of Rosario. He has been professor for more than 7 years, teaching different cybersecurity courses: Ethical Hacking, Security in the Software Development Life Cycle, Forensic Analysis and Incident Management, Threat Intelligence, Security in Enterprise Architecture, Artificial Intelligence for Cybersecurity, among others. Daniel is a cybersecurity researcher with different publications in journals and conferences around techniques for cyber threat intelligence, privacy-preserving mechanisms, secure software development lifecycle, techniques in ethical hacking, and security for the Internet of Things (IoT).